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‘A CONCEPTUAL DECISION-MAKING FRAMEWORK FOR THE DELIVERY OF INNOVATIVE CHANGE IN
ORGANISATIONS’
A Thesis Submitted to the School of Urban Development
Faculty of Built Environment & Engineering
Queensland University of Technology
In fulfilment of the requirements for the
Degree of Doctor of Philosophy
By
Achim Weippert
2010
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
ii
© Copyright Achim Weippert
2010
All Rights Reserved
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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DECLARATION
The work contained in this thesis has not been previously submitted for a degree
or diploma at any other higher education institution. To the best of my knowledge
and belief, the thesis contains no material previously published or written by
another person except where due reference is made.
Signed: ____________________________
Date: ____________________________
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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ACKNOWLEDGEMENT
Completion of this thesis could not have been possible without the support and
contribution of many people. The Author would formally like to acknowledge the
following people for their assistance and contribution of their valuable time.
Firstly, gratitude and sincere acknowledgement is expressed to my Principal
Supervisor, Professor Stephen Kajewski and Associate Supervisors, Professor
Martin Skitmore and Professor Paul Davidson for their unwavering support,
timely guidance, patience, constructive feedback, experience and specific
knowledge that facilitated the completion of this thesis.
Recognition and thanks are extended to the panel of building and construction
industry members and the organisations they represent for sacrificing their
valuable time to take part in completing the various rounds of the Delphi Survey
Questionnaires and for sharing their valuable experience and knowledge with the
Author. Gratitude is due to Mr. Stephen McFallan for providing valuable advice
and assistance in the development of the data collection methodology and
analysis of results. His analytical skills and experience during the final stages of
this thesis are gratefully acknowledged. Sincere recognition is also expressed to
my Editors, Ms Denise Redfern and Ms Colleen Foelz, whom I thank for their
support, expertise and valuable feedback.
Finally, appreciation is extended to my family and friends for their support,
understanding and patience.
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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ABSTRACT
Research found that today’s organisations are increasingly aware of the potential
barriers and perceived challenges associated with the successful delivery of
change — including cultural and sub-cultural indifferences; financial constraints;
restricted timelines; insufficient senior management support; fragmented key
stakeholder commitment; and inadequate training. The delivery and application of
Innovative Change (see glossary) within a construction industry organisation
tends to require a certain level of ‘readiness’. This readiness is the combination
of an organisation’s ability to part from undertakings that may be old, traditional,
or inefficient; and then being able to readily adopt a procedure or initiative which
is new, improved, or more efficient.
Despite the construction industry’s awareness of the various threats and
opportunities associated with the delivery of change, research found little
attention is currently given to develop a ‘decision-making framework’ that
comprises measurable elements (dynamics) that may assist in more accurately
determining an organisation’s level of readiness or ability to deliver innovative
change. To resolve this, an initial Background Literature Review in 2004
identified six such dynamics, those of Change, Innovation, Implementation,
Culture, Leadership, and Training and Education, which were then hypothesised
to be key components of a ‘Conceptual Decision-making Framework’ (CDF) for
delivering innovative change within an organisation.
To support this hypothesis, a second (more extensive) Literature Review was
undertaken from late 2007 to mid 2009. A Delphi study was embarked on in June
2008, inviting fifteen building and construction industry members to form a panel
and take part in a Delphi study. The selection criterion required panel members
to have senior positions (manager and above) within a recognised field or
occupation, and to have experience, understanding and / or knowledge in the
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
vi
process of delivering change within organisations. The final panel comprised nine
representatives from private and public industry organisations and tertiary /
research and development (R&D) universities. The Delphi study developed,
distributed and collated two rounds of survey questionnaires over a four-month
period, comprising open-ended and closed questions (referred to as factors).
The first round of Delphi survey questionnaires were distributed to the panel in
August 2008, asking them to rate the relevancy of the six hypothesised
dynamics. In early September 2008, round-one responses were returned,
analysed and documented. From this, an additional three dynamics were
identified and confirmed by the panel as being highly relevant during the
decision-making process when delivering innovative change within an
organisation. The additional dynamics (‘Knowledge-sharing and Management’;
‘Business Process Requirements’; and ‘Life-cycle Costs’) were then added to the
first six dynamics and used to populate the second (final) Delphi survey
questionnaire. This was distributed to the same nine panel members in October
2008, this time asking them to rate the relevancy of all nine dynamics. In
November 2008, round-two responses were returned, analysed, summarised and
documented. Final results confirmed stability in responses and met Delphi study
guidelines.
The final contribution is twofold. Firstly, findings confirm all nine dynamics as key
components of the proposed CDF for delivering innovative change within an
organisation. Secondly, the future development and testing of an ‘Innovative
Change Delivery Process’ (ICDP) is proposed, one that is underpinned by an
‘Innovative Change Decision-making Framework’ (ICDF), an ‘Innovative Change
Delivery Analysis’ (ICDA) program, and an ‘Innovative Change Delivery Guide’
(ICDG).
KEYWORDS: change, innovation, dynamics, decision making, framework,
Delphi, construction, organisation
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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TABLE OF CONTENTS
DECLARATION iii
ACKNOWLEDGEMENT iv
ABSTRACT v
TABLE OF CONTENTS vii
LIST OF FIGURES xv
LIST OF TABLES xvii
LIST OF ACRONYMS xix
GLOSSARY xx
1. CHAPTER ONE: BACKGROUND & INTRODUCTION - 1 - 1.1. Background Literature Review - 1 - 1.1.1. General Barriers to Change - 1 - 1.1.2. Slow Innovators - 2 - 1.1.3. Delivery / Implementation Challenges - 3 - 1.1.4. Need for Cultural Change - 4 - 1.1.5. Proficient Leadership - 5 - 1.1.6. Enhanced Training and Education - 6 - 1.1.7. Link To Research - 7 - 1.2. Hypothesis and Research Question - 8 - 1.3. Research Aim - 9 - 1.4. Research Objective - 9 - 1.5. Research Approach - 10 - 1.6. Research Contribution - 16 - 1.7. Thesis Structure - 17 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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1.8. Summary: Chapter One - 18 -
2. CHAPTER TWO: LITERATURE REVIEW - 19 - 2.1. Change - 19 - 2.1.1. Disruptive Events - 20 - 2.1.2. Cost, Timing and Difficulty of Change - 22 - 2.1.3. Drivers of Change - 25 - 2.1.3.1. Influencing Realities - 25 - 2.1.3.2. Motivation - 26 - 2.1.3.3. Threats and Opportunities - 27 - 2.1.3.4. Need Factor: ‘What’s in it for me?’ - 27 - 2.1.3.5. Rewarding Change Efforts - 30 - 2.1.3.6. Respecting People - 32 - 2.1.4. Resistance to Change - 33 - 2.1.4.1. Individual Resistance - 34 - 2.1.4.2. Lack of Investment - 35 - 2.1.4.3. Team Resistance - 35 - 2.1.4.4. Organisational Resistance - 36 - 2.1.4.5. Lack of Shared ‘Ownership’ - 38 - 2.1.5. Overcoming Resistance to Change - 39 - 2.1.5.1. Overcoming the Perceived Lack of Time - 39 - 2.1.5.2. The Need to Overcome Fear - 40 - 2.1.5.3. Mapping Drivers and Barriers of Change - 41 - 2.1.5.4. Aligning the Delivery of Change - 42 - 2.1.5.5. Build a Knowledge-sharing Philosophy - 44 - 2.1.5.6. Training and Development - 45 - 2.1.5.7. Mentor Employees - 46 - 2.2. Innovation - 47 - 2.2.1. Innovation Defined - 47 - 2.2.2. Types of Innovation - 48 - 2.2.2.1. Product Innovation - 49 - 2.2.2.2. Process Innovation - 49 - 2.2.2.3. Knowledge Innovation - 51 - 2.2.2.4. Directionless Innovation - 53 - 2.2.3. Innovative Organisations - 53 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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2.2.3.1. Culture of Innovative Organisations - 54 - 2.2.3.2. Innovative Capabilities of Organisations - 55 - 2.2.3.3. Future Innovative Organisations - 56 - 2.2.4. Measuring Innovation Success - 57 - 2.2.5. Sources that Drive Innovation - 57 - 2.2.5.1. Clients Driving Innovation - 58 - 2.2.5.2. Innovation Enabling Factors - 58 - 2.2.5.3. Knowledge Assets - 59 - 2.2.5.4. Government Influence - 60 - 2.2.5.5. Other Drivers of Innovation - 61 - 2.2.6. Sources that Challenge Innovation - 62 - 2.2.6.1. Innovation Myth vs. Reality - 62 - 2.2.6.2. Innovation Control Mechanisms - 63 - 2.3. Implementation - 64 - 2.3.1. Implementation Strategy - 64 - 2.3.2. Implementation Strategy Questions - 64 - 2.3.3. Implementation Checklist - 66 - 2.4. Culture - 67 - 2.4.1. Why Study Culture? - 67 - 2.4.2. Culture Defined - 68 - 2.4.2.1. The ‘Lilly Pond’ of Culture - 69 - 2.4.3. Characteristics of Culture - 70 - 2.4.3.1. Behaviour ‘Link’ - 70 - 2.4.3.2. Values - 71 - 2.4.3.3. Attitudes - 72 - 2.4.3.4. Belief - 73 - 2.4.3.5. Assumptions - 74 - 2.4.3.6. Relationship between Beliefs, Attitudes, Values and Behaviour - 74 - 2.4.4. Cultural Dimensions and Classifications - 75 - 2.4.4.1. Five Cultural Dimensions - 75 - 2.4.4.2. Culture Classifications - 77 - 2.4.5. Changing Culture - 78 - 2.4.4.1. Culture Change Methods - 78 - 2.4.4.2. Culture Change Themes - 79 - 2.4.4.3. Motivation and Incentives - 80 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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2.4.5.3.1. Learning Motivators - 81 - 2.4.5.3.2. Motivation Strategies and Beliefs - 81 - 2.4.5.3.3. Rewards and Compensation - 83 - 2.4.5.3.4. Trust and Willingness to Commit - 84 - 2.5. Leadership - 85 - 2.5.1. Leadership Defined - 85 - 2.5.2. Common Leadership Characteristics - 86 - 2.5.3. Leadership Actions - 88 - 2.5.4. Leadership Approach - 88 - 2.5.5. Changing Leaders - 91 - 2.5.6. Creating a Culture of Collaboration - 91 - 2.6. Training and Education - 92 - 2.6.1. Delivery Mechanisms - 92 - 2.6.2. Action Points - 93 - 2.7. Innovative Change Delivery Process - 94 - 2.7.1. Business-related Challenges - 94 - 2.7.2. Project-related Challenges - 95 - 2.7.3. The Need to Plan Ahead - 96 - 2.7.4. ‘Camouflaged’ Delivery Process - 98 - 2.8. Summary: Chapter Two - 98 -
3. CHAPTER THREE: MIND MAPPING DECISION-MAKING FACTORS - 101 - 3.1. Validating the Use of Mind Mapping - 101 - 3.2. The Mind-mapping Process - 103 - 3.3. Relevant Factors and Sub-factors for each Dynamic - 104 - 3.4. Summary: Chapter Three - 113 -
4. CHAPTER FOUR: RESEARCH METHODOLOGY — AN INTRODUCTION - 114 - 4.1. What is ‘Research’ and ‘Methodology’? - 114 - 4.2. Seven ‘New Knowledge’ Questions - 115 - 4.3. Research Types and Methods Considered - 117 - 4.4. Research Style: Surveying - 118 - 4.4.1. Surveying: Strengths and Weaknesses - 118 - 4.5. Research Classifications - 119 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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4.5.1. Quantitative Research Approach - 120 - 4.5.2. Qualitative Research Approach - 120 - 4.5.3. Qualitative vs. Quantitative: Strengths and Weaknesses - 121 - 4.5.4. Triangulation - 123 - 4.6. Summary: Chapter Four - 124 -
5. CHAPTER FIVE: THE DELPHI TECHNIQUE - 128 - 5.1. Background - 128 - 5.2. Why Delphi? - 130 - 5.3. Delphi Origin - 131 - 5.4. Four Delphi Phases - 134 - 5.5. Two Forms of a Delphi Process - 135 - 5.5.1. Conventional / Conference Delphi Process - 135 - 5.5.2. Technology-Enhanced (Real-time) Delphi Process - 136 - 5.6. Variations to the Delphi Process - 136 - 5.7. Delphi Technique Strengths - 137 - 5.8. Delphi Weakness - 138 - 5.9. The Eleven-step Delphi Process - 140 - 5.9.1. Research Approach to the Eleven-step Delphi Process - 144 - 5.10. Panel of Industry Experts - 145 - 5.11. Delphi Survey Questionnaire Response Options - 147 - 5.12. Confidentiality and Ethical Clearance - 148 - 5.13. Summary: Chapter Five - 149 -
6. CHAPTER SIX: DATA ANALYSIS AND KEY FINDINGS - 151 - 6.1. Data Analysis Methodology: Plan and Activities - 151 - 6.1.1. Statistical Analysis Package: GenStat © - 152 - 6.2. Data Analysis and Key Findings - 154 - 6.2.1. Background to Response Data Analysed (Step One) - 154 - 6.2.2. Preliminary Data Analysis (Step Two): Explorative - 155 - 6.2.2.1. Descriptive Analysis - 155 - 6.2.2.2. Measures of Central Tendency and Dispersion - 158 - 6.2.3. Advanced Data Analysis (Step Three): Profile Analysis - 162 - 6.2.3.1. Highest Education - 163 - 6.2.3.2. Current Position - 164 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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6.2.3.3. Length of Employment (In Current Role) - 164 - 6.2.3.4. Organisation Classification - 164 - 6.2.3.5. Organisation Size - 164 - 6.2.3.6. Organisation Sector - 165 - 6.2.4. Advanced Data Analysis (Step Three): Ranking of Dynamics - 165 - 6.2.5. Advanced Analysis (Step Three): Relevance of Nine Dynamics - 166 - 6.2.5.1. Relevance of Whole of Business Life-cycle cost - 166 - 6.2.5.2. Relevance of Knowledge-sharing and Management - 168 - 6.2.5.3. Relevance of Training and Education - 170 - 6.2.5.4. Relevance of Impact on End-client Business - 173 - 6.2.5.5. Relevance of Change - 175 - 6.2.5.6. Relevance of Leadership - 178 - 6.2.5.7. Relevance of Implementation - 181 - 6.2.5.8. Relevance of Innovation - 184 - 6.2.5.9. Relevance of Culture - 185 - 6.2.6. Factor and Cluster Analysis - 189 - 6.2.6.1. Factor Analysis - 189 - 6.2.6.2. Cluster Analysis - 189 - 6.2.7. Differential Analysis - 190 - 6.2.7.1. Differential Analysis: Based on Experience - 190 - 6.2.7.2. Differential Analysis: Based on Education - 193 - 6.2.7.3. Differential Analysis: Based on Employment Length - 195 - 6.2.7.4. Differential Analysis: Based on Organisation Size - 197 - 6.2.7.5. Differential Analysis: Based on Public vs. Private Sector - 199 - 6.2.7.6. Differential Analysis: Based on Organisation Classification - 201 - 6.2.7.7. Differential Analysis: Based on Geographic Location - 204 - 6.2.8. Differential Analysis of Relevant Data - 206 - 6.2.8.1. Ranking of Dynamics: By Experience - 206 - 6.2.8.2. Ranking of Dynamics: By Education Level - 208 - 6.2.8.3. Ranking of Dynamics: By Employment Length - 210 - 6.2.8.4. Ranking of Dynamics: By Organisation Size - 212 - 6.2.8.5. Ranking of Dynamics: By Public vs. Private Sector - 214 - 6.2.8.6. Ranking of Dynamics: By Organisation Classification - 217 - 6.2.8.7. Ranking of Dynamics: By Geographic Location - 219 - 6.3. Summary: Chapter Six – Key Findings - 221 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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6.3.1. Profile Analysis of Industry Experts - 221 - 6.3.2. Differential Analysis - 222 - 6.3.3. Relevance of Dynamics - 225 -
7. CHAPTER SEVEN: A CONCEPTUAL DECISION-MAKING FRAMEWORK (CDF) - 227 -
7.1. Summary: Chapter Seven - 237 -
8. CHAPTER EIGHT: DISCUSSION, CONCLUSIONS AND PROPOSED FUTURE RESEARCH - 238 -
8.1. Discussion and Conclusions - 238 - 8.2. Proposed Future Research - 239 - 8.2.1. Nine Research Proposals - 239 - 8.2.2. Proposed ‘Innovative Change Delivery Process’ (ICDP) - 242 - 8.2.3. Proposed ‘Innovative Change Decision-making Framework’ (ICDF) - 243 - 8.2.4. Proposed ‘Innovative Change Delivery Analysis’ (ICDA) - 244 - 8.2.5. Proposed ‘Innovative Change Delivery Guide’ (ICDG) - 245 - 8.3. Summary: Chapter Eight - 246 -
REFERENCES - 248 -
APPENDICES - 261 -
Appendix A: Implementation Strategies - 261 -
Appendix B: Six Culture Classifications - 264 -
Appendix C: Six Culture Change Methods - 271 - C.1. Change Activity Model - 271 - C.2. Change Process Model - 272 - C.3. Decision-Making Model - 273 - C.4. Force-field Model - 274 - C.5. Six Key Methods of Changing Culture - 276 - C.6. Generic Approaches to Changing Culture - 278 - C.7. Three-Stage Model - 279 -
Appendix D: Mind Mapping Relevant Factors - 282 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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D.1. ‘Change’ Dynamic - 283 - D.2. ‘Innovation’ Dynamic - 285 - D.3. ‘Implementation’ Dynamic - 286 - D.4. ‘Culture’ Dynamic - 287 - D.5. ‘Leadership’ Dynamic - 289 - D.6. ‘Training and Education’ Dynamic - 289 -
Appendix E: Six Research Methods Considered - 290 -
Appendix F: Ten-step Process for Developing Survey Questionnaires - 292 -
Appendix G: Delphi Survey - Invitation Letter - 294 -
Appendix H: Delphi Survey Pack (Round One) - 295 -
Appendix I: Delphi Survey Pack (Round Two) - 317 -
Appendix J: Data Analysis and Key Findings - 339 -
Appendix K: Proposed ‘Innovative Change Decision-making Framework’ (ICDF) - 349 -
Appendix L: Proposed ‘Innovative Change Delivery Analysis’ (ICDA) - 354 -
Appendix M: Proposed ‘Innovative Change Delivery Guide’ (ICDG) - 355 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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LIST OF FIGURES
Figure 1-1: Six Decision-making Dynamics - 8 -
Figure 1-2: Research Activities Snapshot - 13 -
Figure 2-1: Difficulty and Cost of Change - 23 -
Figure 2-2: Competitive Advantage - 24 -
Figure 2-3: McClelland’s Theory of Needs - 28 -
Figure 2-4: Maslow’s Hierarchy of Needs - 29 -
Figure 2-5:Expectancy Theory - 31 -
Figure 2-6: Commitment to People - 33 -
Figure 2-7: Knowledge Innovation: As a Competitive Resource - 52 -
Figure 2-8: Implementation Checklist - 66 -
Figure 2-9: The ‘Lilly Pond’ of Culture - 70 -
Figure 2-10: Belief and Attitude - 72 -
Figure 2-11: Organisational Cultures and Climate - 75 -
Figure 2-12: Technology / Innovation Progress S-curve - 87 -
Figure 2-13: Construction Forecast Example for Australia (2008–2015) - 97 -
Figure 3-1: Example of How to Create a Mind Map - 103 -
Figure 3-2: Mind-Mapping Approach — Identifying Decision-making Factors and
Sub-factors - 104 -
Figure 3-3: Relationships between Dynamics, Factors and Sub-factors - 105 -
Figure 3-4: Mind Mapping Results — Six ‘Sets’ of Factors / Sub-factor - 106 -
Figure 4-1: Triangulation of Qualitative and Quantitative Data - 124 -
Figure 5-1: Three Construction Industry Research Dynamics to Consider - 129 -
Figure 5-2: The Eleven-step Delphi Process - 141 -
Figure 6-1: Mean Response of Dynamics and Factors - 156 -
Figure 6-2: Normal Distribution - Standard Deviation Bell Curve - 158 -
Figure 6-3: Mean Response for Nine Dynamics: By Round - 161 -
Figure 6-4: Relevance of Whole of Business Life-cycle Cost - 167 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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Figure 6-5: Relevance of Knowledge-sharing and Management - 169 -
Figure 6-6: Relevance of Training and Education - 171 -
Figure 6-7: Relevance of Impact on End-client Business - 174 -
Figure 6-8: Relevance of Change - 176 -
Figure 6-9: Relevance of Leadership - 179 -
Figure 6-10: Relevance of Implementation - 182 -
Figure 6-11: Relevance of Innovation - 184 -
Figure 6-12: Relevance of Culture - 186 -
Figure 6-13: Ranking of Dynamics: By Experience - 208 -
Figure 6-14: Ranking of Dynamics: By Education Level - 210 -
Figure 6-15: Ranking of Dynamics: By Employment Length - 212 -
Figure 6-16: Ranking: By Organisation Size - 214 -
Figure 6-17: Ranking of Dynamics: By Public vs. Private Sector - 216 -
Figure 6-18: Ranking of Dynamics: By Organisation Classification - 217 -
Figure 6-19: Ranking of Dynamics: By Geographic Location - 220 -
Figure 6-20: Relevance and Rank of Nine Dynamics - 226 -
Figure 7-1: ‘Conceptual Decision-making Framework’ (CDF) - 228 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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LIST OF TABLES
Table 1-1: Key to Figure 1-2 - 14 -
Table 2-1: Disruptive Events Causing a ‘Quantum Shift’ in Change - 21 -
Table 2-2: The ARCTIC Approach for Determining Rewards - 32 -
Table 2-3: Individual Resistance to the Delivery of Change - 34 -
Table 2-4: Organisational Sources of Resistance to Change - 37 -
Table 2-5: Change Force-field Analysis - 41 -
Table 2-6: Six ways of Minimising Restraining Forces of Change - 42 -
Table 2-7:Government Influence on Innovation - 61 -
Table 2-8: Innovation Myth vs. Reality - 63 -
Table 2-9: Main Culture Change Themes - 80 -
Table 2-10: Learning Motivators - 81 -
Table 2-11: Motivational Strategies - 82 -
Table 2-12: Six Leadership Approaches - 90 -
Table 2-13: Business-related Barriers - 95 -
Table 2-14: Project-related Challenges - 96 -
Table 3-1: Validating the Use of Mind Mapping - 102 -
Table 3-2: Key to Figure 3-4 - Six Dynamics and their Relevant Factors / Sub-
Factors - 107 -
Table 5-1: Reasons to use the Delphi Technique - 130 -
Table 5-2: Six ‘Justifying’ Dynamics for Employing the Delphi Technique - 131 -
Table 5-3: Hegelian Principle - 133 -
Table 5-4: Four Delphi Phases - 135 -
Table 5-5: Key Advantages to the Delphi Technique - 137 -
Table 5-6: Key to Figure 5-2 - 142 -
Table 5-7: Expert Panel Members - 147 -
Table 5-8: Five Response Options - 148 -
Table 6-1: Survey Analysis Steps and Activities - 152 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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Table 6-2: Mean and Variance of Responses: Round-one vs. Round-two - 160 -
Table 6-3: Profile Analysis Categories - 163 -
Table 6-4: Final Ranking of the Nine Dynamics - 166 -
Table 6-5: Mean Response: Experience in Delivering Change - 192 -
Table 6-6: Mean Response: Education - 194 -
Table 6-7: Mean Response: Employment Length - 196 -
Table 6-8: Mean Response: Organisational Size (Annual turnover) - 198 -
Table 6-9: Mean Response: Public vs. Private Sector - 200 -
Table 6-10: Mean Response: Organisation Classification - 203 -
Table 6-11: Mean Response: Geographic Location - 205 -
Table 6-12: Ranking of Dynamics: By Experience - 207 -
Table 6-13: Ranking of Dynamics: By Education Level - 209 -
Table 6-14: Ranking of Dynamics: By Employment Length - 211 -
Table 6-15: Ranking: By Organisation Size - 213 -
Table 6-16: Ranking of Dynamics: By Public vs. Private Sector - 215 -
Table 6-17: Ranking of Dynamics: By Organisation Classification - 218 -
Table 6-18: Ranking of Dynamics: By Geographic Location - 219 -
Table 6-19: Profile Analysis of Industry Experts – Seven Key Findings - 222 -
Table 6-20: Differential Analysis – Seven Key Findings - 223 -
Table 6-21: Relevance and Rank of Nine Dynamics - 225 -
Table 7-1: Proposed Conceptual Decision-making Framework (CDF) - 229 -
Table 8-1: Nine Research Proposals – Based on Findings - 240 -
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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LIST OF ACRONYMS
CDF : Conceptual Decision-making Framework
ICDA : Innovative Change Delivery Analysis
ICDF : Innovative Change Decision-making Framework
ICDG : Innovative Change Delivery Guide
ICDP : Innovative Change Delivery Process
ICP : Innovative Change Process’
ICT : Information Communication Technology
KM : Knowledge Management
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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GLOSSARY
ANOVA
(Analysis of Variance)
ANOVA is ‘a statistical procedure for analysing
experimental data’ OECD (2009), further described in
Sheskin (2002) as a collection of statistical models in which
the observed variance is partitioned into components due
to different explanatory variables.
Central Tendency
‘The tendency of quantitative data to cluster around some
variate value. The position of the central value is usually
determined by one of the measures of location such as the
mean, median or mode. The closeness with which values
cluster around the central value is measured by one of the
measures of dispersion such as the mean deviation or
standard deviation’ OECD (2009).
Change
(Managed and
Unmanaged)
Two forms of change are recognised:
o Managed Change — ‘To [intentionally] make the form,
nature, content, future course etc., of (something)
different from what it is or from what it would be if left
alone; to become different in essence; [or] losing one’s /
its original nature’ Dictionary.com (2009)
o Unmanaged Change — something which can change of
its own accord (natural progression) such as
evolutionary change, market shifts, client expectations /
trends, fluctuating economy, governing regulations /
guidelines etc.
Client ‘A person or group that uses the professional advice or
receives benefits, services etc.; a customer; dependent [or]
anyone under the patronage of another’ Dictionary.com
(2008a).
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
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Cluster Analysis
‘A general approach to multivariate problems in which the
aim is to see whether the individuals fall into groups or
clusters. There are several methods of procedure, most
depend on setting up a metric to define the “closeness” of
individuals’ OECD (2009). Further described in Upton and
Cook (2002) as a multivariate analysis technique that
seeks to organise information about variables so that
relatively homogeneous groups, or ‘clusters’ can be
formed.
Cohort Analysis ‘A cohort is a group of persons who experience a certain
event in a specified period of time’ [who are then selected
and studied] according to occupation, age or geographical
area [and usually] followed up over a period of time’ OECD
(2009).
Correlations Analysis
‘In its most general sense correlation denotes the
interdependence between quantitative or qualitative data.
The concept is quite general and may be extended to more
than two variates. [Correlation] is most frequently used in a
somewhat narrower sense to denote the relationship
between measurable variates or ranks’ OECD (2009).
Culture ‘Culture’ is defined as:
o a collection of experiences, perceptions, values,
attitudes, beliefs, morals and ‘ways of thinking’ held in
common, that both ‘represent’ and ‘influence’ the way
‘things’ are collectively done by members within an
organisation, group or team.
Descriptive Statistics
‘A term used to denote statistical data of a descriptive kind
or the methods of handling such data, in contrast with
theoretical statistics which, though dealing with practical
data, usually involve some process of inference in
probability for their interpretation’ OECD (2009). Further
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described in Sheskin (2002) as ‘analyses used to describe
the [survey] population studied’.
Dispersion ‘The degree of scatter shown by observations … usually
measured as an average deviation about some central
value [such as] mean deviation [or] standard deviation, but
may also be a mean deviations of values among
themselves’ OECD (2009).
Dynamic ‘An efficient incentive… a basic or interactive force…
especially one that motivates, affects development or
stability etc. Dictionary.com (2008b).
This research defines a ‘Dynamic’ as an essential element,
a key component or an abstract part of the ‘Conceptual
Decision-making Framework’ (CDF) for delivering
innovative change within an organisation (Chapter 7),
where each dynamic is underpinned by a number of
relative and measurable factors and sub-factors.
Expert ‘An experienced person who has special skill or knowledge
in some particular field, area or subject’ Dictionary.com
(2008c). An ‘expert’ is defined as:
o an experienced individual or group skilled and / or
knowledgeable in the process of delivering change
within the construction industry arena - be it a new
knowledge, plan, proposal, idea, system, program,
software etc.
Exploratory Data Analysis
Described in Upton and Cook (2002) as the process of
using statistical information to investigate data sets in order
to understand their characteristic importance
Factor ’One that actively contributes to an accomplishment, result,
or process [or] a fundamental, essential, or irreducible
constituent of a composite entity, [dynamic, etc.]’
Dictionary.com (2008d).
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Factor Analysis Upton and Cook (2002) describe this as a ‘statistical
procedure used to uncover relationships among many
variables [or] to denote the analysis of data’ OECD (2009).
Further described in Lingard and Rowlinson (Unknown) as
‘a powerful and often-used technique in construction
management and real estate research. Although the
process is relatively straightforward there are certain
“rules” in relation to data and sample size which must be
considered in the analysis. Small samples and low N:p
ratios can lead to erroneous conclusions being drawn and
the “strength” of the data should be considered in such
circumstances The use of factor analysis should be
carefully justified in order that research can be considered
to be rigorous, replicable and of high quality’.
Frequency Distribution
‘A specification of the way in which the frequencies of
members of a population are distributed according to the
values of the variates which they exhibit’ OECD (2009).
Implementation ‘To fulfil, to perform, to carry out, to put into effect etc.
according to or by means of a definite plan or procedure’
Dictionary.com (2008e).
Inferential Statistics
‘Estimation is concerned with inference about the
numerical value of unknown population values from
incomplete data such as a sample. [It is] information that
can [essentially] be inferred with high confidence from
statistical properties of the released data’ OECD (2009).
Further described in Sheskin (2002) as ‘inference about a
population from a random sample drawn from it. These
statistics generalise the sample to the population statistics.’
Initiative An ‘initiative’ is any plan, proposal, idea, scheme, action,
program, tool, project, system, etc.
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
xxiv
Innovation According to Manley (2006, 3-6), innovation within the
construction industry can be defined as ‘a broad range of
activities packaged together’. The literature further defines
innovation as:
o ‘The creation of new knowledge and turning ideas into
valuable products and services’ Skyrme and Amidon
(1997)
o ‘Developing and implementing a new idea in an applied
setting’ RICS and Salford University (2007, 3)
o ‘The effective generation and implementation of a new
idea, which enhances overall organisational
performance’ RICS and Salford University (2007, 9-14)
o ‘The process whereby new and improved products,
processes, materials and services are developed and
transferred to a market where they are appropriate’
White and Bruton (2007, 16-165, 243-57, 393).
‘Innovation’ is defined as:
o The generation and application of new knowledge; an
original idea, product, process, material or service that
enhances overall performances.
Innovative Change
Innovative Change is defined as:
o A new or improved way of doing something better; or
o The intentional (controlled / deliberate) development or
unintentional (uncontrolled / natural) progression of an
idea, knowledge, product, process, system, service or
course of action that appropriately enhances and
transforms overall performances and efficiencies within
a practical environment.
Interdependent [Things that are] ‘mutually dependent [or] reliant on one
another’ Dictionary.com (2008f) and AllWords.com (2008).
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
xxv
Key Dictionary.com (2008g) defines the term ‘key’ as ’a crucial
element serving as a key component [of something, which
is] of vital importance’.
A factor or dynamic is also referred to as ‘key’, based on
the relevancy rating it receives. That is:
o By referring to a scale of 1 (no relevancy) to 5 (most
relevant), should any of these receive a relevancy rate
of between 3 and 5 (somewhat to most relevant), then it
is considered to be a ‘key’ component of a CDF for
delivering innovative change within an organisation.
Knowledge Management (KM)
Based on the findings of Rollett (2003, i-xii, 65-66, 209-29),
Sensky (2002, 387-96), Bishop (2002, vi, 3, 30), Amin et al.
(2001, 50-51), Standards Australia (2001, viii, 7, 56), Egbu
(2004, 301-13), SAI-Global (2004, iv, 2-16), Tiwana (2000,
xxvi, 5, 608) and Jennex (2005, viii-xii, 372), KM is defined
as:
o A multifunctional approach towards effectively using
knowledge assets to optimise the decision-making
process in meeting business objectives; enhancing
overall efficiencies; and improving current and future
operations achieved.
o It focuses on employing innovative processes and cost-
effective systems that selectively acquire, create, store,
update (in real time) and share value-adding, internal
and external, explicit and tacit knowledge and
experiences.
Kruskal-Wallis Test
Described in Sheskin (2002) as the non-parametric
equivalent of ANOVA used to compare two or more groups
by ranks… which can be used to analyse ordinal variables.
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
xxvi
Leadership ‘The ability to influence [individuals or] a group toward the
achievement of common goals and objectives … the art of
getting things done through others’ Robbins (1998, 138-86,
347, 595-98, 601-46) and White and Bruton (2007, 16-165,
243-57, 393).
Learning Culture
‘Learning culture’ is defined as:
o Where practicing the collective disciplines and
individual learning qualities and capabilities of
employees is encouraged in an environment that is
committed to and promotes: enhanced levels of
thinking, continuous discovery, and the sharing of
(existing and new) knowledge and experiences.
Life Cycle ‘The characteristic course of developmental changes… a
progression through a series of differing stages of
development’ Dictionary.com (2008h).
Mean ‘The average value of a dataset [or] the sum of all the data
divided by the number of variables. The arithmetic mean is
commonly called the ‘average’ Cann (2009).
Mean Deviation ‘A measure of dispersion derived from the average
deviation of observations from some central value, such
deviations being taken absolutely… the first absolute
moment’ OECD (2009).
Median ‘The middle value in a dataset [that is] half the variables
have values greater than the median and the other half
values which are less. The median is less sensitive to
outliers (extreme scores) than the mean and thus a better
measure than the mean for highly skewed distributions’
Cann (2009).
Method / Methodology
Defined by Fellows and Liu (2003, 28-32, 44, 91-97) as ‘the
principals and procedures of a logical thought processes…
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
xxvii
applied to a scientific investigation’. Dictionary.com (2008i)
further described it as:
o ‘A procedure, technique, or way of doing something… in
accordance with a definite plan… a manner or mode of
procedure… an orderly, logical, or systematic way of
instruction, inquiry, investigation, experiment,
presentation etc.’
o ‘A body of practices, procedures and rules used by
those who work in a discipline or engage in an inquiry’
o ‘The branch of philosophy that analyses the principles
and procedures of inquiry in a particular discipline’
o ‘The theoretical analysis of the methods appropriate to a
field of study or to the body of methods and principles
particular to a branch of knowledge’.
Mode ‘The most frequently occurring value in a dataset. Easy to
determine, but subject to variation and of limited value’
Cann (2009).
Non-parametric Statistics
‘[Statistics that] do not depend on the parameters of the
parent population from which a sample is drawn’ OECD
(2009). Further described in Sheskin (2002) as ‘methods
often referred to as distribution-free methods as they do
not rely on assumptions that the data are drawn from a
given probability distribution’.
Organisation ‘An administrative and functional structure (as a business)
[including] the personnel of such a structure’ Mirriam-
Webster's Online Dictionary (2008); or ’a group of people
who work together’ Dictionary.com (2008j), including for
example project teams, action or task groups, etc.
Parametric Statistics
‘Concerning the parameter(s) of a distribution’ OECD
(2009) and described in Sheskin (2002) as a branch of
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
xxviii
statistics that assumes data come from a type of probability
distribution.
Research ‘A systematic investigation, including research
development, testing and evaluation, designed to develop
or contribute to generalised knowledge’ Dictionary.com
(2008k) and UAB University of Alabama at Birmingham
(2008). Also defined in Dictionary.com (2008k) as ‘to study
(something) thoroughly so as to present in a detailed,
accurate manner’.
‘Research’ is defined as:
o ‘A practical, methodical and realistic form of
investigation aimed at discovering, interpreting, testing
or evaluating ‘something’, then contributing these
findings towards human knowledge, thereby validating
or disproving certain truths of the world around us’.
Stakeholder ‘A key person or group that has an investment, share, or
interest in something [such] as a business, industry or
enterprise’ Dictionary.com (2008l).
Standard Deviation (s.d.)
Definitions include:
o ‘The most widely used measure of dispersion of a
frequency distribution. It is equal to the positive square
root of the Variance’ OECD (2009).
o ‘It is a number which is calculated to find an 'average'
number for the distance of the majority of measures
from the mean’ Straker (2007).
o ‘To determine the standard deviation of a dataset:
calculate the mean all the scores; find the deviation of
each score from the mean [and then] calculate the
average of the deviations’ Cann (2009).
A Conceptual Decision-Making Framework for the Delivery of Innovative Change in Organisations
xxix
Sustainable ‘To keep in existence; maintain; and encourage
competently [or] to undergo; experience; continue or
endure [something] without giving way or yielding’
Dictionary.com (2008m).
Subculture ‘Subculture’ is defined as:
o clusters or groups of people naturally developed and / or
formed through regular interaction within their common
work and/or social environment – based on shared
understandings and interpretations of common events
and activities.
Team ’A number of persons associated in some joint action; a
group organised to work together [or] a cooperative unit’
Dictionary.com (2008n).
Training and Education
From Gupta and Thomas (2001) and Swe and Kleiner
(1998), ‘Training and Education’ is described as
‘…unlocking and developing an individual employee’s
creativity and skills (to do things differently through newly
attained knowledge and experience)... and to be able to
effectively apply and communicate these new skill sets
within their work environment’.
‘Training and education’ is defined as:
o a structured, unstructured, formal, and / or informal
delivered process of unlocking an individual’s creativity
and knowledge; thereby developing both personal and
professional skill sets, and communicating and
promoting these experiences to others within and
outside the work environment.
Chapter One – Background & Introduction
- 1 -
1. CHAPTER ONE: BACKGROUND & INTRODUCTION
1.1. Background Literature Review
Following is a brief snapshot of potential influences (dynamics) that may
encounter when delivering innovative change in organisations.
1.1.1. General Barriers to Change
According to White and Bruton (2007, 16-165, 243-57, 393), reasons for
delivering both managed (intentional) and unmanaged (unintentional - due to
natural progression) change vary, for example:
• A small organisation may want to adjust or replace certain elements of a
product, tool or process to help realise one or more business goals and
objectives (such as maximising its innovative capacity, increasing profitability
levels, enhancing competitiveness); or
• The industry as a whole may undergo a more ‘radical shift’ such as having to
adhere to a change in governing policies, or follow new industry rules and
regulations.
More than a decade of research on the construction industry’s ‘inefficiency’
(pertaining to time, cost and quality) and its exposure to countless challenges
and barriers associated to the delivery of the above changes is well documented
— Gann (1997); Robbins (1998, 138-86, 347, 595-98, 601-46); Cleveland Jr.
(1999); Weippert (2000); Weippert et al. (2002, 103-16); Weippert and Kajewski
Chapter One – Background & Introduction
- 2 -
(2008b, , Weippert and Kajewski (2008a, , Weippert and Kajewski (2008c);
Weippert and Kajewski (2009, 319-38); and Price Waterhouse Coopers (2002).
Here common challenges faced in the delivery of ‘something new’ (hardware,
software, process, system, policy etc.) include:
• poor stakeholder coordination and commitment;
• organisational hierarchy and bureaucracy;
• wavering senior management support and leadership;
• cultural and sub cultural indifferences;
• insufficient time and budget constraints;
• stakeholder incompatibility;
• restricted vs. unstructured communication lines;
• inefficient or no formal decision-making protocols;
• inefficient implementation strategies;
• outdated, irrelevant or no good-practice guidelines;
• inadequate training, education and support programs;
• ineffective or no motivation and incentive programs; as well as
• limited or no formal follow-up assessment and feedback protocols.
Based on such challenges, research suggests that the success in delivering
innovative change may depend on how these challenges are measured and
managed.
1.1.2. Slow Innovators
From an international perspective, the Australian building and construction
industry is described in a report by Kajewski and Weippert (2003) as a slow
innovator, and further identified as being slower to innovate than a number of its
counterparts in other leading countries such as the United Kingdom, France,
Spain, Germany and the United States. The report also identifies five key
concerns that tend to challenge innovation within the Australian building and
construction industry:
• Poor Management: Typified by senior management not being able to:
Chapter One – Background & Introduction
- 3 -
o sufficiently guide or lead the innovation process;
o employ the expertise to secure the required funding and resources;
o effectively drive or control the creative environment; or
o take a whole-of-organisation view of the innovative process.
• Incompatible Technology: Difficulty in integrating existing technology
infrastructures or platforms with newly advanced systems or innovative
solutions – gaining limited support from decision makers;
• Enhanced Risk: Exemplified by factors such as increased competition;
commercialisation of unproven, unknown and untested initiatives; regulatory
uncertainties; risk of not realising the expected benefits;
• Fragmentation of the Construction Industry: Typified by:
o limited methods, systems and processes available to encourage the uptake
and effective management of innovative initiatives;
o dispersed nature of virtual teams working within multiple organisational and
project structures; and
o difficulty in protecting the intellectual property within a dynamic and
fragmented environment — also supported in Weippert and Kajewski (2009,
319-38), Brandon (2006) and Price Waterhouse Coopers (2002).
• Bureaucracy: Although described by Egbu (2004, 301-13) as a ‘inhibiting
spontaneity’ threatening the innovation processes within certain construction
industry organisations, it is also referred to by Love (1996) as a key driver of
innovation uptake, where it forcefully encourages the ‘rapid and continuous
transformation of ideas into superior products’.
1.1.3. Delivery / Implementation Challenges
Today’s organisations are faced with the challenge of constantly keeping up with
new and improved work practices or the need to become more client orientated,
competitive and productive. It is these ‘organisational dynamics’ (influenced by
both internal and external factors) that tend to have a significant (positive and
negative) impact on the implementation strategy and overall delivery process of
change. These influencing factors include:
Chapter One – Background & Introduction
- 4 -
• underestimating costs;
• fear of over investment;
• limited pre- and post-delivery support (help desk etc.);
• unskilled and inadequate resources (funds, people, tools, infrastructure etc.);
• employee, client, senior manager and other key stakeholder resistance - due to
their:
o lack of awareness, knowledge, experience and understanding;
o inability to realise the potential opportunities;
o failure to realise the potential misfortunes from not changing or being more
innovative Fujitsu Centre (1998) White and Bruton (2007, 16-165, 243-57,
393) and Williams et al. (1993, xi-15).
Initial findings suggest that when attempting to overcome some of these
challenges, the efficiency and accuracy of, for example, choosing the correct
implementation strategy; securing and assigning sufficient resources; identifying
effective tasks and realistic goals; and prioritising actions, may have a noteworthy
impact on the successful delivery of innovative change within an organisation.
1.1.4. Need for Cultural Change
Research by Robbins (1998, 138-86, 347, 595-98, 601-46) on culture and the
need for change, confirms that many organisations decide to change their
existing culture in order to deliver strategy-driven change (usually to alleviate a
crisis or to realise an opportunity). This notion of ‘adapting cultures’ for success is
supported by Black and Gregersen (2002, 20-86), stating ‘since an organisation’s
success or failure is essentially due to the things that its employees do or fail to
do … planned change also is concerned with changing the behaviour of
individuals and groups within the organisation’. Further, many organisations are
driven to undergo change due to being faced with certain business demands
(Section 1.1.1), which inevitably result in the need to change or adapt an existing
culture or subculture to help meet these new demands. Unfortunately, many
Chapter One – Background & Introduction
- 5 -
organisations still fail to realise the need for change (sometimes with significant
consequences).
The following extracts from McDermott and O'Dell (2001, 76-77) suggest that
‘realisation’ precedes ‘action’, where convincing people of the need for change is
easier said than done. This is due to not seeing even obvious threats and
opportunities and being ‘blinded’ by the way ‘things’ have always been done.
‘If people fail to see the need for change (whether threat or opportunity
driving it), they will not change… ’
‘If you do not see a truck racing towards you, you are unlikely to jump out
of the way… ’
‘If you do not realise that you are standing on a treasure of gold, you are
unlikely to bend down and pick it up… ’
White and Bruton (2007, 16-165, 243-57, 393) agree that culture plays an
important role in the success of delivering change. They state that the effective
delivery and use of new solutions, well-designed frameworks, and innovative
initiatives tend to fail within organisations due to senior managers, project
leaders, employees and team members (subcultures):
• not supporting the delivery process;
• telling themselves that ‘this too will blow over’; or
• simply denying that the delivery of change can be beneficial.
Founded on the above, recognising and better understanding the relationship
between delivering innovative change within an organisation and that of its
existing culture and subcultures, may be pivotal to the success of that delivery.
1.1.5. Proficient Leadership
White and Bruton (2007, 16-165, 243-57, 393) confirm the delivery of change
relies on the human intervention of those who lead and manage the delivery
Chapter One – Background & Introduction
- 6 -
process; that is, proficient leaders who can provide and promote the mutual
assurance that the delivery of change within an organisation can be successful.
‘The ultimate test for a leader is not whether he or she makes smart
decisions and takes decisive action, but whether he or she teaches others
to be leaders and builds an organisation that can sustain its success even
when he or she is not around.’ Tichy (2001)
When the culture or subcultures of an organisation are deemed dysfunctional or
employees feel threatened by the delivery of change, Schein (1997, 12-15, 299)
states that it is the role of enhanced leadership that has to manage both the
functional and dysfunctional elements of the existing culture in such a way that
the organisation and its employees survive the delivery process.
‘Culture and leadership are two sides of the same coin.’
O'Donaghue (2001)
Engaging proficient leaders throughout the delivery and application of innovative
change within an organisation may therefore be considered essential due to, for
example, their ability to use their wealth of knowledge, experience, and skill sets
to encourage and engage other key stakeholders to contribute and share their
knowledge, expertise and skill sets in order to achieve required outcomes.
1.1.6. Enhanced Training and Education
According to Foresight (2000), employees ultimately determine an organisation’s
overall level of efficiency and profitability (or lack thereof). White and Bruton
(2007, 16-165, 243-57, 393) for example, identifies a number of potential benefits
that can be gained from improving the skill sets and knowledge of employees
through the facilitation of improved training and education, including:
• educated employees tend to engender more successful firms;
Chapter One – Background & Introduction
- 7 -
• higher industry standards and improved employment prospects can be
achieved;
• skilled employees promote a healthier, happier and enhanced image for the
construction industry;
• an improved image of the industry in turn may encourage enhanced R&D
efforts to fuel long-term economic gains and potentially stimulate the creation
of and uptake of innovative solutions and better ideas; and
• organisations tend to become more flexible through the use of multi-skilled
employees, inevitably imposing a high-tech / innovative image with the
potential of delivering improved social benefits, attracting more skilled people,
and making the construction industry (as a whole) more attractive as a career
choice for younger generations.
Furthermore, Andrews and Allen (2002) state that organisations are unable to
fully adapt to a changing environment if their employees do not have access to
appropriate (internal or external) training and education programs, facilities etc.
for them to gain the necessary information and know-how to effectively operate
within these new environments. Supported in Davidson (2009), employees are
often spoken of as an organisation’s most valuable resource, and investing in
enhanced training and education programs to develop an employee’s knowledge
and skill sets on how best to apply and use innovative change, may be seen as a
logical and value-adding endeavour for an organisation.
1.1.7. Link To Research
Preliminary findings from reviewing the literature from various perspectives
(dynamics) confirm that there are many significant barriers, challenges tasks,
needs, threats, and opportunities (factors) underpinning each of these. Although
literature suggests these dynamics and factors can influence (both positively and
negatively) the delivery and application of a ‘new or improved way of doing
something’ (innovative change) within an organisation, it provided little evidence
Chapter One – Background & Introduction
- 8 -
of a comprehensive decision-making method, model or framework for better
measuring (rating) and managing these.
1.2. Hypothesis and Research Question
Based on the background literature, six quantifiable decision-making dynamics
were identified - Change, Innovation, Implementation, Culture, Leadership, and
Training and Education. The outcomes of rating their relevance (in terms of being
key components of a CDF) will assist in making more informed, unbiased and
value-adding decisions on the various tasks, resources, methods, and processes
associated to the delivery of innovative change in organisations. To achieve this,
the following research hypothesis was established (Figure 1.1): ‘Six decision-
making dynamics are necessary when delivering innovative change within an
organisation: Change, Innovation, Implementation, Culture, Leadership, and
Training and Education.’
Figure 1-1: Six Decision-making Dynamics
IMPLEMENTATION
CHANGE
INNOVATION
CULTURE
TRAINING AND
EDUCATION
LEADERSHIP
‘SIX DECISION-
MAKING DYNAMICS - NECESSARY WHEN
DELIVERING INNOVATIVE CHANGE
WITHIN AN ORGANISATION’
2
1
3
6
5
4
Chapter One – Background & Introduction
- 9 -
The overarching question posed to further explore the research hypothesis was:
‘What additional decision-making dynamics are necessary when delivering
innovative change within an organisation?’
1.3. Research Aim
The primary aim was to underline the need for organisations to recognise the
various challenges and opportunities that may influence the delivery and
application of innovative change; to develop these ‘influences’ into quantifiable
dynamics; and finally to promote these as key components of a CDF for
delivering innovative change within organisations.
1.4. Research Objective
The main research objectives were:
• Firstly: to test the research hypothesis
• Secondly: to provide a response to the overarching research question
The first objective was achieved by undertaking a:
• Literature Review;
• Delphi study on six decision-making dynamics — Change, Innovation,
Implementation, Culture, Leadership, and Training and Education; followed by
• quantifying (rating) the six dynamics to determine their relevancy as key
components of a CDF, that is, by establishing what ‘influence’ they may (or
may not) have on the delivery of innovative change in an organisation.
The second of the above objectives was achieved by identifying any additional
dynamics (other than the above six), and then to rate these to determine their
relevancy as key components of the proposed CDF.
Chapter One – Background & Introduction
- 10 -
To follow is a detailed account of the above research activities.
1.5. Research Approach
Following the 2004 Background Literature Review, published research spanning
four decades was reviewed between 2007 and 2008 in relation to six dynamics,
hypothesised as being key components of a CDF for delivering innovative
change within an organisation (Chapter Two):
• Change: Investigating the act and need for change itself, including the
intricacies, drivers and associated barriers (Section 3.2.1);
• Innovation: Exploring the various types, drivers, challenges, myths and realities
of innovation (Section 2.2.2);
• Implementation: Examining various implementation strategies, processes,
barriers and challenges that may need to be considered when delivering
sustainable innovative change (Section 2.2.3);
• Culture: Exploring the embedded culture and subculture types, personalities,
characteristics, threats and opportunities that may challenge the successful
and sustainable delivery of innovative change within today’s highly competitive
construction industry organisation (Section 2.2.4);
• Leadership: Investigating the challenges, requirements etc. of leading or
championing the sustainable delivery of innovative change (Section 2.2.5)
• Training and Education: Exploring various factors and challenges associated
with the facilitation of both internal and external training and education
environments, platforms, incentives etc.; and the need for these to be (or not
to be) attuned / aligned with every end user’s (key stakeholders) expectations,
limitations, strengths, history, past experiences etc.; that is, with regards to an
end user’s proficiency in:
o engaging with / understanding the new innovative change knowledge,
information and experiences presented to them; and
o effectively applying this newly attained innovative change know-how within
their current and / or future work environments (Section 2.2.6).
Chapter One – Background & Introduction
- 11 -
To determine if the above six dynamics were key components of the CDF, six
sets of relevant factors (issues, keywords, notes, recommendations, phrases,
trends, concepts etc.) were identified from the Background and second (more
extensive) Literature Review for each dynamic. These factors (discussed in
greater detail in Chapter Three) were then rephrased as both closed and open-
ended questions, statements etc., which could then be used in a survey
questionnaire to:
• clarify, better define and enhance the context of the six dynamics (in terms of
the research aim and objectives); and
• allow for a panel of building and construction industry experts to more
accurately rate the relevancy of the six hypothesised dynamics as key
components of a CDF.
A number of approaches and methodologies were investigated (Chapters Four
and Five). Outcomes from this investigation identified a Delphi Study — using the
Delphi Technique — as the most appropriate data collection, analysis and
verification process (Chapter Five), due to it being:
• a recognised, cost-effective, time-efficient, simple yet effective surveying
method to anonymously collect and analyse a set of ‘opinion-based’ responses
from a panel of geographically dispersed building and construction industry
members with diverse backgrounds, experiences, and knowledge. According
to Sharp (c1997), the size of the expert panel can be anything from five to
several hundred participants.
• designed to reach a consensus in responses to a set of ‘non-emotionally-
charged’ research questions, statements etc. (factors); and
• a confidential process that was non-confrontational, unbiased and engaging
(user-friendly) Youngblood (2000).
Fifteen building and construction industry members were invited to take part in
this research in June 2008 (Chapter Five). Of these, nine agreed to form a panel
and participate in a four-month Delphic study (August–November 2008). All nine
industry members had senior positions (manager and above) within a recognised
Chapter One – Background & Introduction
- 12 -
field or occupation, with various levels of experience, understanding and / or
knowledge in the process of delivering change within organisations.
The Delphi Survey Questionnaire was designed and developed in June 2008. Its
format was tested in July 2008 through consultation with research specialists,
research panel members and professional editors. All comments (regarding
relevancy of survey questions, statements, grammar, distribution method,
ambiguities, user-friendliness etc.) were incorporated into the revision and
improvement of the Delphi Survey Questionnaire. Once completed to the
satisfaction of those involved in the test, the first Delphi Survey Questionnaire
was approved for distribution.
The first round of Delphi Survey Questionnaires was distributed to the panel in
August 2008. In addition to rating the relevancy of the six dynamics, panel
members were asked to identify and validate the relevancy of any additional
dynamics they believed were key components of a CDF. Round-one responses
were returned in early September 2008, analysed and documented. Any
additional dynamics and / or related factors identified by the panel were added to
the first six, and then used to populate the second Delphi Survey Questionnaire.
The second Delphi Survey questionnaire was distributed to the same nine panel
members in October 2008, where they were asked to confirm their first round
responses as well as rate any additional dynamics or factors. Round-two
responses were returned in November 2008, then analysed and summarised in
December 2009 (Chapters Seven and Eight). For a summary of these research
activities refer to Figure 1-2 and Table 1-1.
Chapter One – Background & Introduction
- 13 -
Figure 1-2: Research Activities Snapshot
June / July 2008
Electronic Version (Excel / PDF)
June 2008
Nine senior members construction industry: 1. Experienced /
knowledgeable in tprocess of deliverinchange; and
2. Who agreed to par
in a Delphic Studycomplete the variorounds of the DelphQuestionnaire
RESEARCH ACTIVITIES
‘SNAPSHOT’
Research Aim &
Objectives
Undertake Second
(More In-depth) Literature Review
Develop Research Questions
Distribute Delphi Survey Questionnaire
Identify Panel of Industry
Experts
Confirm Research
Methodology
Analyse /Summarise
Delphi Survey Questionnaire
Results
Final Research Results / Findings
Future Research
Proposals, Discussion & Conclusions
1
INPUTS
Prepare / Test Delphi
Survey Questionnaire
June 2008
The Delphi Technique
August - December 2008
Data collection, analysis, and verification process was done electronically (Excel) after each of the rounds until all participants reached a consensus in their responses and ratings for the various decision-making dynamics and associated factors presented in the Delphi Survey
Questionnaire
2004 & 2007 - 2008
Four decades of literature was reviewed
on six decision-making dynamics
hypothesised as being key components of a
‘Decision-making Framework’
for delivering innovative change within an
organisation.
September 2009
Final Thesis
7
6
42
5
August - November 2008
Two rounds By mail and email (PDF)
2004 & 2007 - 2008
Research further identified relevant / related / acknowledged / supporting factors
(issues; key words; notes; recommendations; phrases; trends; concepts; etc.)
from the Background and second Literature Review for each of the six hypothesised decision-making dynamics.
These factors were then converted / rephrased as both closed and open-ended questions for further analysis.
3
2004
1. Background Literature Review
To determine Research Link / Gap
2. Hypothesis:
‘The following six decision-making dynamics are necessary when delivering innovative change within an organisation: Change; Innovation; Implementation; Culture; Leadership; and Training and Education.’
3. Research Question:
‘What additional decision-making dynamics are necessary when delivering innovative change within an organisation?’
November 2008 – August 2009
Research identifies a range of decision-making dynamics as key components of a ‘Decision-making Framework’ for delivering innovative change within a
construction industry organisation
RESEARCH OUTPUT 2 OUTPUTS
RESEARCH INPUTS
8
10
INPUTS
INPUTS
RESEARCH OUTPUT 1
9
NOTE: • Steps one to nine are also reflected in the Eleven Step Delphi Process (Chapter Five) • The three year research ‘gap’ between 2004 and 2007(Steps one and two) was due to the author’s work
commitments taking precedence during that time.
June / July 2008
Electronic Version (Excel / PDF)
June 2008
Nine senior members of the construction industry: 1. Experienced /
knowledgeable in the process of delivering change; and
2. Who agreed to participate
in a Delphic Study and complete the various rounds of the Delphi Survey Questionnaire
Chapter One – Background & Introduction
- 14 -
Table 1-1: Key to Figure 1-2
ACTIVITY (STEPS 1-10) RESEARCH PROCESS
1. RESEARCH INPUTS
(2004)
• An initial investigation (Background Literature Review) was undertaken
to:
o identify some of the internal and external influence (challenges,
issues, factors etc.) of delivering innovative change in organisations
o determine / identify any research gaps.
• Based on the above outcomes a Research Hypothesis was proposed:
‘Six decision-making dynamics are necessary when delivering innovative
change within an organisation: Change; Innovation; Implementation;
Culture; Leadership; and Training and Education’
• In support of the research hypothesis the following overarching
Research Question was established: ‘What additional decision-making
dynamics are necessary when delivering innovative change within an
organisation?’
2. SECOND LITERATURE REVIEW
(2004 & 2007-2008)
• The second (more in-depth) Literature Review (Chapter Two) was a key
undertaking to provide more rigorous evidence to:
o support the initial findings of the background literature;
o test the research hypothesis and overarching question;
o gain a better understanding of current international practices,
initiatives, undertakings etc. pertaining to the six hypothesised
decision-making dynamics ; and
o provide relevant information for the development of the Delphi
Survey Questionnaire (Chapter Five)
3. DEVELOP RESEARCH QUESTIONS
(2004 & 2007-2008)
• To further clarify, better define, and enhance the context of the six
hypothesised dynamics:
o Relevant factors (issues, keywords, notes, recommendations,
phrases, trends, concepts etc.) were identified from the Background
and second Literature Review for each of the six dynamics
(Chapter Three).
o These factors were then rephrased as closed and open-ended
questions, statements etc. for further analysis (rating).
4. CONFIRM RESEARCH METHODOLOGY
(Jun 2008)
• A number of methodologies were considered (Chapters Four and Five).
• Outcomes from this investigation identified a Delphi Study - using the
Delphi Technique as being the most appropriate data collection, analysis
and verification process (Chapter Five)
(Continue onto next page)
Chapter One – Background & Introduction
- 15 -
ACTIVITY (STEPS 1-10) RESEARCH PROCESS
5. PREPARE AND TEST DELPHI SURVEY QUESTIONNAIRE
(Jun / Jul 2008)
• The first round Delphi Survey Questionnaire was designed and
developed to allow a panel of building and construction industry experts
(Step 6) to rate the relevancy of six hypothesised dynamics (in terms of
being key components of a CDF) - Change, Innovation, Implementation,
Culture, Leadership, and Training and Education (Step 3).
o The format and contents of the first Delphi Survey Questionnaire was
tested through consultation with research specialists, industry
members and professional editors.
o All comments (regarding relevancy of survey questions, statements,
grammar, distribution method; ambiguities, user-friendliness etc.)
were considered and incorporated into the revision and
improvement of the Questionnaire.
o Only once the above was completed to the satisfaction of those
involved in the test, was the first Questionnaire approved for
distribution.
6. IDENTIFY PANEL MEMBERS
(Jun 2008)
• Building and construction industry members had to have senior positions
(manager and above) within a recognised field or occupation, with
experience, understanding and / or knowledge in the process of
delivering change within organisations.
• Of the 15 industry members invited to take part in this research, nine
agreed to form a panel and participate in the four month Delphi study
(Chapter Five).
7. DISTRIBUTE SURVEY QUESTIONNAIRE
(Aug - Nov 2008)
• Two rounds of the Delphi Survey Questionnaire were distributed
(independently and confidentially) to each panel member by way of mail
and email.
8. ANALYSE AND SUMMARISE RESULTS
(Aug - Dec 2008)
• Each round of survey responses and supporting comments were
analysed, tabulated, transcribed and summarised (Chapter Six).
o Any additional decision-making dynamics and / or relative factors
identified by the panel were rephrased as closed and open-ended
questions, statements etc. and then used to populate round two of
the Delphi Survey Questionnaire.
• Steps Seven and Eight were to be repeated (if required) until panel
members reached a consensus in their responses for the various
dynamics and associated factors provided in the questionnaires.
9. DOCUMENT FINAL RESULTS / FINDINGS
(Nov 2008 – Aug 2009)
• The final results of the Delphi Survey Questionnaire are presented in
Chapters Six and Seven.
10. FUTURE RESEARCH AND CONCLUSION
(Nov 2008 – Aug 2009)
• Conclusions and future research proposals are presented in Chapter
Eight.
Chapter One – Background & Introduction
- 16 -
1.6. Research Contribution
First, research outcomes will validate (rate) the relevancy of certain dynamics as
being key components of a CDF. Second, research outcomes will show how
these dynamics can more accurately determine an organisation’s level of
‘readiness’ / ability to:
• deliver innovative change within an organisation; and
• realise the potential benefits the successful delivery and application of
innovative change can offer, such as reducing or omitting certain inefficiencies,
increasing overall competitiveness, supporting new business opportunities,
meeting client expectations, responding to market trends, or improving overall
performances.
Finally, as this research is committed and limited to meeting the above research
contributions, to further enhance the delivery and application of innovative
change within an organisation, the above contributions also form the foundation
of the proposed future R&D, testing, and case-study analysis of an ‘Innovative
Change Delivery Process’ (ICDP), underpinned by an ‘Innovative Change
Decision-making Framework’ (ICDF), a ‘Innovative Change Delivery Analysis’
(ICDA), and finally a ‘Innovative Change Delivery Guide’ (ICDG) (Chapter Eight).
Projected outcomes from the these research proposals will provide construction
industry leaders, clients and other key stakeholders unrestricted yet secure
access to, for example, supplementary support mechanisms; innovative change
knowledge and sharing platforms; good-practice guidelines; relevant (successful
as well as unsuccessful) case study projects (illustrating the application principles
of delivering innovative change); tried-and-tested decision-making processes,
frameworks, models, and recommendations; ‘Stop-and-Check innovative change
indicators’; delivery ‘dos’ and ‘don’ts’; as well as access to internationally
recognised innovative change specialists (using an up-to-date
communication/networking platform).
Chapter One – Background & Introduction
- 17 -
1.7. Thesis Structure
Following this chapter - in line with the research activities outlined in Section 1.5:
• Chapter Two: documents the findings of the second Literature Review, a
more in-depth investigation into the six dynamics that were hypothesised as
being key components of a CDF.
• Chapter Three: identifies relevant factors from the Background and second
(more extensive) Literature Review for each of the six hypothesised
dynamics.
• Chapter Four: identifies a number of research types and methods considered,
including details of the surveying style of research and highlighting the various
strengths, weaknesses, advantages and disadvantages in using a survey
approach; and providing a ten-step guide on how to develop and distribute a
standard survey instrument. The strengths and weaknesses of employing
both a qualitative and quantitative research approach (triangulation) are also
discussed.
• Chapter Five: identifies the Delphi Technique as the most appropriate data
collection and verification process by providing a background and an outline
of the Delphi Technique Process; discusses the development of the Delphi
Survey Questionnaires, and introduces the building and construction industry
panel members who agreed to take part in the Delphi study.
• Chapter Six: discusses the distribution, collation and final analysis of the data
received from the two rounds of the Delphi Survey Questionnaires.
• Chapter Seven: presents the proposed CDF.
• Chapter Eight: discusses and concludes this thesis, presents future research
opportunities and suggests the supplementary R&D, testing and analyse of a
comprehensive ICDF and an ICDA program — both housed within an ICDP.
• Finally a Reference list and an Appendix conclude this thesis.
Chapter One – Background & Introduction
- 18 -
1.8. Summary: Chapter One
This chapter reviewed and provides a snapshot of over a decade of literature
from six different perspectives (dynamics): Change, Innovation, Implementation,
Culture, Leadership, and Training and Education – where various barriers,
challenges, tasks, needs, threats, opportunities etc. for each were identified as
factors that ‘influence’ the delivery of innovative change in organisations.
Preliminary findings also suggest the complex decision-making process and
difficulty in managing the various tasks, resources, methods, and processes etc.,
associated to the delivery of change is not uncommon. That although achieving
long-term efficiencies may, for example be the main objective of an organisation,
these enhancements may be short-lived if the organisation (as a whole) has a
short-term or ‘quick-fix’ mindset; or if it relies on unsubstantiated, biased,
unrealistic or superficial decision-making practices.
Research also found insufficient evidence of a comprehensive decision-making
framework that incorporates and measures the relevancy or level of influence the
above six dynamics may (or may not) have on the decision-making process for
delivering innovative change in organisations.
As a result research set out to develop, quantify (rate), and test the relevancy of
the above six (and any additional) dynamics, that is, in terms of being key
‘decision-making dynamics’ of a CDF for the delivery of innovative change in
construction industry organisations. Projected outcomes were twofold. Firstly, to
establish what ‘influence’ these dynamics may (or may not) have on the delivery
of innovative change in an organisation. Secondly, to assist organisations in
making more informed, unbiased, and value-adding decisions pertaining to the
various tasks, resources, methods, processes, recommendations etc. when
delivering innovative change. To satisfy the projected outcomes required a more
comprehensive Literature Review for each of the six hypothesised decision-
making dynamics and their underlying factors. These findings are presented in
Chapter Two.
Chapter Two – Literature Review
- 19 -
2. CHAPTER TWO: LITERATURE REVIEW
The initial findings from the Background Literature Review prompted a more
comprehensive Literature Review of the six hypothesised decision-making
dynamics as outlined in this chapter.
2.1. Change
The first dynamic to consider when delivering innovative change in an
organisation, is the act of change itself. The construction industry is one of the
most important industries in any developed country and at a critical point in its
history, with many ‘divides’ being created, and moving it in new directions, for
example:
• towards an enhanced knowledge awareness and sharing philosophy —
‘knowledge is power’;
• from promoting not only a local, but also a global business and marketing
philosophy;
• moving away from having a management-only approach to promoting an
overall and effective leadership and culture change philosophy; and
• from being a generally reactive industry to having a more proactive mindset —
becoming leaders rather than followers in meeting the competitive demands of
the industry.
The background literature confirms that today’s organisations are increasingly
aware of the potential barriers and perceived challenges associated with the
successful delivery of change; including financial constraints, restricted timelines,
Chapter Two – Literature Review
- 20 -
insufficient senior management support and fragmented key stakeholder
commitment.
The following sections review a number of change factors (issues, drivers,
challenges etc.), as well as discuss a number of approaches on how construction
industry stakeholders may overcome resistances encountered when delivering
innovative change within organisations.
2.1.1. Disruptive Events
Researchers Cooper (1999) and Michel (1998) agree that at the beginning of the
20th century, the industrial era was born through a ‘quantum shift’ — moving it
from an agricultural to an industrial economy. As a result, original ways of
working and techniques for managing complex organisations and projects had to
be changed; inspiring need for improving the efficiencies of mass production
tools, processes and classic / traditional management techniques.
Seven examples of disruptive events experienced by today’s construction
industry stakeholders (Table 2-1) show a variety of internal and external impacts
and challenges facing today’s construction industry organisations, forcing them to
continuously find new and innovative ways of better managing and exploiting
their intellectual assets (knowledge and experiences).
Chapter Two – Literature Review
- 21 -
Table 2-1: Disruptive Events Causing a ‘Quantum Shift’ in Change
DISRUPTIVE EVENTS
EXPERIENCED BY CONSTRUCTION INDUSTRY STAKEHOLDERS
Hectic Pace • According to Kajewski et al. (2003a) this includes the acceleration of new process
innovations and product introductions, the shortening of product life cycles, the
emergence of new industries, difficulties in maintaining success, and changes in
culture and ‘attitudes’ to continuous improvement - from ‘don’t fix it if it isn’t broke’ to
‘will fix it even if it ain’t broke’.
• Where chances are that if you have been doing ‘it’ (the use of, for example an
outdated or redundant tool, process, system, strategy) the same way for the past 20
years, chances are you are not doing ‘it’ right anymore.
Increased Productivity
• Whereby more work can be done in less time, with the cost of time possibly going up
as a result.
• Mistakes are likely to get costly too with the demand for higher quality and ‘zero
defects’ being on the increase, and traditional key stakeholder relationships
changing.
• Clients demand fast turn-around times, while consultants and contractors compete
among themselves for creative designs and better quality products.
Legal Infrastructure
• Weippert et al. (2002, 103-16), Weippert and Kajewski (2009, 319-38) and Hee
(1998) highlight new legal ‘cyberspace’ standards, issues and how meanings are
coming into play for virtual business; including electronic signatures, tenders, time
stamping, validation, intellectual property, privacy, and jurisdiction.
Power of Knowledge
• Where for example training and education (Section 2.2.6) is incorporated into the
process of delivering innovative change, Kajewski et al. (2003b) suggests the
workforce of the construction industry will need to fully embrace the innovative ideas
of on-the-job education, continuing education, and part-time graduate study.
• Weippert and Kajewski (2008b) and Davies et al. (2005, 175) indicate that the loss of
knowledge is caused as a result of, for example increased employee turnover rate
and a more mobile workforce.
• Thereby suggesting enhanced efforts in improving current training and education
platforms; further developing effective knowledge management (KM) frameworks,
processes and applications; and promoting knowledge-sharing initiatives to facilitate
lifelong learning and improved efficiencies on future applications.
Globalisation • Kajewski et al. (2003a, , Kajewski et al. (2003b) predicts globalisation will result in
people increasingly being required to collaborate and exchange valuable knowledge,
experiences, and other value-adding resources across continents and time zones.
(Continue onto next page)
Chapter Two – Literature Review
- 22 -
DISRUPTIVE EVENTS
EXPERIENCED BY CONSTRUCTION INDUSTRY STAKEHOLDERS
Creative Destruction
• In Flanagan (1998) this tends to be caused by the inevitable and ever-increasing
competitive demand for employing innovative change such as the internet, new and
improved hand-held technologies etc., which enable industry participants to bypass
many traditional business functions.
• Many ‘reinventing-the-wheel’ type functions are also becoming obsolete. This
demise of certain business and project functions may give further rise to uneasiness
and resistance towards the delivery of innovative change, yet this phenomenon
should perhaps be viewed as ‘creative destruction,’ since new and better ways of
doing business are replacing old and redundant ones.
Echoed in Robbins (1998, 138-86, 347, 595-98, 601-46), to help organisations
overcome similar challenges to those mentioned above and to become more
competitive within their relative industry sectors, the first step for stakeholder
leaders to take is to realise the need for change itself. This notion is supported in
Black and Gregersen (2002, 20-86):
‘Competition is changing… the global economy means that competitors are as
likely to come from across the ocean… as from across town… successful
organisations will be the ones that can change in response to that competition’.
Findings therefore suggest, ignoring the disruptive force factors of change when
attempting to; for example, enhance overall efficiencies; improve levels of
productivity; or secure future sought-after projects can have a detrimental effect
on the long-term survival and competitive advantage of construction industry
organisations.
2.1.2. Cost, Timing and Difficulty of Change
The timing of delivering innovative change in an organisation may also determine
the success or failure of that delivery. Black and Gregersen (2002, 20-86) for
example have identified three ‘tactics’ to help determine a timelier and more cost-
effective delivery strategy. This indicates the difficulty and cost of delaying the
Chapter Two – Literature Review
- 23 -
delivery of change over time, which may in many cases not only be
‘inconvenient’, but also ‘catastrophic’ (Figure 2-1).
Adapted from Black and Gregersen (2002, 20-86)
Figure 2-1: Difficulty and Cost of Change
A brief explanation by Black and Gregersen (2002, 20-86) for each of the above
three change tactics (anticipatory, reactive and crisis change) follows:
• Anticipatory Change: the most difficult of the three approaches to start and
finish due to the difficulty in sensing future threats and opportunities, and what
unpredictable course they may take. Anticipatory change requires
organisations to look ahead and predict change in advance (anticipating the
need for change). Managers tend to avoid this process due to the unknown
Least
Moderate
Most ANTICIPATORY Change
REACTIVE Change
CRISIS Change
Time
Cost
REACTIVE Change
CRISIS Change
Most Difficult
Difficult
Easiest Time
Difficulty
ANTICIPATORY Change
A
B
Chapter Two – Literature Review
- 24 -
return on investments it generates. However, if executed correctly, this change
tactic can present the greatest potential benefits and lowest costs. When
change involves steep and ongoing learning, then the sooner an organisation
starts changing, the greater its advantage will be over slower-to-change
competitors (Figure 2-2).
Adapted from Black and Gregersen (2002, 20-86)
Figure 2-2: Competitive Advantage
• Reactive Change: Referred to by Black and Gregersen (2002, 20-86) as the
most common approach adopted by organisations. Davidson (2010) believes
that most changes are reactive, including the perception of the need for
change. In this case organisations tend to react to the obvious signs and
signals that change is needed by; for example, observing customers, clients,
competitors, key shareholders and employees. It is described as slightly easier
to get under way than anticipatory change, and less costly than crisis change
(below). This is due to a more certain change opportunity being identified
before the organisation’s survival becomes a critical factor in the decision-
making process. Organisations with a reasonable level of ‘agility’ to change at
short notice - that is, as a ‘quick second mover’ rather than a ‘slow first mover’
- may therefore benefit greatly by their timely response to the delivery and
application of innovative change.
Com
petit
or
Your Organisation Minimal
Competitive Advantage
0 Yr1 Yr2 Yr3
AFTER ONE YEAR
Com
petit
or
Significant Competitive
Advantage & Distance
0 Yr1 Yr2 Yr3
AFTER TWO YEARS
Your Organisation
Chapter Two – Literature Review
- 25 -
• Crisis Change: Although referred to by Grenier and Metes (1995, xv, 320) as
the easiest type of change, it tends to be more costly which may; for example,
affect shareholder and customer value, or generate job insecurity. This form of
change occurs when signs and signals to change have multiplied and
intensified to the point where the organisation can deny them no longer. This
form of change also occurs when the need or opportunity for change has been
ignored for too long and when competitors have already begun to change. In
this case, the longer an organisation ignores this need or opportunity for
change, the less their chances are of survival or gaining a competitive edge.
2.1.3. Drivers of Change
Although there may be numerous internal and external driving and motivational
forces that may help deliver long-term change in today’s competitive and ever-
changing construction industry environment; such as economical, legal,
technological and political factors, there are no quick fixes. This section examines
the needs, threats and opportunities that tend to drive and motivate construction
industry organisations to deliver and apply change.
2.1.3.1. Influencing Realities
The following influencing factors are identified by Flanagan (1998) and Robbins
(1998, 138-86, 347, 595-98, 601-46) as drivers of change within construction
industry organisations:
• trends towards global business (globalisation and increased competition);
• breakthroughs in technologies that have empowered users to work remotely
from their workplace (technology, knowledge and skills);
• changes in personal lifestyles that make non-traditional work process more
acceptable (demographic trends);
• sophisticated, well-informed and increased demands of clients;
Chapter Two – Literature Review
- 26 -
• increased complexity and decreasing time pressures (pace of economic
change);
• new employment patterns, organisational structures and changing clientele;
and
• the growing importance of environmental issues and pressure groups.
2.1.3.2. Motivation
Research identified motivation as the first driver for delivering change within an
organisation, defined by Schein (1999, 13-14) as ‘the willingness to exert high
levels of effort toward organisational goals, conditioned by the effort’s ability to
satisfy some individual need’ - comprising three key elements of need:
• Effort: A measure of intensity, where the more one is motivated, the more effort
is relayed back into one’s job or role;
• Organisational Goal: For the organisation to fully benefit from the high levels of
effort, it must ensure enhanced levels of job-performance are channelled
directly towards and consistent with the organisation’s overall goals and
objectives; as well as consider the quality of their efforts as well as their levels
of intensity; and
• Employee’s Opinion: About the outcome of an effort (in meeting an
organisational goal or objective); and making it appear either attractive or
worth doing for themselves.
It could therefore be feasible for organisations to consider all three motivational
elements when attempting to convince senior managers, employees and other
key stakeholders to accept the delivery and application of innovative change
within their current or future work environments.
Chapter Two – Literature Review
- 27 -
2.1.3.3. Threats and Opportunities
Threats and opportunities (both actual and perceived) are identified by Whyte
(2002, 160) as drivers for delivering change. That for change to occur within an
organisation, there may inevitably be some sense of threat, disruptive event
(Section 2.1.1), crisis, or dissatisfaction present in which the original way of
‘doing things’ (which usually confronts or challenges the proposed change) will
have to be ‘unlearned’ before the new or improved way of ‘doing things’ can be
learned (Section 2.4.4.1). Employees will also try to maintain a state of
equilibrium within their work environment by consciously and in many cases
subconsciously challenging certain types of change that may upset this
equilibrium state.
Schein (1999, 13-14) maintains it is also worth noting that both real and
perceived threats and opportunities tend to vary from one organisation to
another, where certain key threats and opportunities are better or worse for one
but not the other. Further emphasising the need to identify and acknowledge the
various crisis and opportunity factors that an organisation may face during the
delivery of change.
2.1.3.4. Need Factor: ‘What’s in it for me?’
Another driver for delivering change within an organisation is what this research
refers to as the ‘what’s in it for me?’ factor, where according to Robbins (1998,
138-86, 347, 595-98, 601-46) for example, employees tend to have a compelling
drive to succeed in doing something better than others, or to be more efficient
than before. In this case, the ‘what’s in it for me?’ factor is driven by the need to
satisfy a personal achievement or to receive tangible (financial etc.) / intangible
(recognition etc.) rewards as a result of those achievements.
McClelland’s ‘Theory of Needs’ for example, presented in McClelland (1975) and
McClelland and Burnham (1976, 100-10), identifies three important needs
Chapter Two – Literature Review
- 28 -
(achievement, power and affiliation) that represent a higher level of motivation for
employees. These are presented in Figure 2-3 as a set of individual drivers that
reinforce the need for change, where senior management and employees:
• want to excel or succeed in their current and / or future work environment;
• influence others in such a way so that they respond in a positive, proactive and
/ or value-adding manner; and
• forge positive relationships and communication channels among all key
stakeholders.
Created from McClelland (1975)
McClelland and Burnham (1976, 100-10)
Robbins (1998, 138-86, 347, 595-98, 601-46)
Figure 2-3: McClelland’s Theory of Needs
Another ‘needs theory’ is that of Maslow’s ‘Hierarchy of Needs’ presented in
Maslow (1943, 370-96) and Robbins (1998, 138-86, 347, 595-98, 601-46), which
suggests that within every human being there exists a hierarchy of five basic
needs (Figure 2-4). When delivering change within an organisation, employees
will (generally) expect at least one of Maslow’s levels of needs to be substantially
AFFILIATION POWER
THREE MOTIVATIONAL
NEEDS
ACHIEVEMENT
• The need to be able to
make others behave in
a way that they would
not have behaved
otherwise •
• The desire for friendly
and interpersonal
relationships •
• The drive to excel •
• To achieve something in relation to a set of standards •
• To strive to succeed •
Chapter Two – Literature Review
- 29 -
satisfied or fulfilled. Employees will inevitably also want to move up Maslow’s five
sequential steps of needs in order to achieve a higher level of satisfaction from a
physiological, financial, safety, social, self-esteem or self-actualisation
perspective.
It is important to note here that ‘motivation’ is different from ‘satisfaction’, and that
Maslow’s theory is a ‘need’ theory rather than a theory of ‘motivation’, Davidson
(2010).
Adapted from Maslow (1943, 370-96)
Robbins (1998, 138-86, 347, 595-98, 601-46)
Figure 2-4: Maslow’s Hierarchy of Needs
Referring to Figure 2-4, the constant drive for increased levels of satisfaction and
motivation is (generally) a result of either the current need of employees not
being fulfilled or fully gratified, due to for example, an unsatisfactory work
environment; current, traditional or inefficient way ‘things are done’; or when the
need or levels of accomplishment of employees (again from either a
5
4
3
2
1
Highest
Satis
fact
ion
Leve
ls o
f Nee
d
5 Self-Actualisation: The drive to become what
one is capable of becoming; includes growth,
achieving one’s potential, and self-fulfilment.
4 Esteem Factors: (a) internal - self-respect,
autonomy, and achievement; and (b) external -
status, recognition, and attention
3 Social: affection, belongingness, acceptance,
and friendship
2 Safety: security and protection from physical and
emotional harm
1 Physiological: hunger, thirst, shelter, sex, and
other bodily needs
NOTE: As each of the above five sequential
needs becomes substantially satisfied, the next need becomes dominant
Lowest
Chapter Two – Literature Review
- 30 -
physiological, safety, social, esteem, or self actualisation standpoint) has been
substantially satisfied. This results in employees seeking additional or higher
levels of motivation and satisfaction from either: their current work environment;
or from the delivery and application of the proposed change.
Findings suggests that recognising and better understanding the five levels of
employee needs; and incorporating these factors into the decision-making
process of delivering innovative change within organisations, may assist in
convincing organisational leaders and employees alike in accepting a new and
improved way of ‘doing things’.
In Black and Gregersen (2002, 20-86), Vroom’s Expectancy Theory suggests
employees tend to exercise an enhanced level of effort towards accepting
change or ‘new ways of doing things’ when they believe that their increased
efforts will lead to a positive performance appraisal; or that an appraisal will
subsequently lead to receiving tangible and intangible rewards such as a
personal recognition, bonuses, salary increases, or promotions — all of which
satisfy their personal goals.
2.1.3.5. Rewarding Change Efforts
As indicated in Grisham and Walker (2006, 217-31), it is not uncommon for
people to continue resisting change, even if an understanding of the new
‘destination’ or future way of ‘doing things’ is clear. This is because the new
destination must not only be seen, but must also be believed by those who may
be influenced (positively or negatively) by the delivery of change. There are three
basic steps that may help employees overcome any uncertainties; and move
them towards accepting change (Figure 2-5).
Organisations are to understand what motivates their employees before they can
correctly identify the most appropriate form of reward. This notion is supported by
Rollett (2003, i-xii, 65-66, 209-29) and Black and Gregersen (2002, 20-86) who
Chapter Two – Literature Review
- 31 -
agree tangible and intangible reward options are endless (Section 2.4.5.3.3),
bound only by the imagination of an organisation.
Created from Black and Gregersen (2002, 20-86)
Figure 2-5:Expectancy Theory
It can therefore be argued that rewards must be contingent on performance and
must be of value to its recipient.
The ‘ARCTIC’ approach in Rethinking Construction (2000) for example,
comprises five major categories of motivational values and needs that may help
determine the most appropriate rewards for employees (Table 2-2):
CLEAR DESTINATION
SECURE RESOURCES
REWARD EFFORTS
STEP 1
STEP 2
STEP 3
Change leaders provide a clear description and understanding of
the proposed final ‘destination’. If unclear to individuals who may
be affected by the change, then the motivation for them to move
forward is minimal. Employees might also resist the above,
because the ‘destination’ is too clear.
Once the direction is clear in the employees’ mind, change
leaders are to convince them that they have what it takes to
reach the newly proposed destination. Once convinced, they
are likely to accept the change, but if not fully convinced,
they may not move forward at this critical juncture. Change
leaders must provide their employees with the required
resources (skills, frameworks, processes, knowledge, tools,
manpower, etc.) – which may include the facilitation and
undertaking of training, education, mentoring and coaching
(Section 2.2.6) to help generate the essential capabilities and
knowledge required to master the new ways of ‘doing things’.
People will only be motivated to move forward and
readily accept change, if they believe their efforts
will, in one form or another, be rewarded – ‘what’s
in it for me?’. Contrary to many beliefs, even
though money may be perceived as one of the
more powerful reward mechanisms, it is not the
only incentive employees seek.
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Table 2-2: The ARCTIC Approach for Determining Rewards
ARCTIC APPROACH RELATED MOTIVATIONAL DRIVERS (NEEDS)
Achievement • Accomplishment: To meet or beat goals or to do better in the future than one
has done in the past.
• Competition: To compare one’s performance with others — to do better.
Relations • Approval: To be appreciated and recognised by others.
• Belonging: To feel part of and accepted by the group.
Conceptual thinking • Problem solving: To confront problems and create answers.
• Coordination: To relate pieces and integrate them into one.
Improvement • Growth: To feel continued improvement and growth as a person, not just
improved results.
• Exploration: To move into unknown territory for discovery.
Control • Competence: To feel personally capable and competent.
• Influence: To influence opinions and actions of others.
2.1.3.6. Respecting People
Rethinking Construction (2000) confirms the failure of certain leading
organisations respecting their employees has the potential to cause irreparable
damage to their bottom line. Further stating that the ‘gap’ in levels of respect
between operatives (blue-collar workers), compared to white-collar workers
(management and above), was potentially most damaging of all.
According to Rethinking Construction, one of the more urgent business
challenges facing today’s construction industry organisations, is the ability to
ensure employees are motivated through enhanced levels of respect. Failing to
do so may result in organisations being unsuccessful in attracting, recruiting and
retaining the best employees, business partners and key stakeholders that are
required for the successful delivery of change. Furthermore, both large and small
construction industry organisations who promote enhanced levels of respect and
commitment toward all their employees and the extended supply chain of
specialist consultants, contractors and other key stakeholders can realise a
number of value-adding benefits – including (Figure 2-6):
• new levels of professionalism (better standard of work)
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• fewer delays and expensive mistakes (earlier completion dates);
• fewer accidents, less ill health and reduced staff turnover;
• more cost effective projects and an increase in repeat business (competitive
advantage).
Adapted from Robbins (1998, 138-86, 347, 595-98, 601-46)
Figure 2-6: Commitment to People
Injecting renewed or enhanced levels of respect within an organisation can
therefore be viewed as an important and effective means to avoid the loss of
skilled and experienced employees and other key stakeholders; and a way to
enhance overall performances and levels of commitment towards the delivery of
innovative change within organisations.
2.1.4. Resistance to Change
Supplementary to the initial barriers identified in the Background Literature
Review, this section examines various alternate demands, forms of resistance
and challenges that tend to threaten the delivery of change within a construction
industry organisation.
More Satisfied Clients & improved
Profitability
More ProductiveEmployees (Healthier,
Happier, etc)
Improved Efficiency
(Cost, Quality & Time)
Better Working Conditions & Remuneration
COMMITMENT TO
PEOPLE
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2.1.4.1. Individual Resistance
In Grenier and Metes (1995, xv, 320), there are at least five reasons why
employees may resist the delivery of change within an organisation (see Table 2-
3). Recognising and better understanding what effect these barriers or forms of
resistance may have on the delivery of change will assist change in making more
informed decisions on how to best manage these individual challenges.
Table 2-3: Individual Resistance to the Delivery of Change
SOURCE INDIVIDUAL RESISTANCE
Habit • People are essentially habitual in nature (creatures of habit) relying on habits and
programmed responses - developed and entrenched within them over time.
• When confronted with change, the tendency to respond in one’s habitual ways becomes
a source of resistance. Simply changing places or environments (Section 2.4.4.1) can
disrupt an individual’s habits such as building new working relationships and identifying
new personal and professional boundaries.
Security • Certain people have a high need for security and are likely to resist change because it
threatens their sense of safety, fearing that the delivery of a new solution may challenge
their current employment, need of expertise, or skill level.
Economic Factors
• This is the threat that innovative change may alter current job tasks, established new
work routines, lower employee income etc.
• Similar to the above security factor, economic fears surface due to employees being
concerned that they won’t be able to ‘perform the new tasks or routines to their previous
standards, especially when pay is closely tied to productivity.’
Fear of the Unknown
• Employees dislike uncertainty within their work environment.
• Therefore, if the reasons and benefits of delivering innovative change is not clearly
articulated (clouded or disguised), they may develop a negative attitude or behave
dysfunctional toward the proposal (Section 2.1.3.4).
Selective Information Processing
• Individuals tend to shape their world through their perceptions of their environment.
• Once created, this perceived world tends to resist any form of change, by selectively
processing information in order to keep these perceptions intact - by employees:
o only hearing what they want to hear;
o disregarding information that may challenge the world they’ve created around them;
o ignoring arguments, statistics or potential benefits the change will provide them.
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2.1.4.2. Lack of Investment
In an ‘ideal world’, Whyte (2002, 160) suggest every member within an
organisation (from senior executives to on-site labourers) would be constantly
looking for investment opportunities and ways to embrace new technologies or
innovative solutions that could make their work more effective and easier.
However, in the ‘real world’, reasons why most employees don’t invest in change
are provided in ALLPM (2006, 1-3):
• Cost vs. Value: Convinced that investing in change is more of a cost factor
(producing unacceptable returns), than a value generator.
• Bad Business: Perception that it is bad business and non-contributing to
replace old, or unbroken technologies, processes, frameworks etc. with new
ones — the ‘if it is not broken … don’t fix it’ attitude (Sections 2.1.1 and 2.4.4).
• Lack of Integration: The difficulty of integration or compatibility between all key
stakeholders.
• Tradition: Not knowing or caring what potential innovative change has satisfied
with the way things have always been done.
• Limited Drive: Insufficient stakeholder drive (particularly from the client).
• Time: Too busy to deliver or learn a new way of ‘doing something’ (Section
2.1.5.1).
• Inadequacy: Fear of embarrassment, failure or incompetence in effectively
applying change (Sections 2.1.5.2 and 2.2.6).
2.1.4.3. Team Resistance
In Robbins (1998, 138-86, 347, 595-98, 601-46), the complex and turbulent
nature of today’s global business environment has resulted in a move towards
team-based organisations, changing the traditional ways in which people interact
and work. Where the success (in terms of effectiveness and productivity) of
delivering change within these autonomous, self-directed and cross-functional
teams, requires the recognition and better understanding of team member
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‘issues’ or misconceptions they may have in relation to the proposed new way of
‘doing something’.
ALLPM further states that construction industry team relations, communications
and reporting structures can be highly complicated and difficult to manage. This
is due to, for example, each team member usually having a personal agenda to
satisfy, while attempting to balance their assigned professional roles, tasks and
work responsibilities.
In addition to the above, organisations may experience a general sense of
resentment among team members who are responsible for the delivery of change
caused by, for example:
• employees being assigned to a team which they perceive to be unfitting due to
personal or professional inconsistencies;
• existing team members being instructed to take on new roles (in addition to
their existing workload) thereby causing a feeling of being powerless,
overworked and disrespected;
• the team’s atmosphere being too stressful resulting in members (passively or
actively) not fully committing to or completing their individual assignments; and
• team members doing ‘what is necessary to get by’ resulting in non-
performance and a prescription for the delivery of change to fail.
2.1.4.4. Organisational Resistance
In line with the above investment challenges, Robbins (1998, 138-86, 347, 595-
98, 601-46) identifies six major sources of organisational resistance to the
delivery of change (Table 2-4).
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Table 2-4: Organisational Sources of Resistance to Change
SIX SOURCES ORGANISATIONAL RESISTANCE
1. Structural Inertia
This acts as a counterbalance to maintain sustainability - evident in, for example:
• identification and formalisation process of job descriptions and procedures;
• training and socialisation techniques that reinforce specific role requirements
and skill sets; and
• employment processes that reshape and direct employees to behave in certain
traditional ways (the way we do things around here)
2. Limited Focus
Organisations are generally made up of a number of interdependent subsystems
and subcultures (Section 2.4.4), where one cannot be changed without affecting the
others. For example:
• The proposed change or new way of doing things is unlikely to be easily
accepted if senior management decide to change the overall business strategy
of an organisation without simultaneously modifying the individual business
structure of its departments or teams.
3. Group Inertia
When individual employees see the benefit in changing, group norms or peer
pressure are renowned constraints. For example:
• A union member on a project is willing to accept the changes (suggested by
management); yet overall union member norms or customs / traditions dictate
the opposite – which is likely to result in the individual team member to follow
suit and resist the suggested change.
4. Threat To Expertise
Specialists and experts within organisations may be threatened by changes in an
organisation’s strategy. For example:
• The introduction of a typical disruptive event (Section 2.1.1) in the early 1980s
was decentralised personal computers, which allowed managers to gain
remote and direct access to information held within a company’s mainframe.
This was strongly resisted by many information systems departments as it
threatened the future need of the specialised skills and employment of those in
the centralised information systems departments.
5. Threat to Established Power Relationship
Rearranging the authority of decision makers can threaten an employee’s long-
established relationships with a current decision maker.
• Introducing participative decision making or self-managed work teams may
threaten existing supervisors and middle managers in losing their ‘power’ and
authority.
6. Threat To Established Resource Allocation
Leaders and senior managers that control sizable resources often see change as a
threat such as seeing the proposed change as a means of reducing current
budgets, decreasing current staff numbers, or threatening future resource
allocations.
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Robbins (1998, 138-86, 347, 595-98, 601-46) further states that better
recognition and management of organisational barriers toward the delivery of
change, will ensure more informed evaluations during the decision-making
process of the delivery process. This enhanced level of managing organisational
resistance can, according to Rai (2005) be achieved by actively:
• maintaining overall organisational stability which is essential when confronted
with any form of change;
• matching or adapting existing organisational subcultures to the proposed
change;
• overcoming group norms and individual pier pressures that tend to challenge
the delivery process;
• ensuring specialists and experts within the organisation do not feel threatened
by the delivery of an ‘new and improved way of doing something’ within their
immediate work environment; such as potential job losses, or increased
workloads;
• identifying and maintaining existing value-adding relationships between current
decision makers and employees; and
• better securing and managing budgets, current staff numbers and future
allocation of resources.
2.1.4.5. Lack of Shared ‘Ownership’
Professor Getz from the European School of Management, Paris (ESCP-EAP),
who is referred to by Baines (1998) as one of Europe's leading authorities on
innovation and idea management, states ‘once people see their ideas being
implemented, there will be sea change in their attitude… it would no longer be
‘their’ company but ‘our’ company’. Kajewski and Weippert (2003) supports these
views, stating that people are generally more committed to delivering new plans
and activities when they share the ownership in the development and decision-
making process of those plans.
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Stating in many cases, even managers who are not involved in a decision-
making process tend to ‘listen yet not change’. This disconcerted reaction
towards change can be further fuelled by the fear of disempowerment or loss in
ability to ‘control’ their immediate surroundings.
Baines further highlights continued neglect of actively involving relevant
managers, employees, team members and other key stakeholders during the
decision-making process - of whether or not, what, when, where, how etc. to
deliver change within an organisation - can also contribute to the formation of the
infamous ‘not invented here’ syndrome, causing costly delays and eventual
failure. That by providing employees insufficient opportunities for them to share
their individual concerns, knowledge and experiences - in relation to the delivery
and application of change - can create a sense of dictatorship and lack of
respect, which Baines describes as the root of many ensuing sensations of
injustice and enhanced levels of fatigue (stress).
2.1.5. Overcoming Resistance to Change
Examples of tactics, methods and approaches that Weippert and Kajewski (2009,
319-38), Black and Gregersen (2002, 20-86) and others suggest be considered
to help overcome the construction industry’s inherent resisting nature towards the
delivery and application of change within organisations are outlined in the
following sections.
2.1.5.1. Overcoming the Perceived Lack of Time
Certain large organisations may feel it is too time consuming, if not impossible, to
try to determine the needs and values of hundreds of employees to ensure the
successful delivery of change (Section 2.1.3.4). In line with CRISP (2000b), one
way to help overcome this challenge is to customise this process to best suit
each organisation’s work environment and business requirements.
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That is to say, senior managers are to identify their own motivations, incentives
and reasons for employing change (usually from an overall organisational, team
or project perspective), and then promote, cascade or filter these down the
hierarchy of the organisation. At the same time senior managers need to
delegate the task to middle and / or project managers; for them to identify the
motivational factors, appropriate rewards and expected incentives of their
employees.
Completing the above process and documenting and circulating its findings to the
decision-making team, may provide a better and more accurate understanding of
what motivates senior managers, individual employees for them to readily accept
change within their current or future work environments.
2.1.5.2. The Need to Overcome Fear
There is also a perceived and unspoken, yet ever-present ‘fear of exploitation’
towards employing change within the construction industry. CRISP (2000a)
provides the following suggestions on how this fear can be managed:
• Create a common understanding among all stakeholders that will enable
positive actions.
• Provide appropriate, easily accessible and good-practice information on risk
evaluation and sustainable delivery / implementation processes.
• Consider both cultural (social) and formal (contractual, infrastructure) changes
to remove any perceived liability, failure and allocation of blame, thereby
creating an environment that is receptive to the creation and application of
innovative ideas, confronting and overcoming challenges and recognising
opportunities.
• Investigate successful and unsuccessful case-study projects to provide
historical lessons that can be applied to similar future projects (Section 2.2.6).
• Finally, reduce constraints imposed by regulations, codes and standards that
tend to oppose innovative approaches and overall progress.
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2.1.5.3. Mapping Drivers and Barriers of Change
In the example presented in Table 2-5, McShane and Travaglione (2007)
suggests employing the Force-field Analysis (similar to the Force-field Model
discussed in Section 2.4.4.1) to help map out any driving and restraining forces
that may influence the successful delivery of change within an organisation.
Table 2-5: Change Force-field Analysis
EXAMPLES OF DRIVING FORCES EXAMPLES OF RESTRAINING FORCES
Innovation Time to market
Cash for knowledge Competition
Long term cost benefit Initial development cost
Competitive advantage Risk of failure
Time saving Initial development time
Quality improvement Awareness of track record
Education Knowledge sharing
Financial incentive Understanding of process
According to CRISP, the probability of delivering change can increase if the driving forces outweigh the restraining forces. That is, while both the driving and
restraining forces may influence the successful delivery of change within an
organisation, they should be equally emphasised during the decision-making
process, and all efforts are to be made to reduce, neutralise and / or remove the
restraining forces. Uren (2001, 50), for example identify six ways to help achieve
this in Table 2-6.
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Table 2-6: Six ways of Minimising Restraining Forces of Change
SIX CHANGE STRATEGIES
EXAMPLE
1. Communication Client complaint letters, council restrictions, fines, notifications etc. are openly
shared with employees and other key stakeholders.
2. Learning Organisation adopts a project- based learning and knowledge-sharing structure
so that employees can learn how to work in teams and from other key
stakeholders.
3. Employee involvement
Form a task force to help recommend new client, service and procurement
practices.
4. Stress management
Employees attend sessions to discuss any concerns, suggestions, and
recommendations regarding the proposed change.
5. Negotiation Employees agree to replace strict or singular job categories with multi-skilling to
ensure; for example, increased job security.
6. Coercion Senior management to tell project leaders to ‘get on board’ and accept the
proposed change, or leave.
2.1.5.4. Aligning the Delivery of Change
Although it is not a new phenomenon to try and align the delivery process of
change with that of an organisation and its overall business strategy, Schneider
(2000) confirms it is not an easy task.
‘We adapt to change, we initiate change,
We experience change, we endure change,
We undergo change, we participate in change,
We create change, we resist change,
We even enjoy change and may even learn from change…
…but how do we deliver change?’ Davidson (2010)
In Cabrera et al. (2001) for example, an organisation may have the optimum
implementation strategy in place (Section 2.3.1), but if the organisation’s
(employees) culture is not properly aligned with overall delivery process and
supportive of the business strategy, then the delivery of change may either stall
or fail. That is to say, no matter how strong an organisation’s commitment and
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approach is towards the delivery process of change, the organisation’s culture
and subculture groups are always stronger (Section 2.2.4).
According to Cabrera et al. (2001), there is not one right way to get people to
willingly accept a new way of ‘doing something’, but many different ways,
depending on; for example, the distinctive values and dynamics of the
organisation (Section 2.4.5). Whilst emphasising the need for alignment between,
for example, the culture and subcultures of an organisation, and the delivery of
change; it also needs to be designed to fit the organisation’s current structure
and overall business strategy. Alternatively, the organisation’s current structure
and overall business strategy is to be reshaped to suit the demands of the new
way of ‘doing things’. To achieve this alignment, Cabrera suggests it is essential
to recognise and understand the interconnections between three distinct factors;
namely:
• the proposed innovative change;
• the people (end users); as well as
• their relationship with other important business related subsystems such as
organisational structure, business and management processes, objectives and
strategies.
In addition to having a general understanding of the above three factors,
Weippert (2000) further states it is imperative for senior management to identify
the most appropriate implementation strategy (Section 2.3.1) for a proposed
change, because the implementation process itself can inevitably unbalance the
above three factors. Failure in achieving the required equilibrium (which would
normally allow the change to be of value to the right people, in the right way, and
at the right times) may result in the wasteful misuse of invaluable time, efforts
and resources.
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2.1.5.5. Build a Knowledge-sharing Philosophy
Construction industry organisations tend to accumulate a wealth of information,
knowledge and experience in relation to their jobs, tasks, and roles within
organisations and on projects. Weippert et al. (2002, 103-16), Kajewski et al.
(2002), Kajewski and Weippert (2003) and Von Krogh et al. (1998, i-xiv, 8, 25,
84, 123, 223-90). Although some of these undertakings can increase overall
productivity and efficiency levels, organisations are often reluctant (for various
reasons) to pass along or share their knowledge and experiences with others.
From a cultural perspective, Zweig and Brodt (2006) determined that ‘if we [as
organisations] want to move into the knowledge era, our biggest challenge is a
cultural one’. That ‘people with critical knowledge often protect it as if it were their
own property, and will engage in behaviours to hide knowledge from others’.
These observations are based on the outcomes of a study investigating reasons
as to why employees are reluctant to share their knowledge within organisations.
Additional reasons for ‘hiding knowledge’ by Amin et al. (2001, 50-51) include:
• Interpersonal: Which includes ‘circumstances in which people believe an
injustice has been done to them; being distrustful of management; or feel they
are reciprocating for someone else's behaviour toward them;
• Lack of Self Confidence: Employees being unsure, believing they are better off
not sharing anything as they are afraid of, for example negative job
evaluations;
• Organisational Climate: Promoting a culture of not sharing and secrecy, this
result in employees adopting this ‘dominant culture’. These ‘pitfalls of secrecy’
of what should and should not be disclosed (including when and to whom),
often leads to a work environment where everyone keeps to themselves. This
can hinder productivity due to a continual ‘reinvention of the wheel’ in solving
problems and having to repeatedly absorb recurring and costly failures.
This conscious endeavour to collaborate and build a knowledge-sharing
philosophy is supported by White and Bruton (2007, 16-165, 243-57, 393),
Weippert and Kajewski (2008b), and Zweig and Brodt (2006). Improving
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organisational efficiencies can be achieved through the collective efforts of
employees capturing, sharing and applying their experiences (knowledge) more
effectively. Suggesting this conscious endeavour to collaborate and build a
knowledge-sharing philosophy is the basis for developing strong, long-term, and
team-based working relationships within and between industry sectors,
organisations, teams, projects and key stakeholders.
Finally, White and Bruton (2007, 16-165, 243-57, 393) best describe the need to
promote a knowledge-sharing philosophy:
‘If organisations want to promote knowledge sharing and it is in their best
interests to do so, they need to enhance the workplace climate and make
knowledge sharing and collaboration a norm in the workplace
it could be part of their performance appraisals.
If employees know they will be rewarded for sharing their expertise, they
will be more open to doing so’.
2.1.5.6. Training and Development
Although training and education is discussed at greater length in Section 2.2.6, it
is acknowledged here due to its relevance in helping overcome the construction
industry’s debatable resistance towards change. White and Bruton (2007, 16-
165, 243-57, 393) agree, leading organisations that have the required skill
development and training programs in place tend to benefit from three common
features:
• Informed Opportunism: Allowing individual employees to be able to grow,
expand and / or explore thereby enhancing overall creativity and sharing of
knowledge and experience.
• Directed Empowerment: Through employees being made responsible for
various activities ‘forcing’ them to learn ‘the new way of doing things’.
Throughout this, the organisation supports their newly acquired role by
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allowing them sufficient time and offering professional advice to further
develop and master their new responsibilities.
• A Turning Prism: Allowing employees to change their initial views, beliefs and
overall perceptions (culture) towards a new process, framework or new way of
doing things, thereby enhancing and stimulating their overall motivation.
2.1.5.7. Mentor Employees
Another method of transforming employees to overcome any resistance they may
have towards the delivery of change is through mentoring, defined by White and
Bruton (2007, 16-165, 243-57, 393) as:
‘The direct one-on-one activity between employees and the organisation
… designed to allow two parties to learn from each other’.
In line with White and Bruton (2007, 16-165, 243-57, 393), organisations that are
successful in adapting themselves to change, traditionally tend to promote
mentoring activities. This is achieved by encouraging the forming of formal and
informal relationships between the more experienced employees and the new or
inexperienced ones. The ‘mentor’, whose principal role is to share information,
knowledge, guidance, experiences, enthusiasm etc. tends to influence the
original perceptions, attitudes and thinking (culture) of a new member; as well as
how (or how not to) react towards change.
Most importantly, Robbins (1998, 138-86, 347, 595-98, 601-46) suggests the
need to ensure that the mentoring occurs in both directions, where senior and
more experienced managers mentor junior employees, and where new
employees mentor senior management on, for example, their newly acquired
tertiary knowledge and education on more innovative ways of doing the same
thing. This achieves the required level of respect and shared ownership required,
as emphasised in Sections 2.1.3.6 and 2.1.4.5.
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2.2. Innovation
The second hypothesised dynamic to consider as part of the decision-making
process when delivering innovative change, is innovation. Construction industry
organisations are to include their innovative capabilities in the decision-making
process by recognising and better understanding; for example, various innovation
types, myths, influences, measures, challenges and drivers.
2.2.1. Innovation Defined
Section 2.1 refers to change being the only constant in our world, and identifies
the urgent need for the construction industry to do things differently in order to
keep up with informed client needs and increasing expectations. Innovation is
described in Manley (2006, 3-6) as simply another form of change, albeit more
sophisticated and specialised in nature. It entails the application of a new idea to
improve; for example, an existing product, process or service. This action in turn
results in some form of change taking place, by moving away from the old way of
doing things and embracing a new and improved way of doing ‘something’.
Inevitably, there is a wide and diverse range of definitions for the term innovation
(See Glossary).
In a study on improving the performances of the Australian construction industry
by Price Waterhouse Coopers (2002), the term ‘innovation’ is defined as ‘a broad
range of activities packaged together’, which in turn can be compartmentalised
into five distinct categories:
• Involving or driven by either technological or organisational changes.
• An improvement of current arrangements / settings, or the development of a
new / ‘world-first’ idea.
• The introduction of significantly improved or new products (goods or services);
processes (production and delivery methods); business methods (business
practices, internal / external relations); and marketing methods (design,
package, placement, promotion, pricing).
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• Being along a continuum (ranging from incremental to radical change).
• Concerning change and the benefits that can be achieved.
In a report on innovation and the Australian construction industry, Manley (2006,
3-6) describes innovation as being driven by clients, competitors, suppliers,
management, staff, organisational culture and behaviour. This further defines it
as ‘a novel way of adding economic value’ or ‘a managed process for
commercialising creative technologies, processes, products, services and
markets’
2.2.2. Types of Innovation
Once an organisation determines that developing and / or delivering innovative
change is an essential part of their business strategy, it must undertake the
challenging task of determining the most appropriate type of innovation to pursue
or to identify with. According to White and Bruton (2007, 16-165, 243-57, 393),
the debate on what the acceptable degree, type or classification of an innovative
undertaking entails, is inconclusive. This is due to:
• there being a wide range of innovation types and classifications available for
today’s construction industry organisations to consider;
• not having a guaranteed formula or best profile to fully rely on; and
• the potential threat of being ‘too innovative’ (Section 2.2.2.4).
With the above challenges and limitations in mind, the following section looks at
innovation from four different perspectives as presented in White and Bruton
(2007, 16-165, 243-57, 393). These are ‘Product’, ‘Process’, ‘Knowledge’, and
‘Directionless’ innovation.
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2.2.2.1. Product Innovation
Although viewed separately, the concept of Product Innovation is closely
entwined with that of Process Innovation (Section 2.2.2.2), where the one usually
cannot take place without having some effect on the other. Product Innovation
takes place where people, charged with the research and development (R&D) of
innovative products, focus on aligning their efforts with the goals and objectives
of the organisation. These R&D efforts are usually divided into three main
categories:
• Basic: Also referred to as ‘pure’ R&D and aimed at providing value to the
organisation and its clients, with the potential to provide great rewards through
the creation of new knowledge, leading products and innovative ways of doing
business.
• Applied: Uses the knowledge gained from the above Basic R&D efforts –
aimed at providing value to the organisation, its clients and the marketplace by
developing new products to change an organisation’s strategic position within
the industry. This in turn may lead to an enhanced competitive advantage.
• Systems integration: This is the most incremental R&D effort and is aimed at
supporting existing business improvements or opening new markets with
already established products, and involves the act of innovation ‘tweaking’ and
organisational knowledge ‘adjusting’ to increases competitive leverage.
2.2.2.2. Process Innovation
The next form of innovation that construction industry organisations may consider
is described in White and Bruton (2007, 16-165, 243-57, 393) as Process
Innovation. Its main purpose is to increase the efficiencies and effectiveness of
organisations, and requires both the organisation and its employees to adapt to
any change in processes. There are also two types of Process Innovation, both
of which can help improve the output-to-input ratio of an organisation.
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The first type of Process Innovation is Restructuring, where organisations are
required to review what they do and why; due to for example, information not
getting to the proper decision-making employees in time; lack of identifying
organisational threats and timely opportunities; or due to untimely or unpredicted
disruptions that have destabilised the organisation’s environment. In this case
organisation to experience a constant level of small changes in areas such as
processes, tasks and social structures.
According to White and Bruton, a common restructuring activity is to introduce
one of two types of downsizing; either laying-off employees; or having to
discontinue a certain service, product or level of expertise. Both are usually
financially driven and viewed negatively by employees and managers. In some
cases, even once an organisation is downsized, it may continue on its original
downward spiral of negative experiences due to, for example:
• a certain financial benefit being overlooked or not realised;
• remaining employees feeling they are being overworked (resulting in poor
productivity and decreased motivation);
• Increased levels of uncertainty among remaining employees and managers
(which fuel their fears and lack of security); or
• the search for alternate employment and resulting loss of knowledge and
expertise.
The second type of ‘process innovation’ that White and Bruton suggest
construction industry organisations may consider to help improve their efficiency
is that of Reengineering. In this case organisations continuously pursue new and
improved systems requiring fundamental rethinking and radical redesign of work
processes in order to achieve important goals and objectives; such as increased
productivity, optimised shareholder value, improved results and enhanced work
efficiencies. The overall objective in considering the reengineering approach is
also said to be three-fold (reinforcing the Three-stage Model approach discussed
in Section 2.4.4.1):
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• First, to identify processes and activities that are non-value adding – by getting
key managers, employees and team members to respond to the three
questions:
o Why does the organisation work the way it does?
o What value is added to this existing work practice?
o How can this work be done better?
• Second, to eliminate these unproductive and unnecessary activities;
• Finally, to replace these with new and more competitive ways of ‘doing the
same things’ that will add value to the organisation.
Unfortunately, according to Black and Gregersen (2002, 20-86) and Skyrme and
Amidon (1997), many organisations still tend to wait until the bitter end (see
Section 2.1.2 - crisis stage) before deciding to undertake the above
reengineering processes. The result of this delayed reaction is twofold, it can
either:
• Motivate and drive managers, employees and key stakeholders to be more
open towards trying ‘new things’; or
• Deflate current levels of motivation and trust in; for example, securing
guaranteed futures in employment or improved work environments. The end
result is that it:
o fuels enhanced levels of resistance;
o raises doubt in the ability to ‘do things’ better; and
o negatively affects any innovative efforts towards improving current work
environments – such as becoming more competitive, breaking through
existing productivity thresholds, and reducing or omitting any inefficiencies.
2.2.2.3. Knowledge Innovation
Hasan and Handzic (2003, i-x, 48, 343, 568) describe an organisation’s
knowledge-focussed strategy as yet another form, type, or classification of
innovation – referring to it as ‘Knowledge Innovation’. In this case the challenge is
not the shortage of creativity or innovation within organisations, but rather in their
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ability to capture, store and disseminate these innovative ideas and experiences
(knowledge). Another challenge is to further develop these into, for example
enhanced KM systems, methods, frameworks and processes that can effectively
capture, convert, manage and distribute the newly attained knowledge into areas
where they can be most beneficial and profitable.
Improvements made to the above activities will, according to Skyrme and Amidon
(1997), further enhance the commercialisation opportunities of an organisation.
Nonaka and Takeuchi (1995, i-xii, 1-7, 284) agree, although the ‘strategic thrust’
of Knowledge Innovation may be difficult to undertake and manage, it has the
greatest potential to improve overall performances. This is because continuous
innovative efforts tend to enhance an organisation’s competitiveness; as a new,
emerging and knowledge-conscious society is being formed — one that
recognises knowledge as ‘the’ resource, rather than simply ‘a’ resource of future
growth and advancement (Figure 2-7).
Adapted from Gann (1997)
Figure 2-7: Knowledge Innovation: As a Competitive Resource
COMPETITIVE ADVANTAGE
C
ontin
uous
In
nova
tion
Kno
wle
dge
Cre
atio
n Knowledge-Conscious
Organisation and Team ‘Society’
‘Strategic Thrust’
Inpu
t In
put
Inpu
t
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2.2.2.4. Directionless Innovation
The final example of an innovation type that construction industry organisations
may be exposed to, is identified by Manley (2006, 3-6) as Directionless
Innovation, also referred to as a ‘trap’ to being ‘too innovative’. In this case, when
searching for ways to overcome or improve on construction industry
inefficiencies, being ‘too innovative’ can result in organisations experiencing
‘directionless inventiveness’, resulting in one of three innovations presented in
Gann (1997):
• Unstructured or Accidental: where benefits from improved quality and speed,
as well as reduced costs are not necessarily the original goal of the
organisation;
• Incremental: where a number of small changes made by an organisation, result
in major changes to the organisation’s overall performance or construction
process by, for example:
o Being driven by ‘market-pull’ factors, whilst relying greatly on the
organisational skills of managers, employees and team members
o Involving non-technical activities (such as securing lasting linkages with
industry experts); or forging strong and trusting relationships with key
project stakeholders (such as manufacturers, suppliers, specialist and
clients).
• Radical: Usually fuelled by major structural change; new forms of competition;
and industrial upheaval (Sections 2.1.1). This type of innovation is also
recognised as being mostly driven by ‘technology-push’ factors within an
industry sector, whilst relying greatly on the technical (rather than non-
technical) skills and expertise of managers, employees and team members
alike.
2.2.3. Innovative Organisations
Ever-increasing levels of competition force well-established organisations to
defend themselves against their traditional competitors, as well as smaller,
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entrepreneurial organisations that develop new and innovative products and
services. This according to Gann (1997), results in organisations having to
become more innovative in their approach when responding to the various forces
that fuel the need for survival — forces such as the need for increased profit
share; the desire to enter a new market; wanting to be a leader or ‘first follower’;
or for reasons of status.
For organisations to readily accept change, Egbu (2004, 301-13) identifies three
factors that the construction industry’s efficiency, competitiveness,
responsiveness and ability to be more innovation depends on the:
• type of skills and expertise employed within an organisation;
• efficiency and stability of relationships employees have with other (internal and
external) key stakeholders; and
• transfer of information and knowledge (rate, format, ease, timing, relevancy
etc.) between the temporary alliances of the key stakeholders of a project’s
supply chain (Section 2.2.2.3).
2.2.3.1. Culture of Innovative Organisations
The culture of organisations is acknowledged as a key ingredient of its innovative
capabilities. As noted by Rai (2005), innovative organisations tend to have similar
social practices, such as encouraging experimentation and supporting risk taking,
where:
• employees readily suggest and try new ideas (especially when they feel such
behaviours are not penalised);
• organisations reward both successes and failures (Section 2.1.3.5); and where
• mistakes are ‘celebrated’ - by ‘protecting people who stick their necks out’.
A report by Toole (1998) on Europe's leading authorities on innovation and idea
management confirms that embedding the facilitation and promotion of innovative
undertakings into the ‘DNA of a company's operation and culture’ is essential,
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because ‘as products get copied or become redundant at a faster rate than
before, innovation is the only source for sustainable competitive advantage’.
A paper by RICS and Salford University (2007, 9-14) agrees. It states that when
attempting to fuel the innovative capabilities and readiness of an organisation
(Section 2.2.3.2) - in terms of profitability, growth, competitiveness, performance,
adaptability etc. - there is a need to consider the social capabilities; cultural
practices; as well as a multitude of expertise, relationships and communication
networks within the work environment.
2.2.3.2. Innovative Capabilities of Organisations
A construction industry organisation’s ability to compete over time may,
according to Blayse and Manley (2003), lie in its ability to develop two distinct,
yet interactive types of innovative capabilities:
• Exploitative: Using the organisation’s existing resources to improve efficiency
to generate short-term competitive advantage; and
• Explorative: Creating and using new or external resources and capabilities to
improve organisational effectiveness and to generate sustainable and ongoing
competitive advantage.
In line with the above findings, a report by Robbins (1998, 138-86, 347, 595-98,
601-46) states innovative capabilities and initiatives within the construction
industry can be further fuelled by a number of activities, including:
• enhanced client leadership (Section 2.2.5);
• building robust relationships with key stakeholders of its supply chain;
• mobilising integrated approaches to construction projects in response to; for
example, the fragmentation of the industry; the ‘one-off’ nature of most
projects or the large number of players and key stakeholders (Section 2.2.5.2);
• improving knowledge flows and integration of project experiences (Section
2.2.2.3);
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• active use of ‘innovation brokers’ to facilitate access to support providers and
other external players with complementary knowledge bases;
• promoting innovative procurement systems such as partnering or alliancing;
• enhancing cooperative problem solving;
• adopting non-standard solutions;
• equitable allocation of risk;
• strengthening of performance-based regulations and standards through
enhancement of knowledge held by regulators and other key players; and by
• building up organisational resources by; for example, promoting a culture
supportive of innovation, enhancing in-house competence (Section 2.2.6);
supporting innovation champions and developing an effective implementation
strategy (Section 2.3.1).
2.2.3.3. Future Innovative Organisations
The competitive success of tomorrow’s construction industry may rely on its
ability to adapt to innovative change. This enhanced level of innovativeness and
competitiveness is achievable through the following examples by Robinson et al.
(2006, 793-808) - by:
• organisations and their members thinking ‘fast on their feet’ — their ability to
rapidly develop and deliver new counter-products, processes and solutions;
• industry suppliers and manufacturers shortening production runs and product
cycles, and by providing an ongoing stream of new and innovative products,
processes and solutions; and
• enhancing the flexibility and responsiveness of the construction industry’s
workforce (stakeholders) within an ever-changing and dynamic work
environment.
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2.2.4. Measuring Innovation Success
Based on the findings from three empirical studies in the United Kingdom,
Manley et al. (2005) found that the innovation strategies of four construction
organisations were ‘path-dependent [and] strongly constrained by their current
position and core competencies as well as the specific opportunities open to
them in future’. Robinson et al. further state that the extent to which organisations
are successful in innovation can be measured through a number of variables,
including the:
• percentages of profit derived from the innovative product or solution;
• number of innovative products or solutions introduced within three to five years;
• average number of person-hour input per innovative product or solution;
• average time to market of the innovative product or solution;
• level of satisfaction of the client towards the innovative product or solution;
• average failure rate of the innovation during the developmental stage
(testability and robustness of a product or solution);
• extent to which innovation planning is linked to overall organisational strategy;
• extent of formal mechanisms to capture and share (learning) associated with
the innovation product or solution; and
• extent to which employees are involved in innovative undertakings and if they
are adequately supported, recognised and rewarded.
2.2.5. Sources that Drive Innovation
Although the project-driven nature of the construction industry and the delivery of
its end products may have their own set of challenges, Brandon (2006) suggests
extensive benefits can be realised by organisations, teams and projects who
have delivered appropriate forms of innovation. The following sections provide a
brief insight into a number of key innovation drivers that can help revitalise the
desire of construction industry organisations to become more innovative, and
help them realise the potential benefits and opportunities from doing so.
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2.2.5.1. Clients Driving Innovation
Manley (2006, 3-6) states it is not uncommon for clients to be placed under the
spotlight as being key drivers for innovation within the construction industry. This
is based on the general conviction that it is the ‘clients’ financial muscle’ that can
influence and encourage industry professions to employ more innovative
techniques, processes, systems, tools etc. in the delivery of their end products
(civil and building structures, facilities etc.). Outcomes of various construction
industry case studies documented in Price Waterhouse Coopers (2002), identify
certain roles played by leading public and private-sector clients, can drive
innovation within a work environment. These roles include:
• setting challenging targets and designing new forms of contract;
• R&D undertakings and networking with specialist experts; and
• organising demonstrator projects.
Further discussion on government (public) clients and their influence on driving
innovation within the construction industry are discussed in Section 2.2.5.4.
2.2.5.2. Innovation Enabling Factors
Survey results from Skyrme and Amidon (1997), identify a number of key
enabling factors for realising successful innovation within the construction
industry including:
• the availability of capital and commitment of resources to fuel the
commercialisation of new ideas;
• commercialisation, business planning and project management capabilities,
fused with a positive attitude of senior management towards innovation;
• continued study, training and development of employees and management
skills to achieve the essential competencies required to recognise, capture and
commercialise innovation;
• dedicated employees and committed teams in promoting an innovation-society
(Section 2.4.5.3.4); and
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• flexibility and adaptability of employees in creating innovative as well as
practical outcomes.
Although these factors demonstrate the wider range of internal and external
enablers of innovation, Price Waterhouse Coopers state the overall driver of
innovation within the Australian building and construction industry is undeniably
the sustainable demand for innovation itself.
2.2.5.3. Knowledge Assets
According to Robinson et al. (2006, 793-808), ‘innovation through knowledge [is]
a key factor in business success’, and it is timely for today’s construction industry
organisations to ‘develop a strategic advantage [against local and international
competitors] through the application of knowledge’ (Section 2.1.5.5 and 2.2.2.3).
These knowledge assets are identified by Brandon (2006) as a major source for
creating wealth, value, and are key drivers for innovative initiatives within
organisations, and traditional measurement frameworks that focus only on hard
tangible (e.g. financial) assets are no longer considered as reflecting an
organisation’s true value. The soft, intangible assets of knowledge (such as R&D,
experience and other intellectual resources) form a significant component in
valuing today’s organisations.
‘… for innovation to thrive there must be knowledge which is backed up by
intelligent thought… perception of what is needed… a feeling drawn from
experience or instinct… and a memory which provides discernment of
what is useful and what is not’. Weippert and Kajewski (2008b)
There is, according to Nonaka and Takeuchi (1995, i-xii, 1-7, 284), a clear shift in
focus which moves from the traditional ‘reactive’ quality inspection to a more
‘proactive’ total quality management approach, where many of today’s
organisations realise that relying on financial measures alone are very limited.
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‘The future belongs to those endowed with knowledge’.
Brandon (2006)
Manley (2006, 3-6) agrees, the use of traditional financial reporting alone (to
accurately reflect a construction industry organisation’s value) is considered by
many stakeholders, investors, governments, and regulatory bodies, as being
insufficient. Further stating that there is a growing need to support traditional
documentation with more informed and innovative non-financial reporting by; for
example, providing measures of an organisation’s knowledge assets and
intellectual capital which truly reflects an organisation’s value in today’s
competitive business arena.
2.2.5.4. Government Influence
In addition to Section 2.2.5.1, where clients (in general) are identified as drivers
of innovation, the government is essentially a large public-sector client that can
influence the innovative undertakings of the construction industry. An
investigation conducted in Australia between 2003 and 2005 by Price
Waterhouse Coopers (2002) into 400 businesses, 14 government organisations,
8 industry associations and 4 universities, showed that ‘repeat public-sector
clients’ can play a ‘significant role in promoting innovation, by providing
favourable project conditions’. Repeat public-sector clients were further
nominated as being ‘encouragers’ of innovation within the construction industry,
and when compared to other industry groups, they had the:
• highest rate of investment in R&D;
• highest adoption rate of advanced practices and technologies; and
• best return on innovative undertakings.
Survey results in Manley (2006, 3-6) support Manley’s findings, confirming that
the government can drive innovation activities within the construction industry in
four distinct ways (Table 2-7):
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Table 2-7:Government Influence on Innovation
GOVERNMENT’S ROLE AS A
DRIVER
INFLUENCE
Major client Buying goods and services from the building and construction industry and creating
demand for innovation on its projects (projects to detail their innovation program as
part of the selection criteria).
Regulator Developing and enforcing building codes and legislation that either encourages or
inhibits innovation.
Educator Promoting successful operators and innovation success stories, as well as
information through media promotion; such as reports, publications etc.
Custodian Creating a business environment through a favourable tax system that encourages
and rewards innovative businesses.
The government (public sector) therefore plays an important role in providing
ongoing support programs that foster innovative advances across all industry
sectors and can manipulate collaborative activities among key industry
stakeholders through ‘leading by example’, rewarding innovative undertakings,
and facilitating access to capital and other innovative investment opportunities.
2.2.5.5. Other Drivers of Innovation
Outcomes from various case studies documented in Michel (1998), identify five
additional dynamics that drive construction innovation opportunities:
• Crisis-driven: when innovative solutions are, for example, found through a
cooperative team approach due to being faced with some form of crisis -
where the ‘traditional adversarial approach’ is avoided and replaced by a more
‘creative best-for-project’ response;
• User-needs: when tenants of buildings, for example, request reduced whole-of-
life-costs from building owners - thereby driving innovative design;
• Regulatory Regimes: by adhering to, for example, performance-based building
codes - offering greater opportunity for innovation;
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• Trade Conditions: due to, for example, growing internationalisation and
globalisation - allowing Australian construction businesses to expand their
markets globally;
• Social Values: by having to, for example, meet government energy targets or
other environmental concerns.
2.2.6. Sources that Challenge Innovation
According to White and Bruton (2007, 16-165, 243-57, 393), the construction
industry (in general) is lagging (compared to other leading industry sectors) due
to, in part, a large portion of its stakeholders being fearful of their innovative ideas
or undertakings being taken from them and duplicated. To help promote and
improve understanding of how to better manage and become more innovative,
the following section identifies myths and realities that influence the construction
industry’s desire to be more innovative.
2.2.6.1. Innovation Myth vs. Reality
Organisations (generally) are yet to fully recognise, confront, better understand,
and promote the common held myths about innovation, such as those identified
in White and Bruton (2007, 16-165, 243-57, 393) and presented in Table 2-8.
Doing so will help avoid misconceptions employees have towards establishing a
sustainable innovative climate / culture / philosophy within an organisation.
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Table 2-8: Innovation Myth vs. Reality
MYTH REALITY
Ideas are the engine for innovation There are many brilliant ideas that never get
discussed or even presented – due to fear of
ridicule or rejection
A good process generates all the innovation
needed
Develop a long-term process where leadership,
culture and process are the three cornerstones to
innovation
If we have the next big idea (the ‘Eureka’
moment) then we will be successful
Develop a discipline that encourages continual
growth of ideas within the organisation, whilst
focussing on changing and adapting as required
Through innovation we can grow our way to
prosperity
Objectively analyse opportunities and grow when
you are ready
A good evaluation method eliminates bad
ideas
Be fully aware of the human dimension (culture)
and recognise individual contributions when
evaluating ideas
An entrepreneurial organisation will be most
successful in the long-run
Entrepreneurship is not always the right strategy –
rather seek a balance of behaviours
2.2.6.2. Innovation Control Mechanisms
Three kinds of control have been identified by Revenaugh (1994), and
recommended for equal consideration during the decision-making process of
delivering innovation within organisations:
• Financial Control: Referred to as the easiest to measure and control and
focusing on measuring short-term (monthly or quarterly) or long-term (annual)
gaps between the desired financial outcome (sales growth, profit and
expense), and the actual financial performance of the organisation;
• Strategic Control: Innovative organisations need to ensure appropriate actions
are taken today in order to meet future strategic goals and objectives;
• Culture Control: Although a less quantifiable method of control, it is deemed
most important due to an organisation’s culture (Section 2.2.4) having the
ability to promote or discourage the successful delivery of innovation.
Vs.
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2.3. Implementation
The third hypothesised dynamic to consider as part of the decision-making
process when delivering innovative change, is the implementation method itself
— described by Paulson (1995) as ‘the challenge that comes at the end of all
new (and old) methods for improving organisations’.
2.3.1. Implementation Strategy
When trying to determine the most appropriate implementation strategy for
delivering change within an organisation, White and Bruton (2007, 16-165, 243-
57, 393) suggests senior managers consider four implementation strategies and
then select the one that best serves the organisation. These are graphically
illustrated in Appendix A:
• Total Conversion: Where the use of the old or traditional (existing) ways of
‘doing things’ is replaced with a new or better way on a fixed date;
• Parallel Operations: Most suited for implementing a new or unproven initiative
where the old and new way of ‘doing things’ run simultaneously (in parallel),
and where the transition from old to new is done gradually and over time; and
• Phased: Allows separate modules of the initiative to be added, over time,
eventually making up an integrated solution;
• Pilot: Used when delivering a new way of ‘doing things’ to dedicated personnel
who are interested, capable, motivated and the incentive to make it succeed.
2.3.2. Implementation Strategy Questions
Following the above selection process to identify the most appropriate
implementation strategy to help ensure the successful and most cost-effective
delivery of a new or improved way of doing ‘something’ within an organisation;
White and Bruton (2007, 16-165, 243-57, 393) suggest that should the goals and
objectives of an organisation change, then the implementation strategy will also
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need to be amended to satisfy these new goals and objectives. In either case, to
help ensure these goals and objectives are met, organisations should consider
the following three prioritisation-related, allocation-related and delegation-related
implementation strategy questions:
• Prioritisation: What should we be doing now and what can we do later? o As stated in Section 2.1.2, the timing of implementing change could
determine the success or failure of that delivery;
o Ensure the prioritisation of relevant tasks, goals and actions meet those of
the implementation strategy (Section 2.5.2);
o Prioritisation is crucial — the need to meet one set of objectives within a
certain time frame, may be more or less important to an organisation than
another.
• Allocation: How much time or specialised skill is required for the prioritised
activities? o Once prioritised, assign dedicated resources to the various tasks, goals and
actions;
o The higher a task, goal, deliverable or action item is on the prioritisation list;
the higher priority for resources it receives;
o Prioritisation of resources and key activities can impact the implementation
process in three distinct ways:
− Timing: By ensuring the right resources are available when and where
needed;
− Human Resources: By convincing senior management that the right
number of employees with the desired skills, knowledge and experience
are recruited and retained (Section 2.1.3.6); and
− Existing Platforms: Benefiting from leveraging existing platforms,
expertise, relationships and knowledge (saving resources etc.).
• Delegation: What should be delegated and to whom? o Whilst change leaders are responsible (in one form or another) for the
overall success of delivering change within an organisation, and further
described as being accountable for the delegation (who), prioritisation
(when) and allocation (where) of the various tasks and actions required;
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they are also responsible for the ‘how’ [implementation strategy] and ‘what’
[most suitable form of change].
2.3.3. Implementation Checklist
Critical to the successful management of an implementation strategy, is the
alignment of four key implementation factors (leadership, vision, processes and
resources) developed by White and Bruton (2007, 16-165, 243-57, 393). These
are presented in Figure 2-8 as a checklist for each of the four factors to help
determine the various strengths and weaknesses of organisations; identify any
opportunities to help dampen elevated levels of employee dissatisfaction; and to
help clarify any misunderstandings towards the delivery of change.
Adapted from Schein (1997, 12-15, 299)
Figure 2-8: Implementation Checklist
o Does management support new
ideas? o Do team members support new
ideas – by giving time, cooperation and resources?
o Does the team leader offer practical help and resources for the development of new ideas?
o What happens when new ideas fail?
o Does the team have a clearly
articulated vision, mission or set of objectives?
o Does everyone share the vision / objective(s)?
o Are the vision / objective(s) clearly stated?
o Did everyone participate in creating it / them?
o Are the vision / objective(s) attainable?
o Do team members share
information, knowledge or experience fully?
o Do all team members participate in decision-making?
o Are team members comfortable proposing new ideas?
o Are team members able to challenge standard practices?
o Is there a climate of trust within the group?
o Is excellence of central
importance to the team? o How does the manager monitor
and improve performance levels?
o Are all team members committed to excellence?
o Does the manager encourage open idea exchange / knowledge sharing?
VISION LEADERSHIP
PROCESSES RESOURCES?
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2.4. Culture
The fourth dynamic to consider as part of the decision-making process when
delivering innovative change is the culture and subcultures of an organisation.
2.4.1. Why Study Culture?
Schein (1999, 13-14) suggests culture is important to recognise and respect.
Robbins (1998, 138-86, 347, 595-98, 601-46) also refers to culture as being
‘unquantifiable human factors’ such as values, meanings and experiences, which
are often excluded from formal business planning and dissemination of strategic
resources. A better understanding of these ‘operative culture forces’ can assist
managers in anticipating the consequences of their decisions. According to
McDermott and O'Dell (2001, 76-77), the study and better understanding of
culture is highly relevant and critical to the success of any organisation, due to its
‘function’ within organisations, where culture:
• has a boundary-defining role, creating distinctions between various
organisations;
• suggests a sense of identity for organisational members;
• facilitates the generation of commitment to something larger than an
individual’s self interest;
• enhances social stability by being the ‘social glue’ that holds the organisation
together, through, for example, providing suitable expectations as to what
employees should say and do, when and where; and
• serves as a sense-making and control mechanism that guides and shapes the
attitudes and behaviour of employees.
‘Our culture makes us who we are … a company defined by its people,
their talent, and the opportunity to do some pretty amazing things’
(Pepper (1995)
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Similarly, Webster (1956) states the better understanding of culture also helps
generate ‘insight into the organising activity that would be overlooked or
presented differently in other approaches’, identifying six reasons why the study
of an organisation’s culture is important:
• Culture focuses on communication at all levels of the corporate hierarchy,
where individuals identify who they are in relation to one another and the
organisation, and where shared understandings form identifiable subgroups
and subcultures.
• By focusing on culture, one inevitably focuses on the daily routine and ‘sense
making’ that is the process of building identities and shared reality among
organisation members.
• A cultural approach focuses on largely ignored issues such as assumptions
and brings underlying values and motives to the surface.
• The understanding of culture offers a better insight to the managers and
leaders of organisations – not in order for them to better shape the culture, but
to better understand and participate in the ‘sense-making’ activities of
organisation members.
• Undertaking a cultural study will help identify novel approaches and enhanced
understanding of future organisations.
• Culture is pervasive, not simply a variable that affects the organisation; it is
indistinguishable from the organisation.
2.4.2. Culture Defined
In Williams et al. (1993, xi-15), the word ‘culture’ stems from the word ‘cultivate’
or the way in which people act on nature (their surroundings). In the case of
humans, Duarte and Snyder (2001) and Schein (1999, 13-14) agree, culture is
often the primary way in which one group (organisation, team etc.) differentiates
its set of shared mores, values, attitudes, beliefs and meanings from another.
Researchers in the field of organisational and team dynamics define culture in
many different ways, including [culture]…:
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• ‘…begins to form wherever a group has enough common experience’ which
becomes the ‘property of that group’ Williams et al. (1993, xi-15);
• ‘…pervades the decision-making and problem-solving process of the
organisation, influencing the goals, means and manner of action’ [and is] ‘ a
source of motivation and de-motivation, of satisfaction and dissatisfaction
[thereby] underlining much of the human activity in an organisation’ Hensey
(2001);
• ‘…influenced by traditions, myths, history and heritage ... the sum of how we
do things around here’ Schein (1997, 12-15, 299);
• ‘…is a pattern of shared basic assumptions that has been learnt whilst solving
problems, that has worked well enough to be considered valid and, therefore,
to be taught to new members as the correct way to perceive, think, and feel in
relation to those problems’ Williams et al. (1993, xi-15).
2.4.2.1. The ‘Lilly Pond’ of Culture
The characteristic patterns of a group’s behaviour and the elements of its culture
can be portrayed using a diagram of a Lilly Pond (Figure 2-9) originally by Duarte
and Snyder (2001) illustrating that the behaviours, attitudes, and values of people
(employees, team members etc.) are dependent upon the sets of conscious and
unconscious beliefs that they possess and seen as a ‘key elements’ of an
organisation’s culture.
According to Robbins (1998, 138-86, 347, 595-98, 601-46), culture can also be
viewed as ‘hidden scripts’, created by repeated interactions between members of
a group, which people use to guide their behaviours. These, over time, become
invisible and second nature, serving as shortcuts for guiding actions and making
decisions.
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Figure 2-9: The ‘Lilly Pond’ of Culture
2.4.3. Characteristics of Culture
Following is a brief description of seven cultural terms presented in Figure 2-9 —
those of behaviour, perception, values, attitude, belief, assumption and
behaviour.
2.4.3.1. Behaviour ‘Link’
Robbins (1998, 138-86, 347, 595-98, 601-46) confirms that the understanding of
perceptions is important in the study of culture, because ‘people’s behaviour is
based on their perception of what reality is, not on reality itself’. Perception is
further defined by McDermott and O'Dell (2001, 76-77)as ’a process by which
individuals organise and interpret their sensory impressions in order to give
Change Leaders / Managers
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‘Con
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Actions & Reactions
Attitudes Mind-set Viewpoint
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Thinking
Philosophy Beliefs
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meaning to their environment’, where the ‘world as it is perceived is the world that
is behaviourally important’. A study on cultural barriers by McDermott and O'Dell
(2001, 76-77) supports the analogy of the Culture Lilly Pond, by elaborating on
the visible and invisible dimensions of an organisation’s culture and the links
between the two. McDermott and O'Dell (2001, 76-77) further identify the link
between the two layers or dimensions of culture (visible and invisible dynamics)
as the behaviour of an organisation’s employees. Further stating that employee
core values are essentially communicated through how they act, speak, and
interpret the working environment around them, thereby reflecting a shared belief
(or lack of) towards certain values of an organisation.
2.4.3.2. Values
Most organisations have a ‘seen but unspoken’ set of core values that Robbins
(1998, 138-86, 347, 595-98, 601-46) asserts, guide what their employees do and
how they make sense of each other's actions. These are often simple statements
such as:
• ‘do good technical work’;
• ‘be a good soldier’;
• ‘don't say anything bad directly to others’ - ‘be careful to avoid risk’.
Values are also deemed important to the study of behaviour, because as
McDermott and O'Dell (2001, 76-77) states, ‘[they] lay the foundation for the
understanding of attitudes and motivation and because they influence our
perceptions’. However, according to Robbins (1998, 138-86, 347, 595-98, 601-
46), unlike attitudes, values are also cognitively evaluated in terms of their
rational or ‘logical consistency’ with existing beliefs. These then become the
‘backbone’ of an organisation, where for example the sharing of experiences is
tightly linked to a pre-existing core value of the organisation; and where networks
for sharing experiences build on existing networks that people tend to use in their
daily work.
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2.4.3.3. Attitudes
‘Attitude’ is defined as:
‘Evaluative statements concerning objects, people, or events … reflect[ing]
how one feels about something’. Williams et al. (1993, xi-15)
‘A learned predisposition to respond in a consistently favourable or
unfavourable manner to a given object or idea’ Williams et al. (1993, xi-15)
According to Williams et al. (1993, xi-15), although the distinction between
attitudes and values can be characterised as being conceptually unclear, the two
are interrelated. They suggest that attitudes are not only learnt or acquired from,
for example parents, teachers, peer groups, employees, project leaders, but are
also dependent on experience. Further they state that attitudes (like values) are
developed and learnt over time, both involving an ‘affective evaluation that
prompts individuals to respond in a particular way’. Williams et al. further report
an attitude towards ‘something’ can be influenced by the existing beliefs of
individuals; or by individuals holding stereotypical attitudes towards that
‘something’ even without sufficient or complete information and confirmation on
what generated those beliefs in the first place (Figure 2-10).
Adapted from Robbins (1998, 138-86, 347, 595-98, 601-46)
Figure 2-10: Belief and Attitude
BELIEFS About ‘X’:
1… 2… 3…
ATTITUDE Towards
‘X’
EVALUATION of ‘X’
Attributes
‘X’ = Proposed Innovative Change
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Robbins (1998, 138-86, 347, 595-98, 601-46) identifies three types of job-related
attitudes that employees hold towards certain aspects of their work environment:
• Job Satisfaction: ‘Individual’s general attitude toward their job’, where, for
example, ‘a person with a high level of job satisfaction holds positive attitudes
toward the job, while a person who is dissatisfied with their job holds a
negative attitude’;
• Job Involvement: Measuring the ‘degree to which a person identifies
psychologically with [their] job and perceived performance level important to
self-worth’. Employees with a high level of job involvement tend to experience
a number of advantages; including enhanced identification with the kind of
work they do, fewer absences and lower resignation rate; and
• Organisational Commitment: ‘A state in which an employee identifies with a
particular organisation and its goals, and wishing to maintain membership in
the organisation’. High organisational commitment means identifying with
one’s employing organisation as a whole.
Williams et al. (1993, xi-15) best describes the above varying levels of
commitment as follows:
‘An employee may be dissatisfied with his or her particular job and
consider it a temporary condition, yet not be dissatisfied with the
organisation as a whole… but when dissatisfaction spreads to the
organisation itself… individuals are more likely to consider resigning’ .
2.4.3.4. Belief
In its simplest form, Schein (1999, 13-14) refers to ‘belief’ as being ‘the
information that an individual has about an object’ and its link to a certain
attribute. The ‘object’ of belief in this case may be a person, a group, an
institution, behaviour, a policy etc.; and its associated ‘attribute’ may be any trait,
property, quality, quantity, characteristic, outcome or event. Furthermore, the use
of the term ‘belief’ can either be related to the information, experience or
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knowledge of an individual; imply a certain level of faith or trust; or it can signify a
form of agreement.
2.4.3.5. Assumptions
There are various types of assumptions formed, taught and shared, within an
organisation, including those that relate to industry, reality, truth, time and space.
Schein (1997, 12-15, 299) for example, defines culture as the sum total of all the
shared and taken-for-granted assumptions that a group has learnt throughout its
history or existence. In Williams et al. (1993, xi-15) it is suggested culture is
important to recognise and respect. That the delivery team, senior management
or end users are essentially subcultures of an organisation (Section 2.4.4), with
their own set of assumptions, ideas and beliefs pertaining to the delivery and
application of for example, innovative change. Assumptions are also difficult to
change. When employees have to learn ‘something new’ then, according to
Williams et al. (1993, xi-15), the subsequent disruption to the norm of the current
work environment requires employees to resurrect and re-examine even the most
basic assumptions pertaining to that change.
2.4.3.6. Relationship between Beliefs, Attitudes, Values and Behaviour
Culture is described by Williams et al. (1993, xi-15) as ‘defined needs related to
behaviour’, where the attitudes, values and behaviours of employees are
dependent on their sets of beliefs, which further influence their attitudes, values
and behaviours in relation to a specific person, object or action (e.g. the delivery
of innovative change). When delivering, for example innovative change within an
organisation, Figure 2-11 shows the ‘climate’ of an organisation can be
influenced by the relationship between how employees would like to behave; and
what the work environment dictates how they do or should behave. Further
emphasising that if the attitudes, values, beliefs, perceptions and behaviour of
employees are in harmony; then a stronger, positive and more effective culture is
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likely to result, where members of an organisation are committed to the overall
delivery process goals, aims, objectives etc.
Adapted from Lopez et al. (2004, 93-101)
Figure 2-11: Organisational Cultures and Climate
2.4.4. Cultural Dimensions and Classifications
2.4.4.1. Five Cultural Dimensions
The work of Hofstede and his five cultural dimensions has been recognised and
challenged by academic scholars and educators around the world. Many
international organisations assume the human instinct that resides 'deep inside'
all of its employees are the same. Yet, according to Hofstede (2009) they are not,
causing miscommunications and elevated levels of frustration between
negotiating organisations, due to them ‘operating’ under diametrically opposed
'rules and conventions.' Hofstede's five cultural dimensions follow:
ORGANISATIONAL CLIMATE
ATTITUDE & VALUE towards the
IMPLEMENTATION of an Innovative Change
Initiative
Set of BELIEFS
towards the IMPLEMENTATION
of an Innovative Change Initiative
Set of BELIEFS
towards the USAGE
of an Innovative Change Initiative
BEHAVIOUR towards the
USAGE of an Innovative Change
Initiative
Culture tow
ards the Introduction of an Innovative
Change Initiative
Set of BELIEFS
Towards the DELIVERY
of Innovative Change
ATTITUDE AND
VALUE Towards the DELIVERY
of Innovative Change
Set of BELIEFS
Towards the USAGE
of Innovative Change
BEHAVIOUR Towards the
USAGE of Innovative Change
Culture tow
ards the delivery of innovative change in an organisation
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• Power Distance Index (PDI): The first dimension refers to the extent to which
the less powerful members of organisations and institutions accept and expect
that power is distributed unequally.
o This represents inequality (more versus less), but defined from below, not
from above.
o It suggests that a society's level of inequality is endorsed by the followers
as much as by the leaders.
o Power and inequality are extremely fundamental facts of any society – that
is, 'all societies are unequal, but some are more unequal than others'.
• Individualism (IDV): (Versus its opposite, Collectivism). This second
dimension represents the degree to which individuals are integrated into
groups.
o On the individualist side, we find societies in which the ties between
individuals are loose – that is, everyone is expected to look after
themselves and their immediate environment.
o On the collectivist side, we find societies in which people are integrated into
strong, cohesive in-groups, which continue protecting them in exchange for
unquestioning loyalty. The word 'collectivism' in this sense has no political
meaning. It refers to the group, not to the state.
• Masculinity (MAS): (Versus its opposite, Femininity). This third dimension
refers to the distribution of roles between the genders which is another
fundamental issue for any organisation / society to which a range of solutions
are found. Studies reveal that
o Women’s values: differ less among societies than men's values.
o Men’s values: (particularly from one country to another) contain a
dimension
− From very assertive and competitive and maximally different from
women's values on the one side.
− To modest and caring and similar to women's values on the other.
o The assertive and competitive pole has been called 'masculine', whilst the
modest, caring pole is referred to as 'feminine'.
• Uncertainty Avoidance Index (UAI): The fourth dimension deals with a
society's tolerance for uncertainty and ambiguity and ultimately refers to man's
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search for Truth. It indicates to what extent a culture ‘programs’ its members to
feel either uncomfortable or comfortable in unstructured situations.
Unstructured situations are novel, unknown, surprising, and different from
usual.
o Uncertainty ‘Avoiding’ Cultures:
− People try to minimise the possibility of uncertain situations by strict laws,
rules, safety and security measures,
− On the philosophical and religious level this culture tries to minimise the
possibility of uncertain situations by a belief in absolute Truth - 'there can
only be one Truth and we have it'.
− People are generally also more emotional, and motivated by inner
nervous energy.
o Uncertainty ‘Accepting’ Cultures:
− People are more tolerant of opinions different from what they are used to;
− This culture tries to have as few rules as possible,
− On the philosophical and religious level, they are relativist and allow
many currents to flow side by side.
− People within these cultures are more phlegmatic and contemplative, and
not expected by their environment to express emotions.
• Long-term Orientation (LTO): (Versus Short-term Orientation (STO)). This
fifth dimension can be said to deal with ‘Virtue regardless of Truth’.
o Values associated with LTO are thrift and perseverance.
o Values associated with STO are respect for tradition, fulfilling social
obligations, and protecting one's 'face'.
2.4.4.2. Culture Classifications
A collaborative culture is described by Hari et al. (2005, 533-43) and Williams et
al. (1993, xi-15) as a means to leverage knowledge through organisational
learning, where individuals (managers, employees, team members etc.) are the
main subjects of the learning and knowledge-leveraging process. That when
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charged with the task of promoting a more adaptive, flexible and innovative
organisational culture, it may be advantageous to:
• adopt a sharing position towards knowledge learning;
• consider and better understand the internal and external determinants of
organisational culture; its various characteristics, components and influencing
factors; and
• be aware that a collaborative culture directly influences organisational learning,
progress, competitiveness, efficiency etc.
The above therefore suggests organisations can benefit from considering a wide
range of collaborative and culture-related factors as part of their decision-making
process when delivering innovative change. Appendix B: introduces and explores
six culture classifications that may help clarify and support the above views —
subcultures, strong vs. weak cultures, innovative cultures, construction cultures,
organisational cultures and learning cultures.
2.4.5. Changing Culture
The background literature describes culture as ‘playing an important role’ in the
delivery of change within an organisation. Black and Gregersen (2002, 20-86) for
example, state ‘culture change is likely to become more, rather than less
significant. That ‘increasingly, organisations will have to treat such change, not as
a one-off discrete phenomenon, but as a continuing process which constantly
reviews, refines and improves the organisation’s overall capacity to respond to
external developments’. In support of these views, a number of culture change
methods, themes and approaches are reviewed next.
2.4.4.1. Culture Change Methods
Maull et al. (2001) state organisations will change only as far and as fast as their
collective individuals are willing to change, because people are and always will
be ‘instinctively programmed’ to resist any form of change. There is an array of
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analytical frameworks, methods and approaches used to bring about a change in
culture within organisations. Whether at an individual, team or organisational
level, the various culture change models, methods and approaches in Appendix
C: highlight the importance of a number of key considerations worth considering
when delivering innovative change within organisations - all of which portray the
true and varying essence of events that tend to accompany the process of
change.
2.4.4.2. Culture Change Themes
To help better understand the culture of an organisation, White and Bruton (2007,
16-165, 243-57, 393) suggest organisations familiarise themselves with the four
main themes of culture change - thereby encapsulating the origin of its culture
and the challenges this presents when attempting to deliver change (Table 2-9):
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Table 2-9: Main Culture Change Themes
FOUR CULTURE CHANGE THEMES
DESCRIBED
1. Learned Entity
This culture is taught as ‘the correct way to behave’ which results in the ‘perpetuation
of organisational survival and growth’.
2. Belief Systems
Two fundamental beliefs form part of this culture theme:
• Guiding belief: ‘nitty-gritty’ beliefs about everyday life that rarely change, as they
are in the ‘realm of universal truth’ and provide direction to the daily beliefs; and
• Daily beliefs: ‘rules and feelings’ of everyday behaviour, continuously changing to
match context.
3. Strategic Planning
‘Strategic planning’ is defined as:
• The process that lays the groundwork and future direction of an organisation. A
typical outcome of this would be in a written format (report or document), Grisham
and Walker (2006, 217-31).
Culture change is also referred to as a strategic change, meaning that:
• The use of a separate culture change program within an organisation may fail
because a change in culture is already taking place within this formal and informal
strategic planning process.
4. Mental Programming
Mental programming themes include:
• Collective: with shared values and with no individual characteristics;
• Mental ‘software’: invisible and intangible; and
• Interesting: as it differentiates between categories of people.
2.4.4.3. Motivation and Incentives
The successful integration of change requires employees who do not suffer from
the ‘not invented here’ syndrome; who are willing to look for innovative answers
outside their immediate environment; and who are willing to share their
experiences with others, Rollett (2003, i-xii, 65-66, 209-29). They suggest that it
is these employees who stand to benefit greatly from well-structured motivation
or incentive schemes. However as noted by Von Krogh et al. (2000, i-x, 3, 5-43,
100, 292), this does not mean that all organisations will benefit from these
schemes or even be fortunate enough to hire the right kind of people who are
willing to share their experiences. According to Rollett (2003, i-xii, 65-66, 209-29),
employees will generally only dedicate themselves to a task when they are
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convinced (Section 2.1.3.4), or when they trust that what they are doing matters
to, or is recognised by, their superiors (Section 2.4.5.3.4).
2.4.5.3.1. Learning Motivators
The discussion about Learning Culture in Section 2.4.4 leads to the notion that
different incentives address different ‘intrinsic’ and ‘extrinsic’ motivators (Table
2-10) of a learning culture (Section 2.1.3.4). Although they may not have an
immediate effect, Robinson et al. (2005, 431-45) states the two do accelerate the
behaviour of change within an organisation over time:
Table 2-10: Learning Motivators
LEARNING MOTIVATORS
Intrinsic Usually more important than extrinsic motivators. Predominantly intangible, and tend to include,
for example:
• providing opportunities for employees to learn through challenging work assignments;
• allowing them to work with experts (thereby benefiting from human contact, enhanced
meaning and self-realisation etc.);
• ensuring employees obtain constant and constructive feedback from trainers, coaches and
mentors; and / or
• introducing attractive on-the-job-rotation schemes (gaining enhanced knowledge and
experience etc.).
Extrinsic According to ALLPM (2006, 1-3) these are generally easier to implement and manage, and
comprise more ‘tangible’ motivators such as:
• monitory or financial incentives (pay rises, bonuses, allowances etc.);
• long-term stability and security (pensions, medical etc.); and
• items of prestige (attractive office space, dedicated parking etc.).
2.4.5.3.2. Motivation Strategies and Beliefs
To assist in creating a positive environment in an organisation during the delivery
of change, Robinson et al. (2005, 431-45) recommend employing one or a
combination of eight motivation strategies tabulated in Table 2-11:
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Table 2-11: Motivational Strategies
EIGHT STRATEGIES MOTIVATIONS DESCRIBED
1. ‘What motivates me will motivate
others’
• Assuming that everyone wishes to be treated in the same way that they
themselves would like to be treated - one should not assume what
motivational approach team members prefer — they must ask.
2. ‘People are motivated
primarily by
money’
• Valid for many people but does not explain the full range of human motivation;
such as personal acknowledgements, achievements, recognition and the
opportunity to work in a productive work environment (facilitating the
development of new skills and competencies).
3. ‘Team members
love to receive formal awards’
• The majority of team members value a formal reward to note a specific
achievement (Section 2.4.5.3.3).
• Unfortunately, awards are often presented somewhat cynically. For example,
a team member being selected to receive an award for reasons other than
accomplishments (company politics, political correctness etc.)
• Allowing team members to vote for the recipient of an award is more likely to
be a motivating force, where the award is not created to mask another hidden
or organisational issue.
4. ‘Give them a rally slogan’
• Slogans can help define team member focus and purpose. However, when
over used this may ‘backfire’, often ‘…turning the message behind the slogan
into a sham’, which inevitably has a ‘… patronising effect on many self-
directed professionals’.
5. ‘The best
project manager
/ leader = strong
cheerleader’
• Similar to the use of slogans, and although mostly positive, the over use of
‘cheerleading’ should be avoided.
• The best way to motivate a team member is to let team members come up
with their own inspiration for their actions, ‘… free from outside cheerleading’.
6. ‘People are
professionals and don’t need
motivating’
• Although most project professionals are self-motivating and ‘follow an inner
drive that leads to achievement and productivity’, most benefit from
occasional outside sources of motivation (especially on long / complex
projects).
7. ‘Motivate when
there is a
problem’
• Where the ‘no news is good news analogy’ is taken too far, most people do
not tell others when motivation begins to suffer unless the level of motivation
is seriously low.
• This should be a proactive motivating approach rather than waiting for
motivation issues to surface.
8. ‘Treat everyone the same — it is
preferred’
• Treat everyone in the same way on issues of basic fairness and performance
standards. However, recognise each team member as an individual,
especially when creating strategies to motivate each team member.
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2.4.5.3.3. Rewards and Compensation
Von Krogh et al. (2000, i-x, 3, 5-43, 100, 292) and ALLPM (2006, 1-3) concur,
incentive and reward schemes are one of the ‘critical success factors’ necessary
to encourage acceptance towards a newly proposed solution, and where
traditional forms of compensation and organisational hierarchy no longer
motivate people sufficiently for them to develop the strong relationships or high
levels of commitment required for the successful delivery of, for example,
innovative change.
‘Different things motivate different people differently at different times’.
Grisham and Walker (2006, 217-31)
To help develop stronger relationships and increased levels of commitment,
Rollett (2003, i-xii, 65-66, 209-29) suggest introducing one or more tangible
rewards, including paid lunches for those who provide positive contributions,
advanced training, paid leave etc. Related reward mechanisms by Von Krogh et
al. (1998, i-xiv, 8, 25, 84, 123, 223-90) tend to motivate individuals who have a
mixed set of needs that include recognition and self-fulfilment, and include:
• Rewarding Groups: Focussing only on individual performances can be a barrier
to the overall performance of a team or group. Incentives therefore need to be
tied to the goals of a team or group in such a way that individuals can
contribute towards the overall goal or objective, but are unable to complete it
without contributions from other group members.
• Communicating Attitudes: An informal attempt to foster innovative behaviours
within an organisation achieved by communicating required attitudes to
employees by introducing, for example, ‘playful approaches’ such as points,
targets, gadgets, toys etc.
• Regular Feedback: Used to ensure continued acceptance, whereby all internal
and external participants (including clients, partners, key stakeholders etc.)
receive regular feedback and updates.
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2.4.5.3.4. Trust and Willingness to Commit
Construction industry employees accumulate a wealth of information, knowledge
and experience pertaining to their jobs, tasks, and activities on projects. Although
these valuable qualities essentially determine their individual and accumulated
levels of efficiency and productivity within their work environments, they are often
still reluctant (for various reasons), to share these with other internal and external
organisational and / or project team members.
The concept of trust, according to Walker (2004, 13), has received considerable
attention in recent years ‘stressed to be of major importance in the contemporary
economy’. Further arguing that in order to ensure the wellbeing of today’s
business relationships, trust should be a central matter, with its roles and
functions regarded as fundamental for today’s organisations. Von Krogh et al.
(2000, i-x, 3, 5-43, 100, 292) views trust and willingness to commit as being
influenced by an organisation’s as well as by an individual’s cultural values,
where the level of concern for people issues within an organisation is often
represented by the balance achieved between competition and cooperation
(Section 2.1.3.4).
As organisations continuously need to evolve, down-size, restructure, or expand
in order to survive in today’s highly competitive and mistrusting business arena,
Zweig and Brodt (2006) notes they also need to ‘revitalise’ their most valuable
resource — their non-collaborative workforce. Robbins (1998, 138-86, 347, 595-
98, 601-46) note that dealing with these ‘pitfalls of secrecy’ and lack of trust,
inevitably result in employees having to regularly deal with vague, incomplete, or
conflicting instructions, advice and information on how, whom, when or what
should and should not be disclosed or done.
According to Zweig and Brodt this disinclined attitude toward trust and reluctance
to share knowledge and experiences can lead to hostile and non-collaborative
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work environments where managers, employees and team members keep to
themselves and become steadfast gatekeepers of their valuable knowledge and
expertise. This reinforces earlier discussions in Section 2.1.5.5 where the need
for knowledge-sharing philosophy is emphasised.
2.5. Leadership
The fifth dynamic to consider as part of the decision-making process when
delivering innovative change is that of leadership. This section defines the term
leadership and further investigates various leadership characteristics, actions,
initiatives, and challenges associated with leading the delivery of innovative
change within construction industry organisations.
2.5.1. Leadership Defined
Definitions of leadership are frequent, inconsistent and sometimes contradictory,
yet most tend to agree that leadership involves a certain level of influence, albeit
with the use of some form of authority, reward, punishment or threat over others.
The definition for ‘leadership’ is diverse:
‘… the ability to influence a group toward the achievement of goals’
Robbins (1998, 138-86, 347, 595-98, 601-46)
‘… the art of getting things done through others’
Schein (1997, 12-15, 299)
‘…about coping with change.’ Kotter (2001)
The source of ‘influence’ referred to in the above definition by Robbins is in most
cases formal in nature through; for example, securing a managerial role in an
organisation, team or project. Further stating that this tends to be a managerial
role which comes with some degree of authority (over one or more employees),
which in some cases can result in the newly appointed manager ‘assuming’ a
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leadership role, justified only by the position held and not by his or her leadership
qualities or experience.
Although the literature is inconclusive about whether or not a leader’s qualities
and effectiveness are reliant on the formal authority assumed within a
management role, there is a general consensus towards White and Bruton (2007,
16-165, 243-57, 393) statement that ‘not all leaders are managers, nor for that
matter, are managers all leaders’. Further suggesting the informal or non-
sanctioned leaders within a group or team (outside the formal influence of a
manager’s position of authority), are better and more effective in leading a group
or team. This is due to their efficiency in influencing and motivating others, and
by reason of their natural abilities in cultivating common values, attitudes and
beliefs (culture) towards achieving a common goal or objective.
2.5.2. Common Leadership Characteristics
Organisations that are identified by White and Bruton (2007, 16-165, 243-57,
393) as being successful in managing the delivery of change, are said to have
clearly identified leaders and dedicated champions who undertake the following
common activities:
• objectively assess the organisation’s position on the ‘Technology / Innovation
Progress S-curve’ (Figure 2-12), essentially representing the life cycle of an
invention or innovative initiative;
• assess the strengths and weaknesses of existing resources and current /
traditional management approach;
• establish separate funds for innovative undertakings;
• set realistic expectations, priorities and milestones;
• undertake periodic reviews of informal proposals by individuals or group
outside management lines;
• demonstrate clear direction;
• undertake extensive boundary-spanning activities to learn from others and to
gain a better understanding of what others do (Sections 2.1.5.5 and 2.4.5.3.4);
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• develop a supportive environment and infrastructure for exploring variations,
taking advantage of potential opportunities, and facilitate appropriate
resources; and finally
• ‘savour every victory and learn from every failure’.
Adapted from White and Bruton (2007, 16-165, 243-57, 393)
Figure 2-12: Technology / Innovation Progress S-curve
In line with the Implementation Checklist discussed in Section 2.3.3, McDermott
and O'Dell (2001, 76-77) and White and Bruton (2007, 16-165, 243-57, 393)
suggest regularly reviewing and testing the environment of an organisation, by for
example examining and better understanding the issues raised by senior
managers, employees, team members and other key stakeholders influenced by
the delivery of change.
Invention
Tech
nolo
gy /
Inno
vatio
n Pe
rfor
man
ce P
aram
eter
Time
High Profit
Improvement Decline
EMBRYONIC GROWTH MATURITY AGING
1. I
nclu
des
the
inve
ntio
n an
d th
e ap
plic
atio
n of
the
inve
ntio
n th
roug
h in
nova
tion
2. I
mpr
ovem
ents
are
mad
e in
the
use
and
proc
ess
of th
e te
chno
logy
3.
Hig
h pr
ofita
bilit
y is
ex
perie
nced
if p
hase
one
and
tw
o w
ere
man
aged
su
cces
sful
ly
4. D
urin
g th
e fin
al p
hase
ther
e is
a
decl
ine
in th
e ut
ility
of t
he
tech
nolo
gy. T
he te
chno
logy
is
eith
er re
vive
d / u
pgra
ded
or
mad
e ob
sole
te
Four Stages
‘Inception’
Chapter Two – Literature Review
- 88 -
2.5.3. Leadership Actions
Three leadership actions identified by Robbins (1998, 138-86, 347, 595-98, 601-
46) may be considered to help achieve the goals and objectives of delivering
innovative change in an organisation:
• Create and Maintain a Positive Environment: Clearly indicate an organisation’s
strategic direction, vision and mission and then champion the delivery process
by ‘leading by example’:
o Ensure adequate information and experience is made available during the
decision-making process, minimising frustration and incorrect or costly
decisions being made.
o Develop and ‘fine tune’ their leadership skills so that employees and team
members are able to experience the growth opportunities they need or
expect.
o Empower employees through delegation by promoting, for example, clear
support and dedication during the delivery process.
o Accept a certain level of failure when promoting enhanced levels of trust
among employees, thereby allowing them to learn from their experiences
and mistakes, and to progress as individuals.
• Create Mechanisms for Innovation: Establish and employ processes,
frameworks and systems that will support innovative undertakings, and ensure
that experimentation; risk-taking and difference of perception are not viewed
as threats or hazards, but as opportunities.
• Allocating Adequate Resources: Identify resources upfront (such as time,
money, people, tools, equipment, infrastructure etc.); and then properly
allocate these to the correct and achievable tasks and / or action items.
2.5.4. Leadership Approach
The above leadership actions are echoed in Paulson (1995) and summarised in
Table 2-12, highlighting the main features of six leadership approaches towards
Chapter Two – Literature Review
- 89 -
improved decision-making and the reduction of employee resistance to the
delivery of change.
Paulson (1995) supports these views and findings by reinforcing the need to
maintain openness and honesty throughout the planning, design, development
and delivery process (Section 2.4.5.3.4). That organisations may also benefit
from encouraging participatory planning of employees, end users and other key
stakeholders when defining delivery goals, objectives etc. (Section 2.1.4.5). That
managerial support and involvement should also be evident from the beginning
through to the end of the planning, delivery and application process.
Williams et al. (1993, xi-15) further suggests delivery goals and objectives of, for
example, innovative change should be clearly understood and viewed positively
by all involved or affected by that delivery. Where, overall benefits are maximised
and promoted; and that all efforts are made to coordinate these goals and
objectives with the goals and objectives of the organisation. Finally, there also
needs to be adequate education and training opportunities (Section 2.6), as well
as positive incentives (Section 2.1.3.5) for employees and other key stakeholders
(end users) to help ensure the effective utilisation of innovative change.
Chapter Two – Literature Review
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Table 2-12: Six Leadership Approaches
SIX LEADERSHIP APPROACHES
DECISION TO HELP REDUCE EMPLOYEE RESISTANCE
1. Education and Communication
• Resistance towards change fuelled by misinformation and poor or inadequate
communication can be reduced through better communicating the logic of a
change process with employees.
• If employees are provided with all the facts, benefits and reasons for changing
the existing ways of doing things, and misunderstandings or misconceptions
are removed, then resistance will diminish.
2. Participation • Allowing employees to participate in a change decision (subject to being able
to provide a meaningful contribution) will increase commitment levels, and
increase the quality and sustainability of its application (Section 2.1.4.5).
3. Facilitation and Support
• Providing support in the form of new skills training (Section 2.6), counselling,
short paid leave etc.
• This approach has a tendency to be costly, time consuming and provides no
guarantee of success.
4. Negotiation and Reward
• Negotiate the exchange tailor-made reward packages, promotions, or other
tangible and intangible incentives that meet individual needs (Sections 2.1.3.4
and 2.1.3.5).
• This also has a tendency to be costly, time consuming and provides no
guarantee of success.
5. Manipulation and Co-optation
• ‘Co-optation’ is a form of both manipulation and participation, seeking to buy
off resisting group leaders by giving them a key role in the change decision
and in turn, to get their endorsement — ‘twisting and distorting facts to make
them appear more attractive, withholding undesirable information, and creating
false rumours to get employees to accept a change … are all examples of
manipulation.’
• To be aware that these tactics and their credibility can ‘boomerang’ on them if
resistance group leaders discover that they are being tricked or used (Section
2.7.4).
6. Coercion • This is a direct threat or force placed upon any resistors of change.
• Threatening tactics include reduction of pay, perks or privileges; threats of
transfer; loss of promotion; negative performance evaluations; and poor letter
of recommendation.
Chapter Two – Literature Review
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2.5.5. Changing Leaders
Echoing comments by Carucci and Pasmore (2002) in Section 2.4.4.1, Robinson
et al. (2005, 431-45) state the most significant change in culture and sub-cultures
within an organisation occurs when leaders either embark on a personal course
of action during the change process or when there is a change in leadership that
causes a new culture to be created or an existing culture to be altered.
This notion is also supported by Schein (1997, 12-15, 299), stating the simple
introduction of a new leader is a highly influential driver of change. This is
because new leaders usually bring with them new and innovative ideas, ‘recipes
for successes’, fresh visions for the future, and past experience. Foresight (2000)
agrees, the introduction of a new leader who is conscious of and understands the
cultures and sub-cultures of organisations, tends to ensure a more successful
and permanent change in an organisation’s, group’s or team’s culture.
2.5.6. Creating a Culture of Collaboration
As suggested in Section 2.1.5.5 and Section 2.4.5.3.4, organisations that
continuously promote a cooperative philosophy in the workplace; and that
encourage their employees to embrace a culture of trust and collaboration, tend
to realise enhanced levels of success (in comparison to those that don’t) in the
delivery of a new or improved way of ‘doing something’. Therefore, it would be
advantageous for organisations to ensure that leaders who are responsible for
leading and coordinating the delivery of change, have the necessary skill set and
levels of experience to:
• create and maintain a collaborative environment;
• to allow all key stakeholders to be creative within their own areas of expertise;
• openly share (without ridicule) any knowledge, experiences or value-adding
suggestions that may contribute towards achieving enhanced levels of
success.
Chapter Two – Literature Review
- 92 -
2.6. Training and Education
The sixth dynamic to consider as part of the decision-making process when
delivering innovative change is that of training and education. This section
emphasises the essential need for senior management to facilitate adequate
(internal and external) training and education platforms that encourage lifelong
learning, ongoing development, and promote the active creation, accumulation
and sharing of knowledge and experiences pertaining to the effective delivery
and application of innovative change within current and future work environments
(organisations).
2.6.1. Delivery Mechanisms
To meet an organisation’s learning, training and development requirements,
Grisham and Walker (2006, 217-31) emphasise the need for ‘cross-disciplinary’
education and for the construction industry to re-think the way its trainers and
educators are currently acquiring and delivering its new skill sets.
‘The major challenge in any environment from business to academia is the
creation of an environment that motivates the willing exchange of
information and knowledge’. Weippert (2000)
Highlighted in Kajewski et al. (2003a), and Kilby (2001), one way for trainers and
educators to enhance the delivery of these new skill sets is through, for example,
synchronised and instructor-led training systems, and through the use of
innovative yet user-friendly technologies such as online video, audio and
graphical presentations, allowing enhanced learning participation and
accessibility to a wealth of other disciplines and expertise from most global
locations. According to Von Krogh et al. (1998, i-xiv, 8, 25, 84, 123, 223-90)
higher quality online training and courseware will become, and in many cases
already is, a standard method of training.
Chapter Two – Literature Review
- 93 -
‘It is the intellectual capabilities of the next generation to rebuild the
foundations of our future economies’. Cross and Baird (2000)
Lewis and Thornhill (1994) define ‘delivery mechanisms’ as ‘tools for building
relationships and facilitating the exchange of ideas among colleagues’. Although
the increased development and application of new and innovative training and
courseware ‘delivery mechanisms’ may be inevitable, their study on how to
improve performance through building organisational memory, found that one of
the main misconceptions of many of today’s trainers is that employees will
automatically prefer to use or access these new training tools to obtain new
information or knowledge. When in reality it was determined that employees are
five times more likely to turn to work colleagues for answers.
2.6.2. Action Points
In an attempt to realise some of the potential benefits of having adequate training
and education facilities for employees (Section 1.1.6), Millet (1999) suggests
lecturers, trainers and other key stakeholders alike consider one or a combination
of the following seven action points:
• Attempt to recognise and understand all levels of an organisation culture and
sub-cultures towards training including attitudes, perceptions, expectations,
fears, etc.; in order to determine, for example, how positive training attitudes
can be fostered (Section 2.4).
• Determine measurable goals for attitudes, perceptions etc. towards training as
this will help determine the extent of a training problem or task, and how to
bring about a necessary change.
• Adopt a proactive approach to the advancement of organisational training and
evaluation by promoting this approach to senior management, and by forging
links with line / project managers and other key employees and stakeholders in
order to develop a new set of organisational beliefs, values and perceptions.
• Choose a suitable culture change model (Section 2.4.4.1) and implementation
strategy (Section 2.3.1) to promote new training values and perceptions.
Chapter Two – Literature Review
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• Involve senior management, employees and other key stakeholders in the
design and delivery process of the new training initiative (Section 2.1.4.5).
• Use the Force-field Model in Section 2.4.4.1, for example; to help analyse the
required training, and how to bring about a necessary change.
• Actively and regularly evaluate the results of this hands-on training approach.
2.7. Innovative Change Delivery Process
In addition to determining what factors may influence the above six hypothesized
decision-making dynamics when delivering innovative change in an organisation
and / or across business sectors, this section examines various business and
project-related factors that may have a significant impact the overall success of
that delivery.
2.7.1. Business-related Challenges
White and Bruton (2007, 16-165, 243-57, 393) suggests organisations that ignore
the critical business elements of a delivery process (be they technical or
managerial); or fail to incorporate proactive, cost effective, or preventive actions,
will inevitably contribute towards an unsuccessful delivery process. Table 2-13
presents 12 examples of business-related factors / challenges from Millet (1999)
and Fujitsu Centre (1998) that one may encounter and inevitably have to
overcome when delivering change in an organisation.
Chapter Two – Literature Review
- 95 -
Table 2-13: Business-related Barriers
TWELVE BUSINESS-RELATED BARRIERS
1. Lack of people with an overall vision for the industry
2. Fragmented and adversarial nature of the industry
3. Lack of trust among organisations — vested interest
4. Lack of shared language and knowledge in which to understand the supply chain process
5. Lack of shared / common / compatible solutions are also recognised in Millet (1999)
6. Globalisation of the economy resulting in increased competition between local contractors
7. Greater performance expectations from clients
8. Continued restructuring of work practices
9. Industrial relations and political pressures
10. Hostile company culture
11. Improper reporting structure
12. Inappropriate levels of management commitment (Section 2.1.4.4)
2.7.2. Project-related Challenges
In addition to the increased complexities of developing and managing the delivery
of change across the various business sectors of key project stakeholders,
Foresight (2000) also identifies the following project-related factors (Table 2-14)
that may influence the successful delivery of innovative change on projects:
Chapter Two – Literature Review
- 96 -
Table 2-14: Project-related Challenges
ELEVEN PROJECT-RELATED CHALLENGES
1. Breakdown in communication and poor stakeholder management — recommendations or directions not
communicated or followed
2. Lack of disclosure (or understanding) of risks, uncertainties, and consequences
3. Technical or process errors or omissions
4. Accepting limited scope of work
5. Inadequate documentation
6. Lack of training, knowledge and understanding
7. Pre-occupation with the innovative solution itself during project planning
8. Technology focus dominating human relations — ‘technical fix for a management problem’
9. Poor consultation
10. Underestimation of complexity
11. Poor competency levels of stakeholders (Section 2.5)
2.7.3. The Need to Plan Ahead
Tropman (c1997) state the construction industry has always excelled at
managing complex programs and schedules, often involving groups of people
necessarily brought together for one-off projects, working in hazardous and
sometimes inhospitable locations. As a result, the industry has developed both
flexibility and good skills in problem solving. However, what it’s not so good at is
planning for the future.
‘The future of one's business is written in the decisions of today’.
Hughes et al. (2000)
When considering the delivery of innovative change within construction industry
organisations, and to help better manage various business challenges and
competitive demands, findings suggest having access to recognised industry
activity projections; such as the example presented in Figure 2-13 by
Chapter Two – Literature Review
- 97 -
Construction Forecasting Council. This form of forward planning allows
organisations and other key stakeholders to effectively identify, prepare
(forecast), make informed decisions (substantiate), and respond (in time) to
innovative investment challenges, trends and opportunities that may lie ahead.
This is achieved by asking themselves, for example, ‘do we need innovative
change?’, ‘what’s in it for us?’, ‘can we deliver it?’, ‘what needs to improve or be
in place to ensure its success?’ etc.
Figure 2-13: Construction Forecast Example for Australia (2008–2015)
Therefore when industry leaders plan for major investments in innovative change
and / or want to ‘dispose’ / replace traditional (non-value-adding) undertakings,
then construction activity predictions (both short- and long-term) are to be part of
their decision-making process. That although construction industry forecasts may
be subject to levels of uncertainty (due to relying on an assortment of
suppositions); these forecasts are generally designed to help improve forward
CONSTRUCTION FORECAST FOR AUSTRALIA: 2008-2015
$-
$5,000
$10,000
$15,000
$20,000
$25,000
$30,000
2008 2009 2010 2011 2012 2013 2014 2015
YEARS
MIL
LIO
NS
Retail/Wholesale trade
Offices
Other commercial
Industrial
Educational
Health and aged care
Entertainment and recreation
Accommodation
Roads
Bridges railways harbours
Electricity pipelines
Water and sewerage
Telecommunications
Heavy industry incl. mining
‘Do we need innovative change?’
‘What’s in it for
us?’
‘Who and / or what will it affect’
‘Can we deliver
it?’
‘What has to improve or be in place to ensure
its success?’
‘One of the major challenges for managers in the knowledge economy will be figuring
out what their companies ought to know for the future’.
Chapter Two – Literature Review
- 98 -
business planning, identify potential trends, and highlight investment
opportunities within relevant industry sectors.
2.7.4. ‘Camouflaged’ Delivery Process
When delivering change, organisations will arguably experience various levels of
discomfort at different stages of the delivery process. To keep these discomforts
to a minimum, and to help ensure the successful delivery of change, Kaarst-
Brown and Robey (1999) suggests that it is important not to camouflage or
disguise the true nature of the delivery. This can be achieved by, for example:
• promoting a transparent delivery process;
• having clear aims and objectives; and by
• disclosing actual benefits, challenges, risks, opportunities etc. to senior
management, employees and other key stakeholders.
This open delivery approach is supported by Buzan et al. (2009), stating that
although there are decision makers who, on the one hand may be convinced that
certain business, operational, organisational, or project team expectations can be
satisfied or enhanced through the successful delivery of change; others may still
be confronted with elevated levels of dissatisfaction and unresponsiveness
caused by varying levels of internal and external influences or pressures
(factors).
2.8. Summary: Chapter Two
The literature of six different dynamics reviewed within this chapter, those of
Change, Innovation, Implementation, Culture, Leadership, and Training and
Education, support the preliminary findings from the Background Literature
Review, in that there are a multitude of barriers, challenges, tasks, needs,
threats, opportunities etc. (factors) underpinning each of these dynamics.
Chapter Two – Literature Review
- 99 -
In the construction industry, change can potentially create an environment of
turmoil, confusion and various levels of dissatisfaction, inevitably making it more
and more challenging to direct and manage. Construction industry leaders,
clients and key stakeholders can benefit from being better prepared, taking
measured risks, identifying trends and opportunities etc. (forward planning),
factors which seem to be dependent on maintaining enhanced decision-making
practices.
Unfortunately, many organisations presume to rarely have the time, inclination or
financial capacity to research and analyse (in depth) the economic, business,
technological, and/or social conditions in which their businesses operate. Not to
mention the resources to fully investigate and understand the potential benefits,
influence or missed opportunities the delivery of innovative change may have on
their future success and survival. Findings further suggest that the accuracy,
effectiveness and efficiency of a decision-making process can be hindered if the
delivery process is based (in general) on unsubstantiated, biased, unrealistic,
perceived or superficial reasoning / factors / information / traditions (‘the way
things have always been done’).
Research suggests that it is not uncommon for the decision-making process of
delivering a ‘new or improved way of doing something’ within organisations to be
challenging; often involving not only dealing with difficult technical or financial
problems, but also effectively control delicate yet highly influential personal and
political concerns. Further emphasised in the literature is the success of that
delivery being dependent on the effective management of a range of complex
and multifaceted ‘inputs’ such as:
• Acquiring the unwavering support and commitment of senior management (top
down and across), decision makers, end users and other key stakeholders
throughout and beyond the delivery process;
• Securing the supply of effective resources (financial, labour, facilities,
equipment etc.);
Chapter Two – Literature Review
- 100 -
• Ensuring employees and other key stakeholders have a clear understanding of
the aims, objectives, goals etc.;
• Sustaining the intricate relationships of key stakeholders;
• Being truthful when identifying / assessing potential risks and challenges;
• Knowing the innovative change capabilities and limitations of the organisation;
• Identifying and promoting actual strengths / opportunities / benefits;
• Having effective incentive packages in place to motivate employees and other
key stakeholders (‘what’s in it for me’);
• Engaging proficient change leaders;
• Acknowledging that an organisation’s culture and sub-cultures can be both
driving and restraining forces;
• Using effective training and education delivery methods, models and
frameworks that will maximise the opportunities of employees and other key
stakeholders in realising the potential benefits of innovative change.
Similar to the preliminary findings from the Background Literature Review, the
undertaking of a more comprehensive Literature Review for each of the six
dynamics and their underlying factors found little evidence of an all-
encompassing framework that measures the above factors (‘inputs’) all of which
tend to challenge the decision-making process for delivering innovative change in
an organisation.
To help resolve this issue, the further development of a CDF for delivering
innovative change within construction industry organisations is suggested – one
that comprises of various influencing factors and sub-factors that underpin each
of the six hypothesised decision-making dynamics. The identification and further
development of these are discussed in greater detail in Chapter Three.
Chapter Three – Mind Mapping Decision-Making Factors
- 101 -
3. CHAPTER THREE: MIND MAPPING DECISION-MAKING FACTORS
The Background (Chapter One) and the more comprehensive Literature Review
(Chapter Two) exposed a range of factors for each of the six hypothesised
dynamics. Mind mapping was used to develop and analyse these to help
determine the relevancy of the dynamics (overall) as being key components of a
CDF for delivering innovative change in organisations.
3.1. Validating the Use of Mind Mapping
According to Russell (2008), the basic concept of mind mapping has been
around for centuries and used across the globe as a learning, brainstorming,
memory, visual thinking, and problem-solving process by educators, researchers,
businesses, engineers and psychologists. In Buzan, Peneder (2008, 518-30)
further defines mind mapping as ‘the ultimate organisational thinking tool [and]
the easiest way to ‘map out’ [one’s] thoughts’. Other leading publications that
provide further evidence on the effectiveness and reliability of mind mapping are
summarised in Table 3-1:
Chapter Three – Mind Mapping Decision-Making Factors
- 102 -
Table 3-1: Validating the Use of Mind Mapping
AUTHOR USING THE MIND-MAPPING APPROACH
1. Noel (2009) • With the aim to enhance the mutual awareness and coordination
of policy makers (in terms of technology and corporate finance),
this paper:
o reviews the major finance-related causes of private under
investment in innovation; and
o reports on the use of mind mapping to determine alternative
choices for public innovation policy.
2. Smithin (1980, 24-28) • A paper on developing new category of tools known as CAI
(computer-aided innovation) that can assist innovators, inventors,
designers, process developers and managers in their creative
performances in computer-aided technologies.
• Further highlighting how the development of these CAI methods
and tools are partially inspired by various ‘Innovation Theories’ -
including mind mapping.
3. Evrekli et al. (2009, 2274-79) • A paper describing mind mapping as a ‘process’ enabling
managers to reflect on ‘experiences in a reasonably systematic
way’; that generates and shares ‘fresh thinking’ around an issue,
which can then be relatively easily explored or changed.
4. Kokotovich (2008, 49-69) • Mind maps were effectively used in analysing applications in
special constructive science and technology teaching method
courses to help students at different stages of learning.
5. Anderson (1993, 41-46) • This paper investigates and discusses:
o why mind mapping tools are useful as design tools when
introduced to a group of first-year industrial design students;
and
o how mind-mapping techniques can guide novice designers
in adopting the design problem-solving processes /
framework of expert designers.
6. Illumine Training (2008) • A paper on the benefits of an organisation using a mind-map
model to break through an employee’s ‘wall of rationality’ /
‘intellectual wall’ that surrounds and restrains his or her creative
thinking efforts when collating new ideas, solutions etc.,
• Further describing mind mapping as a ‘tangible representation of
stream-of-consciousness thinking’.
Chapter Three – Mind Mapping Decision-Making Factors
- 103 -
3.2. The Mind-mapping Process
According to Illumine Training (2008) (a leading training organisation in the
United Kingdom), a typical mind map (Figure 3-1) is often created in colour using
bold text, diagrams, a single word or text representing a unique idea, research
title, hypothesis, or topic of discussion placed in the centre of the mind map
(referred to as the ‘node’). Relevant, important and / or supporting ideas, key
words, notes, phrases, concepts etc. (dynamics, factors and sub-factors) are
then inserted ‘radically’ (without implied prioritisation) around the ‘node’,
essentially branching out from the centre.
Adapted from Fellows and Liu (2003, 28-32, 44, 91-97)
Figure 3-1: Example of How to Create a Mind Map
The structure that should develop will be a ‘radiant hierarchy’ with ideas radiating out from your central themes and main branches
THE ‘NODE’
FACTORS
Wherever possible use single key words,
printed along a line (each on its own line)
SUB-FACTORS
Possible Connection / Link / Relationship between two Factors or Sub-factors
START at the centre (NODE) of a blank page
Ideally with a colourful image or unique phrase to represent your topic / subject
Use words & pictures
Throughout the Mind MapDYNAMICS
The lines make the association between ideas as clear as
possible.
Make them flowing and organic, each line the same length as the word or image.
SUB-FACTORS
Always ensure the lines connect to the end of the line at the previous level. Typically lines will be thicker at the centre and thinner further out
FACTORS Experiment with different ways of linking & emphasising deferent aspects. Use highlighters, codes and arrows as necessary
Chapter Three – Mind Mapping Decision-Making Factors
- 104 -
3.3. Relevant Factors and Sub-factors for each Dynamic
Using the mind-mapping process, a number of influencing ‘decision-making
factors and sub-factors’ were identified for each of the six dynamics (Figure 3-2).
A detailed representation of the mind map results is presented in Appendix D:
Figure 3-2: Mind-Mapping Approach — Identifying Decision-making Factors
and Sub-factors
Training & Education
Decision-m
aking Factors
SIX ‘SETS’ OF HYPOTHESISED
DECISION-MAKING
FACTORS AND SUB-FACTORS FOR EACH OF
THE SIX DECISION-MAKING
DYNAMICS
Cul
ture
D
ecis
ion-
mak
ing
Fact
ors
Cha
nge
D
ecis
ion-
mak
ing
Fact
ors
Innovation D
ecision-making Factors
Implem
entation D
ecision-making Factors
Leadership D
ecision-making Factors
5
4
3
2
6 1
Hypothesised Decision-making Factors /
Sub-Factors
Six Hypothesised Decision-making
Dynamics
Hypothesised Decision-making Factors /
Sub-Factors
Possible Connection / Link / Relationship between Factors
or Sub-factors
Possible Connection / Link / Relationship between Factors
or Sub-factors
‘NODE’
MIND MAPPING THE SIX HYPOTHESISED DECISION-MAKING DYNAMICS
Chapter Three – Mind Mapping Decision-Making Factors
- 105 -
Figure 3-3 shows the hierarchical relationship between the dynamics, factors and
sub-factors within the final mind map (Figure 3-2), and discussed further in
Chapter Five.
Figure 3-3: Relationships between Dynamics, Factors and Sub-factors
To determine if the six hypothesised dynamics are key components of a CDF, the
Background (Chapter One) and the more comprehensive Literature Review
(Chapter Two) exposed a range of factors for each dynamic (Figure 3-4). The
subsequent six sets of factors and sub-factors for each of the dynamics were
then rephrased as closed and open-ended questions / statements (Table 3-2) to:
• clarify, better define and enhance the context of the six dynamics (in terms of
the research aim and objectives); and
• allow for a panel of senior building and construction industry members to more
accurately assess the relevancy of the six dynamics as being key components
within a CDF.
NOTE: • Relevance rate of each dynamic is based on the mean rate of
its underlying factors and sub-factors • For the purpose of this research all factors and sub-factors
have equal weighting
DYNAMIC
FACTOR
FACTOR
FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
DYNAMIC
FACTOR
FACTOR
FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
SUB-FACTOR
(Hyp
othe
sise
d by
this
Res
earc
h)
Chapter Three – Mind Mapping Decision-Making Factors
- 106 -
Figure 3-4: Mind Mapping Results — Six ‘Sets’ of Factors / Sub-factor
IMPLEMENTATION
CHANGE
INNOVATION
CULTURE
TRAINING AND
EDUCATION
LEADERSHIP
‘SIX ‘SETS’ OFHYPOTHESISED
DECISION-MAKING FACTORS AND SUB-
FACTORS FOR SIX DECISION-
MAKING DYNAMICS FOR DELIVERING INNOVATIVE
CHANGE WITHIN AN ORGANISATION’
2
1
3
6
5
4 3. IMPLEMENTATION FACTORS /
SUB-FACTORS: (a) Business Goals / Objectives (b) Strategies / Methods / Models /
Frameworks, etc. (c) Timing / Prioritisation /
Delegation, etc. (d) Barriers / Challenges (e) Success Factors
4. CULTURE FACTORS / SUB-FACTORS: (a) Culture Change Philosophy (b) Success Factors (c) Features / Characteristics /
Quality/ Types / Classifications
(d) Need for Culture Change (e) Work-Life Balance (f) Sub-Cultures (g) Methods / Models / Frameworks
5. LEADERSHIP FACTORS / SUB-FACTORS: (a) Leader vs. Manager (b) Human Intervention (c) New vs. Old Leaders / Champions (d) Trust & Collaboration (e) Leadership Traps (f) Regular Reviews (g) Minimise Resistance (h) Methods / Models / Frameworks
6. TRAINING & EDUCATION FACTORS / SUB-FACTORS:
(a) Learning Incentives (b) Delivery (c) Benefits (d) Good Investment? (e) Enhanced Efficiency / Productivity (f) Untrained / Uneducated
1. CHANGE FACTORS / SUB-FACTORS: (a) Need (b) Drivers (c) Barriers (d) Overcome Challenges (e) Cost vs. Timing vs. Difficulty (f) Methods / Models / Frameworks 2. INNOVATION FACTORS /
SUB-FACTORS: (a) Strategic Management (b) Types (c) Capabilities vs. Need (d) Drivers (e) Challenges / Barriers
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Table 3-2: Key to Figure 3-4 - Six Dynamics and their Relevant Factors / Sub-Factors
SIX DYNAMICS RELEVANT FACTORS AND SUB-FACTORS FOR EACH DYNAMIC
1 CHANGE
Evaluate an organisation’s
ability / flexibility towards readily
accepting and adapting to
Change itself, for example, by
evaluating the various
intricacies, challenges, drivers,
barriers, threats and
opportunities that are distinctive
to their work environment and
then responding to these issues
by identifying, recommending
and employing the most suitable
/ effective change methods,
models, frameworks etc.
(a) Need: Key factors in emphasising / reinforcing the 'need' to undergo change:
• Globalisation of the economy (offering increased business opportunities)
• Increased competition (fuelling the need to 'survive')
• Technological advancement (in areas such as software, hardware, e-systems, mobile computing, handheld products, manufacturing,
installation/erecting etc.)
• Labour shortages (causing, for example, the need to adopt advanced resource and knowledge management initiatives)
• Increased client expectations (in using, for example, new / innovative processes, systems, products, methods, materials etc.)
(b) Drivers: Identifying and then determining ways to incorporate the key factors that can help drive / convince members to readily adopt the delivery
and application process (c) Barriers: Identifying and then determining ways to overcome various forms of resistance that challenge members to readily adopt and adapt to the
delivery and application process
(d) Overcome Challenges: Having ready access to relevant, trialled and tested actions and approaches to help members overcome their inherent fear
and resisting nature towards the delivery and application process
(e) Cost vs. Timing vs. Difficulty: Ensuring the delivery and application process / strategy is:
• Timely (undertaken at a suitable / preferred point in time)
• Cost effective (efficient use of resources)
• Less 'difficult' / more 'user friendly' (greater chance of success / sustainability).
(f) Methods / Models / Frameworks: Having ready access to relevant, trialled and tested (good practice) change models, methods / frameworks to
help ensure a successful and sustainable delivery and application process
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SIX DYNAMICS RELEVANT FACTORS AND SUB-FACTORS FOR EACH DYNAMIC
2 INNOVATION
Evaluate an organisation’s
ability in generating, capturing
and then applying a new idea,
solution, or new way of ‘doing
things’ (Innovation) within the
work environment, in an
attempt to enhance overall
performances and efficiencies
(a) Strategic Management: Having ready access to relevant, trialled and tested (good practice) strategic approaches, actions / methods to help better
manage / control / govern / lead / champion innovative change
(b) Types: Determining the most appropriate ‘type’ of innovation to pursue (including being familiar of all associated factors, potential business /
strategic benefits, profitability aspects, risks etc.)
(c) Capabilities vs. Need: Determining the efficiency and responsiveness of an organisation’s or project team's innovative capabilities (that is, the
ability to recognise, create and apply innovative initiatives) to verify the overall need to be more innovative or not
(d) Drivers: Identifying and then determining ways to incorporate the key factors that help drive / convince members to accelerate and revitalise their
desire in becoming more innovative
(e) Challenges / Barriers: Identifying and then determining ways to overcome key concerns that tend to challenge innovation related activities
3 IMPLEMENTATION
Identify, access, recommend,
and / or employ the most
suitable and sustainable
Implementation strategy /
process for innovative change -
one that best meets overall
strategic / business / project
aims and objectives etc.
(a) Business Goals / Objectives: Ensuring that the implementation / application process fulfils (meets) at least one or a combination of key / pre-
determined business / strategic / project goals and objectives
(b) Strategies / Methods / Models / Frameworks: Having ready access to relevant, trialled and tested (good practice) implementation strategies /
methods / models / frameworks that best serve the needs of the:
• innovative change solution or ‘new way of doing things’ itself
• organisation or project team work / social environment - that is, members, end-users and other stakeholders affected by the implementation
process (a) Timing / Prioritisation / Delegation: Ensuring the implementation and application process incorporate the following three actions:
• Timing: determining a suitable point in time for an implementation process to get underway
• Prioritisation: identifying what takes precedence before, during and after the implementation / application process
• Delegation: determining who does what (resource management) before, during and after the implementation / application process (b) Barriers / Challenges: Determining ways to overcome key concerns / contributing factors that tend to challenge the implementation process
(c) Success Factors: Determining ways to incorporate critical success factors that will help ensure a sustainable implementation / application process
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SIX DYNAMICS RELEVANT FACTORS AND SUB-FACTORS FOR EACH DYNAMIC
4 CULTURE
Evaluate the distinctive and
deeply embedded culture and
sub-culture types, personalities,
characteristics, types and
classifications etc., that is,
cultural factors that tend to
‘influence’ (positively and
negatively) the delivery and
application process of innovative
change within today’s highly
competitive construction industry
arena
(a) Culture Change Philosophy: Convincing members to readily change their current / traditional ways of ‘doing things’ (culture) in order to adopt a
newer, more efficient or innovative way of ‘doing the same thing’ is challenging, due to ‘culture’ being one of the most:
• Highly influential resources in determining the sustainability (success or failure) of a delivery and application process
• Difficult and complex dynamics to identify with / define / understand / predict / control / manage (b) Success Factors: Increased levels of success in adopting a sustainable change in culture can be achieved by construction industry leaders:
• Reinforcing a relationship of ‘trust’ between co-workers, senior management, employees, and other internal / external stakeholders
• Improving office design / layout / working environments / conditions, for example, open vs. closed office layout, upgrade onsite facilities and
safety etc.
• Introducing a voluntary job or task rotation policy; for example, flexible rosters, five-day working week policy etc.
• Offering pragmatic reward and effective incentive packages
• Increasing employee / stakeholder participation in the decision making process of delivering innovative change (‘new way of doing things’) in
existing / future work environments (c) Features / Characteristics / Quality / Types / Classifications: Having ready access to relevant, trialled and tested (good practice) methods on
how to analyse the distinctive and highly influential cultural features, characteristics (perceptions, behaviour, values etc.), qualities, types and
classifications (strengths, weaknesses etc.) of an organisation, group or team to help determine the most efficient / effective way to change / adapt
/ align traditional work and social habits to a initiative or new / alternate way of ‘doing something’ (d) Need for Culture Change: To ensure the successful and sustainable delivery / application of a new or alternate ‘way of doing something’ (change)
will require the above features, characteristics, qualities, types and classifications of an existing culture (work and social undertakings of
employees) to change, that is, better aligning themselves to the 'new way of doing things'
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SIX DYNAMICS RELEVANT FACTORS AND SUB-FACTORS FOR EACH DYNAMIC
4 CULTURE (Cont.)
(e) Work-life Balance: Ensuring that members of an organisation, group, or team strongly align with a suitable, sustainable and efficient ‘work-life
balance’ strategy (one that satisfies both employee and family needs and expectations) by considering; for example, flexible hours worked, health
and wellbeing (such as supply of fresh fruit in the workplace, health checks, and a greater emphasis on exercise), social gatherings (family fun
days), adventure / team-building activities etc.
(f) Sub-Cultures: (similar to Culture) Having ready access to relevant, trialled and tested (good practice) methods on how to analyse the inherent,
varying and often contradicting sub-cultures of an organisation or project team, that is, to help determine the most efficient / effective way to
change / adapt / align traditional work and social habits to a initiative or new / alternate way of ‘doing something’
(g) Methods / Models / Frameworks: Having ready access to relevant, trialled and tested (good practice) cultural ‘alignment’ / change models,
methods and frameworks to help ensure delivery / application success and sustainability
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SIX DYNAMICS RELEVANT FACTORS AND SUB-FACTORS FOR EACH DYNAMIC
5 LEADERSHIP
Access, recommend, and / or
employ the most relevant,
trialled and tested models,
methods, actions, and
frameworks associated with
successfully leading /
championing the delivery and
sustained application process
of innovative change
(a) Leader vs. Manager: Realise that ‘ … not all leaders are managers, nor are managers all leaders’
(b) Human Intervention: Ensuring that a leader's / champion's 'human intervention' capabilities / experience include:
• An enhanced level of communication skill sets - personal and professional
• Being able to facilitate a positive environment of mutual assurance and success
• The ability of setting achievable business goals and objectives
• Recognising personal (employee) and other (non-human) resource capabilities / limitations
(c) New vs. Old Leaders / Champions: Considering the introduction of new (external) leaders to champion employees through the delivery /
application process due to them potentially contributing:
• Fresh / enhanced / valuable / ‘never tried before’ leadership skill sets
• Tried and tested innovative ideas, processes etc.
• Clearer (unbiased / realistic) vision / goals / objectives
(d) Trust & Collaboration: Ensure leaders / champions encourage employees to promote a sustainable 'culture’ of trust and collaboration (before,
during and after) the delivery / application process
(e) Leadership Traps: Ensure leaders / champions have ready access to past leadership ‘traps' / hints (do’s and don’ts) experienced by acknowledged
leaders / champions from both construction and other industry sectors
(f) Regular Reviews: Ensuring leaders / champions regularly and continuously (before, during and after) review and test the delivery / application
process
(g) Minimise Resistance: Ensuring leaders / champions have ready access to and incorporate relevant, tried and tested (good practice) 'approaches'
that can reduce employee resistance towards the delivery of innovative change
(h) Methods / Models / Frameworks: Ensuring leaders / champions have ready access to and incorporate relevant, tried and tested (good practice)
leadership models, methods, action lists, and frameworks to help ensure a successful delivery / application process
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SIX DYNAMICS RELEVANT FACTORS AND SUB-FACTORS FOR EACH DYNAMIC
6 TRAINING AND EDUCATION
Evaluate, access, recommend,
and / or employ various key
factors that tend to drive the
essential need to facilitate
suitable training and education
environments and incentives
— ones that are attuned to
promoting employees to
willingly absorb and readily
apply their newly attained
knowledge (new way of ‘doing
things’) and experiences in
using innovative change within
their current / future work
environment (organisations).
(a) Learning Incentives: Ensuring trainers and educators offer and promote effective reward and learning incentive packages that encourage:
• Employees (students) to continue training, learning and development of skill sets
• Increased productivity levels of employees (students)
• Employees to voluntarily create, share and apply their newly attained knowledge - among other co-workers, stakeholders and work environments
(b) Delivery: Ensuring trainers and educators have ready access to, and have the required skill sets to employ the latest training and education delivery
tools (models, frameworks, action-points, ‘disciplines’ etc.), for example, using synchronised and instructor-led training systems / programs with
innovative and user-friendly video, audio and graphical presentation for geographically dispersed applications etc.
(c) Benefits: Ensuring trainers and educators recognise and continuously promote the key benefits that can be gained through improved training and
education
(d) Good Investment: Investing in the development (training / educating) of employees and project team members is a logical, worthwhile and essential
endeavour
(e) Enhanced Efficiency / Productivity: The best way for trainers and educators to improve long-term efficiencies and enhance overall productivity
levels of employees (through the effective use of innovative change) is to:
• Unlock and develop an individual employee’s (student’s) Creativity and skills
• Provide employees (students) with a suitable and professional learning / training environment / platform that enables newly acquired skill sets to
be effectively disseminated, communicated and applied within current and future work environments
(f) Untrained / Uneducated: Ensuring key employees and / or project team members are not left uneducated or untrained on how to effectively use
innovative change, that is, ensuring members of an organisation and / or project team perform to their full potential
NOTE:
The contents of Delphi Survey Questionnaire was tested and revised (in terms of content, format, consistency, importance etc) prior to its distribution. This portion of the research
is discussed at greater length in chapters Five and Six.
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3.4. Summary: Chapter Three
This chapter outlines the mind mapping exercise that identified and extracted the
most relevant factors and sub-factors for each of the six hypothesised decision-
making dynamics.
In an attempt to determine if the six dynamics were key components of a CDF,
the six sets of factors and sub-factors were rephrased and presented as closed
and open-ended questions for a panel of senior building and construction
industry members to assess.
The following two chapters elaborate on a range of research methodologies,
styles, types and classifications that were deemed highly relevant to the
advancement of this research.
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4. CHAPTER FOUR: RESEARCH METHODOLOGY — AN INTRODUCTION
This chapter identifies and discusses a number of research methodologies that
were considered. This is followed by a more detailed investigation into the
‘survey’ styles of research, highlighting the various strengths, weaknesses,
advantages and disadvantages of using a survey instrument; and by providing
further insight into ways to develop and distribute a standard survey instrument.
The pros and cons of employing both a qualitative and quantitative research
approach (triangulation) are also highlighted.
4.1. What is ‘Research’ and ‘Methodology’?
The literature provides a range of definitions for the terms ‘research’, ‘method’
and ‘methodology’ (see Glossary). Although there are various synonyms for the
term ‘research’ (including investigation, examination, inquiry and scrutiny), White
and Bruton (2007, 16-165, 243-57, 393) and Fellows and Liu (2003, 28-32, 44,
91-97) acknowledge that research does not occur in isolation, that it is a voyage
of discovery; a subset of invention; and the creation of new knowledge. Research
also involves the interaction of the researcher’s interest(s), the physical
environment being investigated, and that of human expertise or experiences.
Further highlighted by Fellows and Liu (2003, 28-32, 44, 91-97), is that the
strength and validity of a research undertaking also depends on a number of
factors, including the patterns and techniques employed for searching; the
location and subject material investigated; the type of analysis carried out; and
the knowledge, experience and capabilities of researcher(s).
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4.2. Seven ‘New Knowledge’ Questions
Suggested by Amaratunga et al. (2002, 17- 31), researchers are to address
seven questions when deciding on the most appropriate method in producing
new knowledge, a research topic, or a suitable research method. To assist in
deciding on the most appropriate research method to employ, responses were
provided to these seven questions in Table 4-1.
Table 4-1: Seven ‘New Knowledge’ Research Answers
QUESTION SEVEN NEW KNOWLEDGE ANSWERS
1 What? Referring to Figure 3 1 - Process of Refining a Research Topic:
• Subject Idea: Innovative Change within the Construction Industry: The ‘subject idea’
was anchored in the hypothesis that the enhancement and continued success of most
professions goes beyond simply applying innovative change within an organisation —
- that the development of a CDF may assist in more accurately determining and
measuring an organisation’s level of ‘readiness’ / ability in delivering innovative
change.
• Inputs: Reviewing four decades of literature and case studies on related topics.
• Final Research Topic: The main objective was two-fold:
o Firstly: To assess and test the research hypothesis which entailed a literature
review and a Delphic study to determine the relevancy of six dynamics: Change,
Innovation, Implementation, Culture, Leadership, and Training and Education as
key components of a CDF for delivering innovative change within an
organisation.
o Secondly: To provide a response to the research question using a Delphi study
to identify and determine the relevancy of any additional dynamics other than
the above six.
In order to meet the above research objectives, the following hypothesis and research
question were presented to a panel of senior building and construction industry members
(Chapter Five), identified as being knowledgeable in the process of delivering change
within the construction industry arena:
• Research Hypothesis: ‘Six decision-making dynamics are necessary when delivering
innovative change within an organisation: Change, Innovation, Implementation,
Culture, Leadership and Training and Education.’
• Research Question: ‘What additional decision-making dynamics are necessary when
delivering innovative change within an organisation?’
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QUESTION SEVEN NEW KNOWLEDGE ANSWERS
2 Why? By identifying and evaluating the key dynamics of a CDF for the delivery of innovative
change within an organisation, may potentially enhance the opportunity to better access,
evaluate, recommend and / or employ:
• An organisation’s ability towards accepting change itself — that is, by being able to
evaluate the various intricacies, challenges, drivers, barriers, threats and
opportunities that are unique to their work environment and then responding to these
issues by identifying, recommending and employing the most suitable / effective
change methods, models, frameworks etc.
• An organisation’s ability in generating, capturing and then applying a new idea,
solution, or new way of ‘doing something better’ (innovation) within the work
environment – in an attempt to enhance overall performances and efficiencies
• The most suitable and sustainable implementation strategy / process — that is, one
that best meets overall strategic / business / project aims and objectives
• An organisation’s deeply embedded culture and sub-culture types, personalities,
characteristics, classifications etc. — that is, cultural factors that tend to ‘influence’
(positively and negatively) the implementation and application process of innovative
change within today’s highly competitive construction industry arena
• The most relevant, trialled and tested models, methods, actions, and frameworks
associated to leading / championing the implementation and sustainable application
of innovative change
• Various key factors that tend to drive the essential need to facilitate suitable training
and education environments and incentives — that is, ones that are attuned to
promoting employees to willingly absorb and readily apply their newly attained
knowledge (new way of ‘doing things’) and experiences in effectively utilising
innovative change within their current / future work environment
In addition to the above and outside the parameters of this research, findings also form
the foundation for the future research and development (R&D) of a sustainable
‘Innovative Change Process’ (ICP) (Chapter Eight)
3 Where? All research activities are confidentially undertaken and managed at the School of Urban
Development, Faculty of Built Environment & Engineering located within the Gardens
Point Campus of Queensland University of Technology, Brisbane, Australia.
4 When? This research started early 2004 during which it had to manage and overcome various
data collection restrictions and unavoidable delays, including:
• Restrictions or delays on data availability caused by, for example, end-of-year shut-
down, public holidays etc.;
• Limited access periods etc. to industry members and / or data due to travel, work,
meeting commitments, ill health etc.; and
• The Author’s full-time work commitments during this period.
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QUESTION SEVEN NEW KNOWLEDGE ANSWERS
5 How? To determine the most appropriate methodology the following actions were considered:
• Closely matching the above to the proposed research objectives and hypothesis;
• Considering a range of styles, types and classifications - deemed highly relevant;
• Investigating all practical resources, including local and international libraries, online
data, industry members etc.; and
• Confirming availability of literature, data, industry members, etc. prior to undertaking
any data collection.
6 Whom? This research relied on four main groups of people:
• Researcher (Author);
• Principal supervisor (Professor Stephen Kajewski);
• Panel of nine senior building and construction industry members (Chapter Five)
recognised as experienced in delivering change within the construction industry
arena; as well as
• Engaging the advice of specialist data analysts, editors, publishers etc.
7 How much?
In addition to the above essential resources, funds were secured for:
• Accessing various international literatures, publications etc.;
• Gaining access to all hardware, software and administrative requirements;
• Developing, distributing and analysing two survey rounds; and
• Gaining access to industry members.
4.3. Research Types and Methods Considered
Two distinct research types by Fellows and Liu (2003, 28-32, 44, 91-97) were
considered. The first was the major or ‘primary’ method of research, which best
suited testing the research hypothesis. The ‘secondary’ or supporting research
type was considered to elaborate on or reinforce the findings of the primary
method (research question).
A combination of six research methods by Indiana University (2008) were also
considered (see Appendix E:), which include exploratory, constructive, empirical,
basic, historical and scientific.
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4.4. Research Style: Surveying
Surveying is defined by Newsted et al. (1998) as ‘a process for gathering
information, without detailed verification, on the activity being examined’. Further
describing it as usually operating on a ‘statistical sampling’ basis, where
‘samples’ are surveyed through questionnaires or interviews and referred to as
one of the most widely used tools for economically gathering of reliable
quantitative (as well as certain verified qualitative) data.
Key features of employing the survey style of data collection were considered in
an attempt to gain a better understanding of the activity under review
(hypothesis); identify significant areas warranting special emphasis; obtain
information for performing the survey; and determine whether further surveying or
future research is necessary.
4.4.1. Surveying: Strengths and Weaknesses
As part of the decision to employ the surveying approach, the following surveying
strengths and weaknesses from Newsted et al. (1998) were also considered
(Table 4-2):
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Table 4-2: Surveying: Strengths and Weaknesses
SURVEYING STRENGTHS SURVEYING WEAKNESSES
• Surveying is easy to administer, score and code
• It determines the values and relations of
variables and constructs
• Responses can be generalised to other (similar)
members of the population (building and
construction industry) studied
• Surveys can be easily reused, providing an
objective way of comparing responses over
different groups, times, and places
• Surveys can be used to predict behaviour
• Specific theoretical propositions can be tested in
an objective fashion
• Surveys can help confirm and quantify certain
qualitative research efforts and findings
• Surveying is simply a snapshot of behaviour,
views or undertakings at one place and time
• The research is not to assume survey results
are valid or representative in different
contexts, that is, different industry, business,
project, or individual ‘cultures’ may produce
different results
• Quantitative research results do not provide
as ‘rich’ a description of a situation / study as
that of a qualitative research
Finally, two of the most frequently used methods of distributing and gathering
survey information are identified by Fellows and Liu (2003, 28-32, 44, 91-97) as
being through mail and telephone.
4.5. Research Classifications
Although there are several methods of research available within the construction
arena, an additional two distinct ‘traditions’ or ‘classifications’ of research were
considered. According to Amaratunga et al. (2002, 17- 31), these are qualitative
and quantitative, both of which have increasingly grown in acceptance within the
construction industry arena over the last few decades.
The following provides a brief description of these two research classifications
and provides a list of strengths and weaknesses for each.
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4.5.1. Quantitative Research Approach
Quantitative investigations look at distinguishing characteristics, properties and /
or boundaries that tend to measure the ‘who, what, where, how many, how much’
rather than the ‘why or how’ (qualitative). According to Fellows and Liu (2003, 28-
32, 44, 91-97), a quantitative investigation or process is usually directed towards
the development and / or better understanding of a testable hypotheses, theory
or framework, which can usually be ‘generalised’ across an industry sector,
project, organisation, or team member environment. They view quantitative
research as more concerned with defining the ‘truth-value’ of propositions;
allowing ‘flexibility’ in the treatment of data collected (in terms of comparative or
statistical analysis); as well as the ‘repeatability’ and ‘adaptability’ of data (in
order to verify reliability and validity).
Fellows and Liu (2003, 28-32, 44, 91-97) further confirm that a quantitative
research approach essentially involves a process of ‘making measurements’,
which can be further defined as a four-step process:
• Determine what is to be measured;
• Gather the quantifiable / ‘factual’ data;
• Study the various ‘relationships’ between these newly discovered findings;
and
• Determine how these findings relate to previous research findings, theories,
hypotheses or literature reviews.
4.5.2. Qualitative Research Approach
Conversely, a qualitative research approach is unique in that it investigates ways
of gaining a better understanding of people’s perceptions of the world. The recent
increase in the construction industry’s acknowledgment of the potential, value
and appropriateness in using a qualitative research approach is, according to
Perry (1998, 63-85), attributed to it being viewed as an effective way of getting
‘… beneath the manifestations of problems and issues [in order] to facilitate
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appreciation and understanding of basic causes and principles… notably
behaviours’.
4.5.3. Qualitative vs. Quantitative: Strengths and Weaknesses
Table 4-4 provides a brief comparison of the strengths and weaknesses for
quantitative and qualitative research, as well as how they may influence certain
research efforts — adapted from Naslund (2002, 321-38), Amaratunga et al.
(2002, 17- 31) and Fellows and Liu (2003, 28-32, 44, 91-97):
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122
Table 4-4: Qualitative vs. Quantitative Research Methodologies
STRENGTH vs. WEAKNESS
QUALITATIVE RESEARCH QUANTITATIVE RESEARCH
1. Strengths
• Data-gathering methods are seen more as ‘natural’ than ‘artificial’
• Ability to look at change processes over time; understand people’s meaning;
and adjust to new issues and ideas as they emerge
• Useful when the researcher (Author) needs to supplement, validate, explain,
illuminate, or reinterpret any quantitative data gathered
• Ability to get closer to the ‘actors’ (organisation / project team members)
perspective through detailed interviewing and observation
• Research efforts are more likely to confront the constraints of everyday life with
a ‘richer’ description of events , contributing to theory generation
• Well suited for the researcher to determine the meanings individuals place on
the event, process and structure of their ‘working’ lives, including perceptions,
assumptions, prejudgments and beliefs, etc.
• Can provide wide coverage of the range of situations
• Can be fast and economical
• Comparison and replication of data and analysis are allowable
• The researcher is independent from the subject being observed
• Subject under analysis measured through objective methods rather than
inferred subjectively through sensation, reflection or intuition
• Reliability and validity of data and its analysis may be determined more
objectively than qualitative techniques
• Strong in measuring descriptive aspects of the built environment
2. Weaknesses • Data collection, analysis and interpretation of data may be tedious for the
researcher (Author) and require additional resources
• The researcher (Author) may find it harder to control the pace, progress and
end-points of the research process
• Results may receive a low credibility from readers or assessors
• The quantitative methods used tend to be rather inflexible and artificial
• Results may not be very effective in understanding processes, reasons, or
the significance why certain members are attached to certain actions
• Results are not very helpful in generating theories
• Due to the data and its analysis focus on what is, or what has been,
findings may make it hard for the researcher to infer what changes and
actions should take place in the future
• Research efforts may tend to abstract itself from everyday life (seldom
studying it directly)
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4.5.4. Triangulation
The effective application of both qualitative and quantitative forms of research is
much needed in the construction industry, since all research questions cannot be
solved through a single approach. Fellows and Liu (2003, 28-32, 44, 91-97)
support this argument, suggesting that research methods, classifications, styles
etc. are typically not ‘mutually exclusive’ and that researchers may adopt more
than one common research approach in order to achieve valid results or
conclusions. Consequently, for construction industry leaders and stakeholders to
potentially enhance their individual competitiveness, appropriate research
methods (both qualitative and quantitative) need to be equally considered and
then applied with rigour.
This ‘mixed’ or ‘combination’ approach referred to as a ‘triangulated’ method
(Figure 4-1) adapted from Amaratunga et al. (2002, 17- 31) and Kelle (2001), has
its effectiveness resting on the premise that the weakness of any single research
method will be compensated by the counter-balancing strengths of the other,
thereby providing a ‘multi-dimensional view’ of the subject under investigation.
Supporting comments in Naslund (2002, 321-38) offer two alternate meanings for
triangulation; namely, a process of ‘cumulative validation’ and a means to
produce a more ‘complete picture of the investigated phenomena’.
Finally, Amaratunga et al. (2002, 17- 31), Fielding and Schreier (2001), Fellows
and Liu (2003, 28-32, 44, 91-97) and Amaratunga et al. (2002, 17- 31) agree that
certain research problems are better addressed by quantitative methods, some
by qualitative methods; and some, perhaps by a combination of both methods
(triangulation).
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Figure 4-1: Triangulation of Qualitative and Quantitative Data
4.6. Summary: Chapter Four
The following combines findings documented within this chapter to help identify
the best suited data collection and verification process.
The use of a triangulated research approach is described by Fellows and Liu
(2003, 28-32, 44, 91-97) as being a powerful technique to gain both qualitative
and quantitative insights; make certain inferences (deductions etc.); obtain
synergies; and finally draw validated conclusions, results, facts, concepts,
frameworks, proposals, recommendations etc. The ‘richness’ and ‘holism’ of
qualitative data also has strong potential for revealing and clarifying certain
research ‘complexities’, by, for example, providing vivid descriptions of ‘real-life’
experiences, which can then be combined with quantifiable ratings of certain
decision-making dynamics and / or factors pertaining to these experiences.
Theory & Literature (Previous Research)
Analysis & Testing(Statistical)
Analysis & Testing
Results(Patterns, similarities etc)
Causation / Explanation (Discussion)
Insights & Inferences
Conclusion & Recommendations
Results(Relationships)
QuantitativeData
QualitativeData
Chapter Four - Research Methodology: An Introduction
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Further confidence in employing the triangulated approach was based on the
level of flexibility and adaptability that is customary for a qualitative study, where
the research method has to be adapted to meet new or unforeseen challenges.
Three additional reasons for linking or bridging certain qualitative information to
related quantitative data, are provided by Amaratunga et al. (2002, 17- 31) and
Carrillo and Anumba (2002, 149-61), they are:
• to enable confirmation of each set of data, thereby obtaining independent yet
mutually informative findings from two distinctly different approaches or
disciplines;
• to elaborate and / or develop supporting analysis (providing richer details) by
linking or bridging two tried-and-tested analytical formats (research methods);
• to initiate new lines of thinking by turning conventional ideas ‘upside-down’ and
‘inside-out’ in an attempt to gain fresh insights and produce innovative
solutions.
Based on the available literature at the time, the decision to adopt both a primary
and secondary research approach (Section 4.3), and to employ certain key
elements from four research methods, is presented in Table 4-5:
Chapter Four - Research Methodology: An Introduction
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Table 4-5: Research Types and Methods Considered
PRIMARY
(Identified as the Major Research Type and best suited for this research)
1. Empirical • The empirical research type was chosen as best suited to ‘test the feasibility’
of the research hypothesis (Chapter One).
• Research findings were based on accurately identifying, describing and then
testing (through the use of survey instruments) the hypothesis - in turn
providing better understanding of any relations among the proposed decision-
making dynamics, factors and variables.
SECONDARY
(In addition to the Empirical research method, it was decided to incorporate certain features / elements from
the following three research methods)
2. Constructive • This method objectively argues and defines certain research findings and
conclusions (based on the analytical correlations of the data collected) - in turn
providing enough background information required to recommend further
research into the future development of an ICP (Chapter Eight).
3. Basic • Similar to the constructive research method, findings and outcomes from this
‘exploratory’ research, which is driven by research hypothesis (Chapter One),
provides the foundation for undertaking further research beyond the scope of
this research.
4. Historical • Historical quantitative and qualitative data is highly influential and beneficial.
Subsequently, Chapter Five elaborates on the dissemination of two
consecutive Delphi Survey Questionnaires, where a panel of senior building
and construction industry members were asked to:
o identify, assess and agree (reach a consensus / stability in responses) on
what decision-making dynamics need to be considered when delivering
innovative change within an organisation work environment;
o respond to the relevancy of people behaving in a certain way; and
o provide ratings pertaining to certain innovative change theories,
suggestions, decision-making dynamics, factors etc.
By adhering to the research types, approaches and methods described in Table
4-5, and in an attempt to maximise the probability of realising the overall
objective of this study (Chapter One), surveying was identified as being the most
appropriate, cost-effective and efficient research style to adopt. Incorporating the
surveying style is also a critical element of the Delphi Technique elaborated on in
chapters Five and Six.
Chapter Four - Research Methodology: An Introduction
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In summary, the methods deemed most appropriate for meeting the research aim
and objectives were to:
• apply a triangulated (combined qualitative and quantitative) data assessment
approach;
• adopt both a primary and secondary research method;
• employ a combination of certain key elements from four research methods
(exploratory, constructive, empirical, basic and historical); and
• incorporate a surveying research data collection and verification process.
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5. CHAPTER FIVE: THE DELPHI TECHNIQUE
This chapter provides a background and a comprehensive outline of the primary
and most appropriate data collection and verification process employed — that of
the Delphi technique. It further outlines the Delphi process used for the
development and progression of the Delphi Survey Questionnaire; introduces the
panel of industry experts who volunteered to take part in the Delphi study;
presents the response options (ratings) that the panel of industry experts could
allocate to the various questions, statements etc. (factors) of the Delphi Survey
Questionnaire; and discusses meeting the ethics requirements of QUT’s Office of
Research.
5.1. Background
As stated by Fellows and Liu (2003, 28-32, 44, 91-97), the construction industry
delivers large, expensive, custom-built facilities involving large numbers of
geographically dispersed stakeholder organisations and individuals. It is therefore
argued that research within this dynamic and complex environment can be
volatile. It is further argued that today’s competitive arena requires construction
industry organisations to continuously investigate, apply, adapt and use existing,
new and / or innovative qualitative and quantitative research tools, applications,
methods, concepts and processes to ‘stay ahead of the game’. This evolving
research environment can be a dynamic process, where flexibility, variation and
adaptability are not uncommon.
Arguably, whatever final or overall methodology is adopted, it is essential that the
‘… validity and applicability of results and conclusions are appreciated and
Chapter Six – The Delphi Technique
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understood’ and that any limitations of the methodology and conclusions drawn
from it are considered. Fellows and Liu (2003, 28-32, 44, 91-97) further state, by
considering both the nature of the data and investigative methods used, the
research path within a construction industry environment (organisation, team,
project etc.) is typically in unison with three distinct dynamics (Figure 5-1);
namely, a coherent and complementary research plan, goal, design or objectives;
a comprehensive data collection framework; and an extensive and all
encompassing data analysis process.
Adapted from Andrews and Allen (2002)
Figure 5-1: Three Construction Industry Research Dynamics to Consider
Adhering to these three research dynamics in turn may ensure that the results,
findings and conclusions of a research initiative within the construction industry
are critically robust.
Thus, to meet the research aims and objectives outlined in Chapter One; and by
adhering to the research methodology findings, arguments and recommendations
outlined in Chapter Four, further investigation was made into the Delphi study.
RESEARCH DYNAMICS TO CONSIDER
WITHIN A CONSTRUCTION
INDUSTRY ENVIRONMENT
RESEARCH PLAN
DATA COLLECTION FRAMEWORK
DATA ANALYSIS PROCESS
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This resulted in it being regarded as the most appropriate data collection and
verification process.
5.2. Why Delphi?
According to Sharp (c1997), using the Delphi process is appropriate when:
• there is an emotionally charged situation;
• a decision is opinion based;
• there is a need for expert input (by those not in a central location); and / or
• better results (of unbiased responses) may be achieved if the group of experts
did not meet face-to-face.
In line with the above, Linstone and Murray (1975) states the Delphi technique is
‘best suited’ to problems that require evaluative, qualitative answers rather than
precise, quantitative results; and generally most useful for assembling groups of
experts who would otherwise probably never come into contact. Table 5-1
outlines why the Delphi technique was best suited.
Table 5-1: Reasons to use the Delphi Technique
THREE RESEARCH ‘SITUATIONS’ OR ‘CONSTRAINTS’
JUSTIFICATION IN USING THE DELPHI TECHNIQUE
1. Opinion-based Decisions This research mandates the collection and analysis of personal
opinions, knowledge and experiences from a select panel of senior
building and construction industry members (Chapter Five)
2. Location of Experts The panel members are geographically dispersed across Australia
and located in three major cities
3. Unbiased Responses To ensure the validity and unbiasedness of survey responses,
decision, suggestions, opinions, ratings etc.; panel members are
discouraged to have face-to-face meetings
Aligned with the above deciding factors, Stuter (1999) confirm that only one of
the six dynamics in Table 5-2 have to be met in order to justify the ‘need’ for
employing the Delphi technique. Five of the six dynamics have been identified as
Chapter Six – The Delphi Technique
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being highly relevant for justifying the employment of the Delphi technique as the
overall research methodology.
Table 5-2: Six ‘Justifying’ Dynamics for Employing the Delphi Technique
SIX ‘JUSTIFYING’ DYNAMICS RELEVANT
TO THIS RESEARCH?
1. The problem (research hypothesis, topic, area etc.) does not lend itself to precise
analytical techniques, benefiting rather from subjective judgments on a collective
basis (group of experts)
YES
2. The group of experts that are required to contribute to the examination of a broad
issue or complex problem are geographically dispersed or have diverse
backgrounds with respect to experience, opinion or expertise
YES
3. More individuals are required than can effectively be arranged to interact in a face-
to-face environment (face-to-face meeting or workshop) YES
4. Time and / or cost constraints YES
5. When disagreements or variances between certain individuals within the group of
experts are so severe or politically intolerable that the communication process must
be refereed
NO
6. The diversity, identity or contributions of the group of experts must be preserved
(anonymity) to assure validity of results, thereby avoiding confidentiality issues and
minimising the influence of dominant personalities and evading the sheep effect
YES
Based on the above literature, it is suggested that the use of the Delphi
Technique is also best suited where little quantitative data on a subject, topic or
problem exists, and as such a practical and effective method of answering expert
questions, and determining or clarifying various value-adding ‘unknowns’.
5.3. Delphi Origin
Andrews and Allen (2002) and Stuter (1999) state the oracle of the Delphi
technique is not a new research concept. According to Andrews and Allen
(2002), the technique was initially ‘a way to obtain the opinion of experts without
necessarily bringing them together face to face’; and in line with Illinois Institute
of Technology (IIT) (c1996), originated as far back as the 1950s where the
American Air Force funded Rand Corporation hired Dalkey and Helmer, then
Chapter Six – The Delphi Technique
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pioneers in Delphi research, to establish a consensus on how the Soviet military
planners might target the United States (U.S.) industrial system and how many
atomic bombs would be needed to have a specified level of impact on U.S.
military capability. A study by Linstone and Murray (1975) describe the original
Delphi process as comprising four key elements:
• Structuring of information flow;
• Feedback to the participants;
• Anonymity for the participants; and
• Interactions among panel members controlled by a panel director who filtered
out material not relevant to the purpose of the group.
In line with these four elements, Cline (2000) concur that the following three
Delphi prerequisites are needed to ensure successful and robust research:
• Regular feedback of findings to an individual / panel of experts is essential;
• Assessment of an individual’s / panel of experts’ judgment, responses, views
etc. needs to include the opportunity for individuals to revise their
original/previous responses; and
• Anonymity of individual responses (to a certain degree) is preferred to ensure
unbiased and valid responses.
In the late 1960s, Stuter (1999) reports the U.S. Government enhanced the
Delphi process as a group decision-making tool, labelling it ‘Project Hindsight’.
The project established a ‘factual basis’ for the ‘workability’ of the Delphi process.
That is to say, ‘a group of experts could come to some consensus of opinion
when the decisive factors were subjective and not knowledge based’. According
to Stuter (1999), the Delphi technique is also based on the ‘Hegelian Principle’,
where one achieves a ‘oneness of the mind’ through a three-step process of
thesis, ‘antithesis’ and ‘synthesis’. Referring to Table 5-3, the most appropriate
Delphi technique is the ‘Consensus / Conflict Resolution / Higher Order Thinking
Skills’ verification process, where:
• a select panel of industry experts are presented with a research hypothesis
and question;
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• a survey instrument is developed and distributed to the select panel of industry
experts for them to voice their opinions;
• each round of survey responses (including any conflicting views) are analysed;
• the findings are redistributed to all expert panel members (using follow-up
survey instruments) until a consensus / stability in responses is reached.
Table 5-3: Hegelian Principle
TECHNIQUE (A)
THESIS * (B)
ANTITHESIS * (C)
SYNTHESIS *
1. Planned Change
Create conflict Create opposition to
conflict, example:
• Fear
• Panic
• Hysteria etc.
• Offer the solution to the
problem created.
• Change, which would have
been impossible without
the proper conditioning is
achieved
2. Consensus / Conflict Resolution / Higher Order Thinking Skills
Detail the topic, issue,
question, hypothesis,
and / or problem within
established guidelines
(frame the debate)
Dialogue, with everyone
in the circle voicing their
feelings and opinions
within established
guidelines relative to the
enumerated topic, issue
or problem
• Synthesis conflicting views
into one point of view,
representing the collective
view of the group
• Emphasise ownership
• All must abide and support
the collective view
3. Whole Theory Cognitive — what one
knows (knowledge)
Affective — what one
feels, believes etc.
Psychomotor — how one will
act / behave ( what one can
do)
4. Outcome-Based Education / Mastery Learning
Identify wanted
attitudes, values,
beliefs
Create conflict between
what one:
• knows; and
• believes (cognitive
inconsistency)
Change existing belief
system, effecting wanted
behaviour
Note (*):
• Thesis (A) and Anti-thesis (B): participants present their opinion or views on a given subject,
establishing both complementary and opposing views
• Synthesis(C): Opposites are brought together to form a new theory, idea, view or notion. All
participants are then to accept ownership of the new thesis and support it, changing their own views to
align with the new theory, idea or notion. Through a continual process of evolution, oneness of mind
will supposedly occur
Adapted from Linstone and Murray (1975)
Chapter Six – The Delphi Technique
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Today the Delphi technique still adheres to the same underlying principles of its
origin, that of being:
‘A method for structuring a group communication process so that the
process is effective in allowing a group of individuals, as a whole, to deal
with a complex problem … the art of designing communication structures
for human groups involved in attaining some objective’.
Sharp (c1997)
‘An intensive and fairly specialised group problem-solving method used to
harness and reconcile the knowledge and judgment of several experts …
a general process of having experts formulate solutions to problems
through several cycles of revision based on each other's feedback’.
Linstone (1999)
5.4. Four Delphi Phases
Linstone and Murray (1975) states the Delphi technique is generally
characterised as an effective method for ‘structuring a group communication
process so that the process is effective in allowing a group of individuals, as a
whole, to deal with a complex problem’. Linstone and Murray (1975) further note
the Delphi process undergoes four distinct phases (Table 5-4).
Chapter Six – The Delphi Technique
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Table 5-4: Four Delphi Phases
DELPHI PHASE
DEFINED
1 Characterised by the exploration of the subject under discussion, where individuals can
contribute additional / relevant information they may feel pertinent to the issue
2 Involves the process of reaching an understanding of how the expert group / panel view the
issue. That is to say, where
• members agree or disagree; and
• how they rate its relevance (such as importance, desirability or feasibility)
3 If there is significant disagreement, then it is further explored to expose any underlying reasons
for the differences and to possibly evaluate them
4 Final evaluation occurs when all previously gathered information has been analysed and the
outcomes have been fed back to the expert group / pane for consideration
5.5. Two Forms of a Delphi Process
Andrews and Allen (2002) and Linstone and Murray (1975) confirm the Delphi
process exists in two distinct forms (conventional and real-time or technology-
enhanced).
5.5.1. Conventional / Conference Delphi Process
The Conventional / Conference Delphi process, commonly referred to as the
‘paper-and-pencil’ version, is the more familiar of the two Delphi forms, and is
characterised by:
• a small ‘monitor team’ (researcher/s) designs a questionnaire which is sent to a
larger respondent group;
• after the questionnaire is returned, the research team summarises the results
and (based upon the results received) develop a new questionnaire for the
respondent group and
• upon examination of the panel of response, the respondent panel of experts
are usually given at least one opportunity to re-evaluate their original answers.
Chapter Six – The Delphi Technique
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Andrews and Allen (2002) also note the Conventional / Conference Delphi
process essentially ‘shifts’ a significant portion of individual effort usually required
to communicate from the larger respondent group, down to a smaller more
manageable research team. Furthermore, the Conventional Delphi Conference
approach has the distinctive characteristic of the research team or researcher
being able to easily ‘adjust’ the features of the process or ‘influence’ certain
responses. Consequently the format of a Delphi-based data collection and
analysis process requires its features to be well defined and accepted by all
participants before the Delphi process is undertaken.
5.5.2. Technology-Enhanced (Real-time) Delphi Process
This is a newer form of the Delphi process that replaces (to a large degree) the
monitoring team (researcher or research team) approach with Information
Communication Technology (ICT); that is, hardware and software programmed to
carry out the compilation of the group results. Illinois Institute of Technology (IIT)
(c1996) identify six steps that may occur during a technology-enhanced Delphi
process and highlight how a computer (using existing / dedicated software) could
affect or change a research process. Andrews and Allen (2002) support these
findings by identifying a number of advantages and disadvantages in employing a
technology-enhanced Delphi process, further stating:
‘Technology-enhanced Delphi Techniques reduce human intervention,
with data collected while reducing many of the normal costs involved in
collecting data’. Andrews and Allen (2002)
5.6. Variations to the Delphi Process
Presented by Sharp (c1997) are five common variations to the Delphi process:
• The more iterations (rounds), the more likely a consensus in responses is
reached;
Chapter Six – The Delphi Technique
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• The method of selection and size of the expert panel, which can be anything
from five to several hundred participants (Section 5.10);
• The scoring system (rating, ranking etc.) and the rules used to aggregate the
judgements and responses of the panel members (Section 5.11);
• The extent of anonymity afforded to the panel members (Section 5.12); and
• How disagreements / inconsistencies’ are dealt with (Section 5.11).
5.7. Delphi Technique Strengths
No matter what form or variation one employs, according to Linstone and Murray
(1975) there are three key advantages to the Delphi technique (Table 5-5):
Table 5-5: Key Advantages to the Delphi Technique
KEY ADVANTAGE DELPHI TECHNIQUE
1. Versatility
(Most significant)
The technique can be used in a wide range of environments such business and
industry predictions, government planning, experienced project team decisions
and experiences etc.
2. Expense
(Saving
participants)
• Saving multinational corporations money in extensive travel expenses (based
in cities worldwide)
• No need to gather industry experts around a boardroom table
• Experts and key personnel can remain at their locations around the world and
still be able to resolve a problem, answer a survey questionnaire or offer
professional advice pertaining to a certain issue under investigation
3. Anonymity
(Protecting
participants)
The issue of protecting participating expertise from criticism over their proposed
solutions, different views and from the potential pitfalls of ‘group thinking’ is
resolved. Andrews and Allen (2002) also state:
• Anonymity ‘hides’ the hierarchical / dominant status of participants
• Responses are acquired in an ‘interactionist’ format rather than ‘hierarchical’
Linstone and Murray (1975) agree with the above advantages, and identify the
following complementary benefits in using the Delphi technique:
• it allows participants to remain anonymous;
• it is reasonably inexpensive;
• its free of social pressure, personality influence, and individual dominance;
• it allows sharing of information and reasoning among participants;
Chapter Six – The Delphi Technique
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• it facilitates independent thinking and gradual formulation;
• a broad analytical perspective on numerous issues, problems and concerns
can be achieved through a well-selected panel of expertise from, for example,
a mix of local officials, knowledgeable individuals, specialists, citizens of the
community, academic / research scientists etc.; and
• it can be used to reach a consensus / stability in responses among hostile
groups or individuals.
5.8. Delphi Weakness
Linstone and Murray (1975) state the Delphi method, like all research methods,
has potential weaknesses, where there as many researchers who have had
disappointing experiences with a Delphi process, as there are researchers who
have encountered certain levels of success. This is because, on the surface,
Delphi may seem like a reasonably simple concept that can be easily employed.
Consequently, many researchers have jumped at the opportunity to use this
procedure, without careful consideration of potential problems that may occur.
Sharp (c1997) further identify a number of common factors that tend to contribute
to the potential failure of employing a Delphi process, including:
• researchers over-specifying certain personal view's and preconceptions upon
the respondent group in relation to the topic / issue under investigation;
• researchers assuming the application of a Delphi process can be a substitute
for all other human communications in a given situation;
• poor techniques of summarising and presenting the group response, thereby
ensuring false interpretations of results / responses;
• ignoring or not fully exploring disagreements or inconsistencies resulting in an
artificial consensus of responses of results; and
• underestimating the demanding nature of a Delphi process by researchers not
acknowledging or respecting the time and effort each member of the expert
panel contributes towards the research.
Chapter Six – The Delphi Technique
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Disadvantages in using the Delphi technique are further highlighted in Sharp
(c1997), describing it as somewhat time consuming and sometimes weak in
terms of providing fully thought-out tried and tested resolutions, thereby rendering
it ineffective when timely resolutions are needed. Furthermore, traditionally,
people interacting in a group or team environment (workshop, meeting, project
etc.) inevitably benefit from or are influenced by (positively and / or negatively)
others' ideas, knowledge, experiences, expertise etc.
Andrews and Allen (2002), also believes this ‘natural human reaction’ contradicts
the basic principles of obtaining versatile, anonymous, unbiased, uninfluenced
information, solutions, recommendations etc. when using the Delphi technique; in
turn suggesting there might be more insightful and pragmatic resolutions to
problems offered by people in interactive settings. However, these disadvantages
diminish in importance where time is not of the essence, or group interaction is
not important. Another weakness of the Delphi technique noted by Sharp is the
difficulty for researchers to design and conduct an effective and analytically
robust Delphi-based study. That is, where the researcher, for example, ‘railroads
the expert panel into accepting the consensus view before allowing them to
express potentially important ideas that might otherwise change the consensus’.
Illinois Institute of Technology (IIT) (c1996) identify the following challenges that
researchers have to face when using the Delphi process:
• the selected group of experts may not be fully representative of the research
topic under investigation;
• determining ways to motivate opinionated individuals to be open to discussions
of ideas other than their own;
• there may be a tendency to eliminate extreme / opposing views thereby forcing
a ‘middle-of-the-road’ consensus;
• the Delphi process should not be viewed as a total solution;
• the researcher requires advanced written communication skills;
• the Delphi process requires adequate time and 100% commitment of all
participants; and finally
Chapter Six – The Delphi Technique
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• when the researcher summarises each participant's responses, care must be
taken that ‘… the full breadth and depth of each expert's comments is
recorded for the others to respond to’.
5.9. The Eleven-step Delphi Process
In line with the Research Activities Snapshot presented in Figure 1-2 and Table
1-1 of Chapter One, this research adhered to the distinctive yet critical Eleven-
Step Delphi Process (Figure 5-2 and Table 5-6) for the development and
progression of the Delphi Survey Questionnaire - as adapted from Sharp (c1997),
Linstone and Murray (2002) and Sharp (c1997).
Chapter Six – The Delphi Technique
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Figure 5-2: The Eleven-step Delphi Process
NOTE: • Steps 1 to 11 are also reflected in the Research Activities Snapshot (see Chapter One)
• Steps 3 to 10 are also reflected in the Ten-step Process for Developing Survey Questionnaires by (see
Appendix F:)
11 Prepare
Final Thesis
10 Repeat
Steps 7 to 9 (If required)
9 Analysis of the
2nd Round Responses
8 Distribute
2nd Round Delphi Survey
Questionnaire 7
Develop 2nd Round Delphi
Survey Questionnaire
6Analysis of the
1st Round Responses
5Distribute 1st Round
Delphi Survey Questionnaire
4 Test Delphi
Survey Questionnaire
3 Develop
1st Round Delphi Survey Questionnaire
2 Select Panel of Industry
Experts
1Form
Research Team
October 2008Round one findings to be
included in the second Delphi Survey Questionnaire
THE ELEVEN-STEPDELPHI PROCESS
Outlining the Development and
Progession of the Delphi Survey Questionnaire
Designed to Identify Key
Components of a ‘Decision-making Framework’ for Delivering Innovative Change
within an Organisation
September 2008 Round one findings (ratings; additional
recommended decision-making dynamics; factors; etc.) are collated,
assessed and summarised
August 2008By mail and through the
use of electronic distribution systems (email, internet, etc)
June 2008 Construction industry experts
who are familiar with / knowledgeable in /
experienced in the field / research topic investigated
(Section 5.2)
June 2008Designed to elicit
individual responses to questions on the
research topic / issue investigated
OUTPUT: • Document final research
findings; conclusions; future research proposals; etc.
• Maintain a certain level of anonymity towards individual contributions
2004 – 2008Author of this Research and Supervisors
November / December
2008 Round two findings
(ratings; recommended decision-making
dynamics; factors; etc.) are collated, assessed
and summarised
October 2008 By mail and through the use of electronic distribution systems (email, internet, etc)
Repeat (If required)
Until consensus and/or stability of results (ranking)
is achieved
July 2008Test contents; format; distribution method;
user-friendliness; etc. (Panel of experts
recommend the term ‘Innovation-driven
Change’ Be replaced with
‘Innovative Change’)
INPUT: • Research Aim / Objectives • Research Hypothesis • Research Question • Literature Review
January -September
2009
Chapter Six – The Delphi Technique
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Table 5-6: Key to Figure 5-2
ELEVEN-STEP DELPHI PROCESS
1. Form Research Team
(2004 – 2008)
A team was formed to undertake and monitor this research –
comprising of the author and supervisors of this research, and based
on the:
• research aim, objectives, hypothesis and question
• undertaking of a Literature Review on the six hypothesised
decision-making dynamics – those of Change, Innovation,
Implementation, Culture, Leadership, and Training and Education
(Chapter Two)
• Identifying of relative factors for each of the six hypothesised
decision-making dynamics (Chapter Three)
2. Select Panel of Construction Industry Experts
(Jun 2008)
Industry experts (Glossary) who were willing to participate in the
Delphi study were invited:
• See Delphi Survey Invitation Letter (Appendix G:)
• These are to be senior members of the industry knowledgeable in
the area / topic being investigated — that of delivering change
within construction industry organisations (Section 5.12)
3. Develop First Round Delphi Survey Questionnaire
(Jun 2008)
The first Delphi Survey Questionnaire was developed / designed:
• based on a range of closed and open-ended questions,
statements etc. (factors) that originated from Step 1 outcomes
• to provide the panel of experts the opportunity to rate each
question in terms of their relevancy towards a CDF for delivering
innovative change within an organisation
• in consultation with the panel of industry experts; specialist data
analysts, editors and publishers.
4. Test Delphi Survey Questionnaire
(Jul 2008)
The questionnaire’s format and contents was tested:
• All comments (regarding relevancy of survey questions,
statements, grammar, distribution method, ambiguities, user-
friendliness etc.) received from those who took part in the test
were considered
• The first questionnaire was then revised and improved in
accordance to the above comments / suggestions
• Only once the above process was completed to the satisfaction of
those involved in the test, was the first questionnaire approved for
distribution.
(Continue onto next page)
Chapter Six – The Delphi Technique
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ELEVEN-STEP DELPHI PROCESS
5. Distribute First Round Delphi Survey Questionnaire
(Aug 2008)
The first round of the questionnaire was distributed to the expert
panel members via mail and email (Appendix H:)
• Panel members completed it anonymously and independently by
using the scoring (rating) system presented in Section 5.11,
allocating a relevancy rating between 1 (no relevancy) and 5
(most relevant)
• Feedback was both positive and negative, thereby amplifying
differences as well as commonalities
6. Analyse First Round Delphi Survey Questionnaire
(Sept 2008)
First round responses (ratings) and supporting comments (such as
the suggestion of any additional decision-making dynamics, factors
etc.) were then tabulated, analysed and summarised confidentially at
a central location (Chapter Six):
• School of Urban Development, Faculty of Built Environment &
Engineering, Queensland University of Technology (QUT),
Brisbane, Qld Australia
7. Develop Second Delphi Survey Questionnaire
(Oct 2008)
The second Delphi Survey Questionnaire was then developed by
including all round one results, suggestions etc. (Chapter Seven)
8. Distribute Second Delphi Survey Questionnaire
(Oct 2008)
The second questionnaire was distributed to the same panel
members via mail and email (Appendix I:)
• Panel members completed it anonymously and independently by
using the same rating system as in the first round, allocating a
relevancy rating between 1 (no relevancy) and 5 (most relevant)
• Feedback was both positive and negative, thereby amplifying
differences as well as commonalities
9. Analyse Second Delphi Survey Questionnaire
(Nov / Dec 2008)
Second round ratings and supporting comments (such as the
suggestion of any additional decision-making dynamics, factors etc.)
were then tabulated, analysed and summarised confidentially at a
central location (Chapter Six):
• School of Urban Development, Faculty of Built Environment &
Engineering, Queensland University of Technology (QUT),
Brisbane, Qld Australia
(Continue onto next page)
Chapter Six – The Delphi Technique
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ELEVEN-STEP DELPHI PROCESS
10. Repeat Steps 7–9 (If Required) Until a Consensus / Stability in Responses is Attained
(Nov–Dec 2008)
Should no consensus in responses be attained among expert panel
members after the second round, then Steps 7 to 9 were to be
repeated until a consensus in results was achieved
• A consensus in ratings was reached at the end of the second
round; also referred to by Fellows and Liu (2003, 28-32, 44, 91-
97) as the ‘Abbreviated Delphi Method’ (Chapter Five) where a
minimum of two rounds is deemed acceptable in reaching a
stability in responses and thereby satisfying the requirements of
this Delphi study
11. Document Final Results
(January–September 2008)
Final results were documented and conclusions were made -
discussed in greater detail in Chapter Six:
• Response data for each of the two survey rounds were collated as
individual Delphi survey forms (Excel spreadsheets) and then
transferred into a survey database for final analysis and
documentation
NOTE: • Steps 1 to 11 are in line with the Research Activities Snapshot presented in Chapter One
• Steps 3 to 10 are also reflected in the Ten-step Process for Developing Survey Questionnaires (see
Appendix F:)
5.9.1. Research Approach to the Eleven-step Delphi Process
Following Step 1 of the Eleven-Step Delphi Process, research proceeded to Step
2, where 15 pre-selected construction industry experts (Section 5.10) were
personally contacted (by telephone or meeting in person), they were then
emailed and posted a formal invitation letter (Appendix G:), and then followed
meetings with the final panel of nine industry experts on regular (two to four
week) intervals throughout the data collection and verification process.
Step 2 undertakings are also supported in Wassenaar and Oestreich (1977), in
that the research ‘subject matter’ (aim, objectives, hypothesis, definition of terms,
methodology etc.) was clearly explained to the panel of experts prior to (and
throughout) the data collection and verification process of the first (and second)
Delphi Survey Questionnaire. This approach helped ensure the gathering of
dependable quantitative (tangible) data (ratings, percentages, values etc.) and
Chapter Six – The Delphi Technique
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qualitative (intangible) data / information (recommendations, views, observations,
suggestions, ideas, perceptions etc.).
The development of the questionnaire (Step 3) took into account elements and
activities from the ‘Ten-step Process for Developing Survey Questionnaires’
proposed by Adept Scientific (2009) in Appendix F:. The contents, format,
consistency, distribution, data collection method and verification process, user-
friendliness etc. of the questionnaire was tested; revised and improved on by
consulting the panel of construction industry experts, other researchers and a
professional editor. The first round Delphi Survey Questionnaire (Appendix H:)
was approved for distribution once those involved in the test were completely
satisfied (steps 4 and 5).
The contents of the first questionnaire was based on a range of closed and open-
ended questions, statements etc. (factors) identified in Chapter Three, that were
designed to provide the panel of experts the opportunity to evaluate the six
hypothesised dynamics being key components in a CDF for delivering innovative
change within an organisation.
Round-one findings were collated (ratings, additional recommended dynamics,
factors etc.), assessed and summarised (Step 6), and then included in the
second questionnaire (Appendix I:) for the panel of panel to reconfirm their first-
round responses (steps 7 to 9). To satisfy the requirements of a Delphi study,
Step 10 was to be repeated (if required) until a consensus in responses was
reached. Final results were then summarised and documented in accordance
with Step 11.
5.10. Panel of Industry Experts
The construction industry draws on a wide variety of subject matter and
expertise. This newly acquired knowledge (expertise) and information (data) is
generally used by industry stakeholders to resolve a particular situation, to satisfy
certain prerequisites within a work environment (organisation, team, project etc.).
Chapter Six – The Delphi Technique
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Thus, as illustrated in Step 2 of Figure 5-2 and in actions two and four of the
‘Ten-step Process for Developing Survey Questionnaire’ (Appendix F:), 15 senior
construction industry members (manager and above) were identified and invited
by mail and email (Appendix G:) to take part in a Delphi study.
The selection criterion was based on members being in a recognised field or
occupation within the construction industry and acknowledged as having
extended experience, understanding and / or knowledge in the process of
delivering change within their relative work environments. Of these 15, 9 agreed
to participate in a four-month Delphi study (August–November 2008). As
mentioned earlier, the size of the expert panel can be anything from five to
several hundred participants Sharp (c1997).
The final nine expert panel members (Table 5-7) were representatives of both
private and public construction industry organisations, as well as construction
industry-focused tertiary and R&D institutions (universities); that is, members who
may have limited to no experience in the process of delivering change within
construction industry organisations, yet specialise in the undertaking of change-
related research and education on behalf of the construction industry:
Chapter Six – The Delphi Technique
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Table 5-7: Expert Panel Members
INDUSTRY SECTOR EXPERT PANEL MEMBER BACKGROUND
1. Private
(Four Panel Members)
• Expert Number Two: A Senior Cost Planner with 21 years experience
(Building and Civil Contractor organisation)
• Expert Number Five: A Director with 14 years experience (Project
Management Consultant)
• Expert Number Eight: A Strategic Development Manager with seven years
experience (Building and Civil Contractor organisation)
• Expert Number Nine: An Executive Manager and Advisor Social
Infrastructure with 20 years experience (Building and Civil Contractor
organisation)
2. Public
(Three Panel Members)
• Expert Number Three: A Director with ten years experience (Building and
Civil client – Queensland Department of Public Works)
• Expert Number Six: A Principal Policy Manager with five years experience
(Building and Civil client – Queensland Department of Public Works)
• Expert Number Seven: A Principal Manager with four years experience
(Research & Development client – Queensland Department of Main Roads)
3. Tertiary
(Two Panel Members)
• Expert Number One: An Adjunct Professor with 33 years experience in both
the private sector and in a university-based research and lecturing setting
(Civil Engineering)
• Expert Number Four: an Adjunct Professor in a university-based research
and lecturing setting (Civil Engineering) and a Senior Engineer with 20 years
experience in the public sector (Queensland Department of Natural
Resources and Water)
5.11. Delphi Survey Questionnaire Response Options
Table 5-8 represents the response options (rating) that the panel of industry
experts could allocate to the various dynamics, related factors and underlying
sub-factors within both rounds of the Delphi Survey Questionnaire:
Chapter Six – The Delphi Technique
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Table 5-8: Five Response Options
OPTION RATING PERCENTAGE
1 Not Relevant
2 Little Relevance
3 Somewhat Relevant
4 Very Relevant
5 Most Relevant
Thus, any dynamic, factor and / or underlying sub-factor that received a response
rate of three or more (≥60%) were deemed relevant and recognised as key
components of a CDF for delivering innovative change within an organisation.
Should a questionnaire be returned with certain response fields left blank (un-
answered) then the dynamic, underlying factor, or sub-factor in question is
presumed irrelevant (receiving a rating of one) and therefore not considered for
analysis. Moreover, all factors and sub-factors that underpin the various
dynamics are assumed to have equal weight (see Chapter Three), that is the:
• relevancy of each dynamic is based on the mean rate of its underlying factors;
and
• relevancy of each factor is based on the mean rate of its underlying sub-
factors.
5.12. Confidentiality and Ethical Clearance
The data collection, analysis and verification process of the Delphi Survey
Questionnaire meets the ‘ethics requirements’ of QUT’s Office of Research –
ethics approval number (0800000883) – which was requested and obtained prior
(0 - 49 %)
(50 - 79 %)
(80 - 100 %)
0% -
59%
60% -100%
Irrel
evan
t
Relevant
60% Threshold
Chapter Six – The Delphi Technique
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to its distribution (August 2008). All personal information and data obtained from
the Delphi Survey Questionnaire also remains strictly confidential required purely:
• for statistical purposes;
• so that an expert panel member may be contacted for additional information; or
• should further clarification of any responses be required.
5.13. Summary: Chapter Five
Like most research methods, the Delphi technique does have a number of
potential weaknesses. However, the decision to employ the Delphi technique as
the primary and most appropriate data collection, analysis and verification
process was justified by a number of factors, including:
• The overall strengths and advantages outlined in this chapter.
• Requiring the anonymous collection and analysis of personal and professional
opinions, knowledge, ratings and experiences from a select panel of
geographically dispersed ‘change experts’ within three construction industry-
related environments (organisations) - those of private and public industry
sector organisations, as well as tertiary and R&D institutions (universities).
• The research aim and objectives not lending itself to precise analytical data
collection, analysis and verification techniques — benefiting rather from an
effective method that facilitated subjective and qualitative judgments on a
shared and cooperative basis. :
• The selected group of experts were fully representative of the research topic
under investigation with 100% commitment of all participants; and finally
• The ‘full breadth and depth of each expert's comments [were] recorded for the
others to respond to’ Illinois Institute of Technology (IIT) (c1996).
As a result, the following chapter provides a more detailed outline of the primary
and most appropriate data collection and verification process employed – that of
the Delphi technique.
Chapter Six – The Delphi Technique
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To satisfy the requirements of the Delphi technique as being the primary and
most appropriate data collection and verification process employed, this
research:
• closely adhered to the Eleven-step Delphi Process in Section 5.9 – that is, to
develop and administer the Delphi Survey Questionnaire;
• incorporated various elements and activities of the ‘Ten-step Process for
Developing Survey Questionnaires’ (Appendix F:);
• identified a panel of nine industry experts who took part in this Delphi study, all
of whom were experienced and / or had knowledge in the delivery of change
within their relative organisations (Section 5.10);
• presented the response options (ratings) that the panel of experts could
allocate to the various decision-making questions, statements etc. (factors);
and
• Met the ‘ethics requirements’ of QUT’s Office of Research (Section 5.12).
Chapter Seven – Data Analysis and Key Findings
- 151 -
6. CHAPTER SIX: DATA ANALYSIS AND KEY FINDINGS
This chapter provides a detailed account of the collection, analysis and
verification process for two consecutive rounds of the Delphi Survey
Questionnaire (referred to in this chapter as the ‘survey’), and the consensus in
responses that was reached at the end of the second round.
6.1. Data Analysis Methodology: Plan and Activities
By adhering to steps six to eleven of the Eleven-Step Delphi Process in Chapter
Five, ‘Preliminary’ and ‘Advanced Analysis’ plans were prepared and applied.
They comprise three survey activities detailed in Table 6-1:
Chapter Seven – Data Analysis and Key Findings
- 152 -
Table 6-1: Survey Analysis Steps and Activities
STEP ACTIVITIES (Refer to Glossary)
TWO PRELIMINARY ANALYSIS ACTIVITIES
1 Enter data into a database for statistical analysis
2
Complete an Exploratory Data Analysis (Section 6.2.2) – where:
• Descriptive Statistics (in the form of Frequency Analysis) are performed to help describe the
sample response data
• Measures of Central Tendency and Dispersion allowed a preliminary assessment and
provided a summary of the sample data.
STEP THREE ADVANCED ANALYSIS ACTIVITIES
3 i. Undertaking a detailed Profile / Cohort Analysis to help develop expert panel member and
organisation profiles (Section 6.2.3) based on:
o A range of descriptive statistics and variables captured in the ‘Background’ section of the
survey – Round-one:
o Predominately using the ANOVA and Kruskal-Wallis Test for measures of statistically
significant differences; that is, to test and confirm the outcomes of the analysis in case
spurious results occurred.
ii. Completing a ranking of dynamics (Section 6.2.4), a Factor Analysis and a Cluster Analysis
(Section 6.2.6) in an attempt to identify both the underlying factors and any grouping in
respondents for further exploration
iii. Undertaking a Differential Analysis – to assess whether statistically significant differences
were identifiable (Section 6.2.7), which included the undertaking of Correlations and
Inferential Statistics Cluster Analysis to:
o Enable the classification of industry experts
o A principle components analysis to support the dynamics identified in the survey
NOTE:
• All of the tests were two-tailed and testing whether the Statistic of Interest was either higher (upper
distribution tail); or lower (lower distribution tail) than the Comparison Value.
• Due to a consensus in responses being reached, the final round-two ratings of the survey were
accepted as the final results.
6.1.1. Statistical Analysis Package: GenStat ©
The three Survey Analysis steps and statistical activities in Table 6-1 used the
GenStat © Statistical Analysis Package — a comprehensive statistical program
that summarises, displays, and analyses a wide range of data.
Chapter Seven – Data Analysis and Key Findings
- 153 -
According to Straker (2007), GenStat © was originally conceived and developed
at the Rothamsted Experimental Station (RRES) in the mid to late 1970s, where
many of the original statistical techniques still in use today were discovered. One
of the strengths of the GenStat © analysis package is its vast range of statistical
techniques, which are continuously tested by practicing statisticians across many
applications and disciplines. GenStat © is commonly used in areas such as
industrial research; engineering; quality control; economic and social surveys; as
well as any field of research, business, government or education where statistics
are relied on for decision making.
Due to GenStat's © built-in spreadsheet capability — which allows it to readily
accept and share its data with a wide range of compatible statistical analysis
programs and in a variety of formats — it was used together with Microsoft Excel
to collate and analyse the survey data and to chart the various outputs and key
findings.
Using the GenStat © Statistical Analysis Package, only significance results from
non-parametric statistical tests were recorded. Although a non-parametric test
(compared to a parametric test) may be generally lower in statistical power, this
decision was based on two factors:
• Nine industry experts took part in the two rounds of the survey; and
• Non-parametric statistics are relatively free of any assumptions regarding the
distribution of data (see Glossary).
Determining the practical significance of the data analysed was a matter of
judgement, where the statistical significance level (p-value) for the non-
parametric statistical tests was nominally at the 0.05 level. That is, p-values of
less-than (<) 0.05; or within two Standard Deviations (s.d.) / 95% of the mean
(average) distribution (Figure 6-2 [b]) were considered significant (see Glossary);
thereby indicating a 95% re-occurrence rate in results when analysing the
significance level of further samples from the same population of responses /
data; whilst only a 5% probability in not gaining the same result.
Chapter Seven – Data Analysis and Key Findings
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6.2. Data Analysis and Key Findings
Referring to Table 6-1, the results of the ‘Preliminary’ followed by the ‘Advanced’
data analysis from two rounds of survey responses follows.
6.2.1. Background to Response Data Analysed (Step One)
To confirm whether the original six hypothesised dynamics were key components
of the proposed CDF for delivering innovative change in an organisation, and in
line with the Eleven-Step Delphi Process introduced in Section 5.9, the first
survey round (Appendix H:) was designed and distributed to a panel of nine
industry experts between August and September 2008. During this round, expert
panel members were also given the opportunity to identify any additional
dynamics and / or factors they believed to be part of the CDF.
Round-one responses were returned and analysed in early September 2008.
Findings revealed an additional three dynamics (and related factors) were
identified — Knowledge-sharing and Management, Business Process
Requirements and Life-cycle Costs. To achieve a consensus in responses, these
three dynamics were added to the original six and used to populate the second
(final) survey (Appendix I:). This was distributed to the same nine expert panel
members in October 2008, giving them the opportunity to rate all nine dynamics.
One industry expert (number eight) was unavailable to take part in the second
round and was excluded from the final analyses process. Round-two responses
were returned, analysed and summarised in November 2008, at which point the
eight expert panel members reached a consensus — that all nine dynamics were
key components of a CDF for delivering innovative change within organisations.
Chapter Seven – Data Analysis and Key Findings
- 155 -
6.2.2. Preliminary Data Analysis (Step Two): Explorative
A preliminary assessment of sample data determined whether the nine dynamics
were critical to the CDF using a ‘Descriptive Analysis’; and a ‘Measures of
Central Tendency and Dispersion Analysis’ (Table 6-1 – Steps One and Two).
6.2.2.1. Descriptive Analysis
Figure 6-1 summarises the mean responses for each of the nine dynamics (‘a’
and ‘b’) and their relevant factors for both rounds, and shows that the differences
between the two were not statistically significant. That is, the responses for each
factor were insignificantly different and relatively stable between the two rounds,
all reaching a mean percentage rate of between 60% and 93% relevance, and all
above the minimum required rate of three (≥60%) (Section 5.11)
Chapter Seven – Data Analysis and Key Findings
- 156 -
Figure 6-1: Mean Response of Dynamics and Factors
3.5
3.8
3.9
4.0
4.0
4.0
4.1
4.2
3.8
3.7
3.7
3.9
3.8
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.04.2
3.9
3.9
4.1
4.1
4.1
4.0
4.6
4.3
4.1
4.1
4.1
3.9
3.83.7
3.5
4.1
4.3
4.0
4.0
4.0
3.6
3.6
3.5
3.3New vs. Old Leaders / Champions
Minimise Resistance
Leadership Traps
Methods / Models / Frameworks
Regular Reviews
Trust & Collaboration
Human Intervention
Leader vs. Manager
Delivery
Learning Incentives
Benefits
Enhanced Efficiency
Productivity Untrained / Uneducated
Good Investment?
Commonsense (Suggested by Industry Expert #5 - Round 1)
Understanding (Suggested by Industry Expert #5 - Round 1)
Broader Industry Support (Suggested by Industry Expert #1 - Round 1)
Ability (Suggested by Industry Expert #5 - Round 1)
Shared Work-Spaces
Leading Edge
Changing Traditional Data Storage Methods
Sharing vs. Storing Effort
Develop Synergy (2 + 2 = 5)
Go The Extra Mile
Cost Of Innovation-Driven Change Initiative
Lead
ersh
ipTr
aini
ng &
Edu
catio
n
Kno
wle
dge
Sha
ring
&M
anag
emen
t (S
ugge
sted
by In
dust
ry E
xper
t #2
-R
ound
1)
Impa
ct O
nE
nd C
lient
Bus
ines
s(S
ugge
sted
by In
dust
ryE
xper
t #9
-R
ound
1)
Who
le O
fB
usin
ess
Life
cycl
eC
ost
(Sug
gest
edby
Indu
stry
Exp
ert #
9 -
Rou
nd 1
)
1 2 3 4 5
(Continue next page)
Round 1 Round 2 RELEVANCY RATING
RELEVANCE RATING FOR THE FINAL NINE DYNAMICS AND FACTORS
NIN
E D
YNA
MIC
S A
ND
TH
EIR
REL
EVA
NT
FAC
TOR
S
60% threshold
<60%=IRRELEVANT
>60%=RELEVANT
(a) Additional three dynamics & relative factors
(b) Additional
four Training
and Education
factors
Identified by Industry Expert # Nine in
Round-one (Sections 6.2.5.1 & 6.2.5.4)
Identified by Industry Expert # Two in
Round-one (Section 6.2.5.2)
1
2
3
1
2
3
4
Chapter Seven – Data Analysis and Key Findings
- 157 -
(Continued from previous page)
Figure 7-1: Mean Response of Dynamics and Factors
RELEVANCE RATING FOR THE FINAL NINE DYNAMICS AND FACTORS
3.6
3.8
3.8
3.7
3.9
3.9
3.4
3.6
3.7
3.9
4.0
3.4
4.0
3.8
4.2
4.2
3.1
3.1
3.1
3.3
3.7
3.8
4.1
4.0
3.3
4.13.8
3.5
3.2
3.1
3.0
4.0
3.9
3.9
3.6
3.2
4.0
3.8
3.4
3.3
3.3
4.0
4.0
3.8
3.8
3.6
1 2 3 4 5
Cost vs. Timing vs. Difficulty
Change Barriers
Overcoming Challenges
Methods / Models / Frameworks
Change Drivers
Need For Change
Strategic Management
Innovative Capabilities vs. Innovative Need
Innovation Drivers
Innovation Challenges / Barriers
Innovation Types
Strategies / Methods / Models / Frameworks
Barriers / Challenges
Timing / Prioritisation / Delegation
Success Factors
Business Goals / Objectives
Methods / Models / Frameworks
Sub-Cultures
Feature / Characteristic / Quality / Type / Classification
Success Factors
Work-Life Balance
Need For Culture Change
Culture Change Philosophy
Cha
nge
Inno
vatio
nIm
plem
enta
tion
Cul
ture
60% threshold
>60%=RELEVANT
<60%=IRRELEVANT
Round 1 Round 2 RELEVANCY RATING
NIN
E D
YNA
MIC
S A
ND
TH
EIR
REL
EVA
NT
FAC
TOR
S
Chapter Seven – Data Analysis and Key Findings
- 158 -
6.2.2.2. Measures of Central Tendency and Dispersion
For this portion of the Exploratory Analysis, the Measures of Central Tendency
and Dispersion were Mean and Variation. That is, the use of Mode and Median
were excluded from this analysis as they do not meaningfully describe the central
tendency of the sample responses provided by the panel of industry experts. As
a result, the measure of dispersion adopted was Variance to complement the
Mean. These terms are illustrated in Figure 6-2.
Adapted from Lane (2009), Roberts (2009) and BusinessDictionary.com (2009)
Figure 6-2: Normal Distribution - Standard Deviation Bell Curve
The following three statements constitute what is referred to as the "Empirical Rule" - If you add the responses, you will see that approximately:
A - 68% of the distribution lies within one standard deviation of the mean. B - 95% of the distribution lies within two standard deviations of the mean. C - 99.8% of the distribution lies within three standard deviations of the mean.
s.d. = Standard Deviations (as a measure of spread)
Variance = ‘spread’ of distribution The Mean (at the centre peak of the curve) is the 50% percentile
A
B
C
Chapter Seven – Data Analysis and Key Findings
- 159 -
As illustrated in Figure 6-1, the panel of industry experts took the opportunity in
round-two to modify their initial responses to the various factors and sub-factors
underpinning the nine dynamics. This trend is further reflected in the changed
mean responses for each of the nine dynamics recorded in Table 6-2 (column
‘x’); and the reduction in variation of responses from round-one to round-two
(column ‘y’), particularly for Culture (a) and Leadership (b). These modifications
of responses are further highlighted in Figure 6-3.
Despite column ‘x’ in Table 6-2 indicating a downward trend in mean responses
(from round-one to round-two), the dynamics, with the exception of Change (c);
and Training and Education (d), were above the minimum required rate of three
(≥60%) (Section 5.11)
Chapter Seven – Data Analysis and Key Findings
- 160 -
Table 6-2: Mean and Variance of Responses: Round-one vs. Round-two
NINE DYNAMICS
INDUSTRY EXPERT RATINGS
1 (No Relevance) and 5 (Most Relevant)
ROUND 1 ROUND 2
(x)
Mean
(y)
Variance
(x)
Mean
(y)
Variance
i. Change (c) (Upward Trend in Mean Responses) 3.765 0.503 3.851 0.277
ii. Innovation 3.711 0.665 3.525 0.461
iii. Implementation 3.924 0.705 3.721 0.308
iv. Culture (a) (Reduction in Variation of Responses) 3.457 0.916 3.421 0.537
v. Leadership (b) (Reduction in Variation of Responses) 3.94 0.939 3.792 0.384
vi. Training / Education (d) (Upward Trend in Mean Responses)
3.888 0.730 4.023 0.482
vii. Knowledge Sharing & Management *
(Identified by Industry Expert Number Two)
Additional Dynamics Identified
During Round-
One
5 - 4.094 0.410
viii. Impact on End Client Business *
(Identified by Industry Expert Number Nine) 5 - 3.875 0.783
ix. Whole of Business Life-cycle cost *
(Identified by Industry Expert Number Nine) 5 - 4.188 0.424
[*] • These three additional dynamics were identified by various expert panel members (Section 6.2.5) as
being highly relevant (Figure 6-1 ‘a‘) during round-one of the survey in terms of being key components of the CDF for delivering innovative change within an organisation.
• No rate could be allocated to these by the remaining expert panel members during round-one. • Therefore, to achieve a consensus in responses, the three additional dynamics (and any relevant
factors) where respectively included in round-two of the survey, thereby providing all nine expert panel members the opportunity to allocate a relevance rate of between 1 (no relevance) and 5 (most relevant) to each in terms of whether or not they agree these were key components of the CDF.
• Consensus in responses was subsequently reached by the end of the second (final) round.
UP
UP
DOWN
DOWN
Chapter Seven – Data Analysis and Key Findings
- 161 -
Figure 6-3: Mean Response for Nine Dynamics: By Round
Final analysis of the above round-two responses revealed ‘Whole of Business
Life-cycle Cost’ (a) as being the most relevant dynamic, stabilising at a mean rate
of 4.2 (84%). Conversely, ‘Culture’ (b) was rated as least relevant of the nine
dynamics, yet still above the minimum required rate of three (≥60%) (Section
5.11) - stabilising at a mean rating of 3.4 (68%) relevance.
Therefore, when analysing the Mean and Variation of industry expert responses,
all nine dynamics were confirmed as key components of the CDF.
MEAN RESPONSE FOR NINE DYNAMICS: BY ROUND
5.0 5.0 5.0
3.9 3.73.5
4.13.8 3.9
3.93.7
3.93.5
3.8
4.2
3.4
4.03.9
1
2
3
4
5C
hang
e
Cul
ture
Impa
ct o
n E
ndC
lient
Bus
ines
s
Impl
emen
tatio
n
Inno
vatio
n
Kno
wle
dge
Sha
ring
/M
anag
emen
t
Lead
ersh
ip
Trai
ning
Who
le o
fB
usin
ess
Life
cycl
e C
ost
Round 1 Round 2
(a) 84% Relevance Highest Rated
Dynamic
(b) 68% Relevance Lowest Rated
Dynamic
60%
Threshold
>6
0%=R
ELEV
ANT
<6
0%=IR
RELE
VANT
Chapter Seven – Data Analysis and Key Findings
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6.2.3. Advanced Data Analysis (Step Three): Profile Analysis
Referring to step three (activity one) of the Advanced Analysis Plan (Table 6-1),
the results from the Profile Analysis of each expert panel member and the
organisations they represent follow.
During the first survey round (Appendix H:), the personal and organisational
background information from each expert panel member was collated
(confidentially) in order to obtain a better understanding of their individual profiles
and to identify various response categories for analysis.
The variables of response data were saved as individual Excel spreadsheets,
transferred into a survey database, categorised and then analysed according to
the Delphi Technique outlined in Chapters Five and Six. The personal and
organisational (profile) categories for this analysis are detailed in Table 6-3.
As noted previously, although the responses from industry expert number eight
were excluded from the round-two analysis, the first round of responses were still
included in the Profile Analysis.
Chapter Seven – Data Analysis and Key Findings
- 163 -
Table 6-3: Profile Analysis Categories
ORGANISATIONAL CATEGORIES
i. Size Size of organisation: based on turnover
1. Categorised as 1 = >$100M or 2 = <$100M
ii. Public vs. Private Sector
Main sector of the industry expert’s organisation
2. Categorised as Public or Private
iii. Classification Main classification of the industry expert’s organisation
3. Categorised as Client; Contractor; or Consultant (which includes Academic and
R&D organisations)
iv. Geographic Location
Main geographic location of the industry expert’s organisation
4. Categorised as Australian-based or Internationally-based
INDUSTRY EXPERT CATEGORIES
i. Role The current position of the industry expert.
5. Categorised as 1 = Manager; 2 = Director or 3 = Academic (including research)
ii. Experience Change management experience of the industry expert
6. Categorised as Yes or No
iii. Education Level Highest level of education obtained by the industry expert
7. Categorised as 1 = Post Graduate Degree or above or 2 = Bachelors Degree
or below
iv. Employment Length
(In Current Role)
Length of time in the industry expert’s current position
8. Categorised as 1 = >10 years or 2 = 10 years or less
Based on the above categories, the results and outcomes of the Profile Analysis
of expert panel members and the organisations they represented follow.
6.2.3.1. Highest Education
The panel of experts were asked to confirm the highest level of education they
had completed. Results show that most industry experts achieved a Bachelors
Degree or higher, with only one expert indicating a Diploma being the highest.
Chapter Seven – Data Analysis and Key Findings
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6.2.3.2. Current Position
Industry experts were asked the title of their current position. Results showed that
each of the panel members performed a different yet senior role within their
organisations. These positions comprised six managers, two directors and one
academic (including research).
6.2.3.3. Length of Employment (In Current Role)
Results showed that each of the panel members had varying lengths of
employment, with a total of 134 years of employment between them. The length
of employment was divided into two main groups. Group one represented the
four industry experts who were employed for less than ten years in their current
role; and group two the remaining five industry experts with more than ten years
of employment in their current role.
6.2.3.4. Organisation Classification
Industry experts were also asked for their organisation's main classification,
identifying three clients, four contractors and two consultants (which include
academic and R&D organisations).
6.2.3.5. Organisation Size
For classification and analysis purposes, industry experts were asked the size of
their organisations. Size was based on its average annual turnover – those with
an average annual turnover greater than $100 million; and those with less than
$100 million.
Chapter Seven – Data Analysis and Key Findings
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Most industry experts (seven) were from larger organisations (those greater than
$100 million). For the remaining two smaller organisations, one had an annual
turnover of less than $100 million; and the other less than $500,000.
6.2.3.6. Organisation Sector
Finally, industry experts were asked whether their organisation would be
classified as a public or private enterprise. Both enterprise groups were equally
represented with five organisations classified as public enterprises and the
remaining four as private.
6.2.4. Advanced Data Analysis (Step Three): Ranking of Dynamics
Following the above Explorative and Profile Analysis, and referring to step three
(activity two) of the Advanced Analysis Plan (Table 6-1), this section documents
the final results from analysing the responses from the second and final survey
round (Appendix I:). This allowed ranking of the nine dynamics, as shown in
Table 6-4.
The final (round-two) mean relevance rates for each of the nine dynamics were
also ranked in accordance with the industry expert’s characteristics and
organisational factors (see Section 2.7.2.6.2.8).
Chapter Seven – Data Analysis and Key Findings
- 166 -
Table 6-4: Final Ranking of the Nine Dynamics
RANK * NINE DYNAMICS MEAN RATE
1 (No Relevance) - 5 (Most Relevant)
WEIGHT (%) *
(Based on Mean Relevance
Rate)
1
(Highest)
Whole of Business Life-cycle cost Three dynamics
receiving the highest
mean response at the end
of final round-two
4.2 84%
(Highest)
2 Knowledge-sharing and Management 4.1 82%
3 Training / Education 4.04 81%
4 Impact on End Client Business 3.9 78%
5 Change 3.9 78%
6 Leadership Four dynamics
receiving the lowest
mean response at the end
of final round-two
3.8 76%
7 Implementation 3.7 74%
8 Innovation 3.5 70%
9
(Lowest)
Culture 3.4
68%
(Lowest)
[*] Refers to the Rank and Weight of the Nine Dynamics - in terms of their mean relevance rate as key components of the CDF for delivering innovative change within an organisation
6.2.5. Advanced Analysis (Step Three): Relevance of Nine Dynamics
With reference to the rankings in Table 6-4, and in line with step three (activity
three) of the Advanced Analysis Plan (Table 6-1), this section outlines the results
from analysing the responses to the second and final survey round (Appendix I:)
by highlighting the relevance rate calculated for each of the nine dynamics and
confirming these as key components of the proposed CDF.
6.2.5.1. Relevance of Whole of Business Life-cycle cost
During round-one, expert number nine identified the dynamic ‘Whole of Business
Life-cycle Cost’ as being a key component of the CDF, underpinned by the factor
‘Costs of Innovative Change’ and its two sub-factors ‘Working Closely with
Chapter Seven – Data Analysis and Key Findings
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Clients’ and ‘Consider Capital vs. Operational Costs’. Referring to Figure 7-4, the
panel of experts was given the opportunity in round-two to confirm whether or not
they agree with expert number nine’s recommendation. Although expert number
six (c) was recorded rating the ‘Costs of Innovative Change’ factor (a) 20% lower
than the other seven panel members, when calculating its overall mean
relevance rating (e), final results still exceeded the minimum required percentage
rate of 60% or above (Section 5.11).
Figure 6-4: Relevance of Whole of Business Life-cycle Cost
Analysis of responses reveal a consensus was reached at the end of the second
round, where the ‘Whole of Business Life-cycle Cost’ dynamic received an overall
84 83 85
0
10
20
30
40
50
60
70
80
90
100
COST OF INNOVATION-DRIVENCHANGE INITIATIVE
Work Closely with Clients… Recognise Higher Capital Cost…
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
<6
0%=I
RR
ELE
VA
NT
>6
0%=R
ELEV
ANT
RELEVANCE OF: ‘WHOLE OF BUSINESS LIFE-CYCLE COST’
(Identified by Industry Expert Number Nine)
(f2) (f1)
(b) Proposed
Sub-Factors
(a) Proposed Factor
(c)
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
60%
Threshold
(e)
Chapter Seven – Data Analysis and Key Findings
- 168 -
percentage rate of 84% and thereby the most relevant of the nine dynamics
within the proposed CDF. This calculation was based on the following two sub-
factor (b) results:
• ‘Working Closely with Clients’ (83%) (f1): Working with clients as well as with
other key stakeholders in order to accurately evaluate the proposed innovative
change
• ‘Consider Capital vs. Operational Costs’ (85%) (f2): By effectively comparing
the upfront capital costs of innovative change against the ongoing operational
costs.
6.2.5.2. Relevance of Knowledge-sharing and Management
In round-two, the panel of experts confirmed whether or not they agreed with
expert number two’s recommendation of the dynamic ‘Knowledge-sharing and
Management’ by allocating a relevance rate to each of its four underlying factors:
‘Changing Traditional Data Storage Methods’; ‘Sharing vs. Storing Effort’;
‘Shared Work-spaces’ and ‘Leading Edge’ (see ‘a’ in Figure 6-5).
Although industry experts one, three and six rated the relevance of certain factors
lower than the rest, they all still met the minimum required percentage rate of
60% or above (Section 5.11).
Chapter Seven – Data Analysis and Key Findings
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Figure 6-5: Relevance of Knowledge-sharing and Management
Analysis of responses reveal a consensus was reached for the ‘Knowledge-
sharing and Management’ dynamic, receiving an overall percentage rate of 82%
and therefore the second most relevant of the nine dynamics within the proposed
CDF. This was based on the mean ratings calculated from its four underlying
factors:
• Changing Traditional Data Storage Methods (83%) (a1): Having the ability to
convert traditional (tacit and explicit) formats of value-adding data, information
and / or knowledge, and then storing these in a shared (electronic)
environment (for future use).
• Sharing vs. Storing Effort (83%) (a2): To ensure efforts to manage and share
electronic data, information and / or knowledge, closely matches (if not
83808383
0
10
20
30
40
50
60
70
80
90
100
CHANGING TRADITIONALDATA STORAGE METHODS
SHARING VS. STORINGEFFORT
SHARED WORK-SPACES LEADING EDGE
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
(a) Proposed Factors
60%
Threshold
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
>6
0%=R
ELEV
ANT
<6
0%=I
RREL
EVAN
T RELEVANCE OF: ‘KNOWLEDGE-SHARING AND MANAGEMENT’
(Identified by Industry Expert Number Two)
(a1) (a2) (a3) (a4)
Chapter Seven – Data Analysis and Key Findings
- 170 -
reduces) traditional (current) efforts of managing and sharing the equivalent
hard copy formats of the same data, information and / or knowledge.
• Shared Work-spaces (80%) (a3): Having ready access to virtual workspaces
and platforms (internet etc.) that house suitable and user-friendly data,
information and knowledge creating, storing; and sharing tools, system,
programs etc.
• Leading Edge (83%) (a4): Ensuring that all efforts in creating, sharing and
managing data, information and knowledge are value adding. No-one wants to
be on the ‘bleeding edge’ of progress — ‘leading ... not bleeding’.
6.2.5.3. Relevance of Training and Education
The experts were asked to determine the relevance of facilitating suitable
‘Training and Education’ environments and incentives that are, for example,
attuned to promoting employees and project team members to willingly absorb
their newly attained innovative change knowledge and effectively apply these
experiences within their current and future work environment.
Over and above the original six hypothesised factors and relevant sub-factors
(see ‘a’ in Figure 6-6), experts one and five identified an additional four factors for
this dynamic during survey round-one: ‘Broader Industry Support’; ‘Ability’;
‘Understanding’; and ‘Commonsense’ (see ‘b’ in Figure 6-6). In round-two the
experts confirmed whether or not they agreed by allocating a relevance rate to
each of these factors.
Although most experts, with the exception of number nine, rated the relevance of
certain factors as low as 60% (e), they all still met the minimum required
percentage rate specified in Section 5.11.
Chapter Seven – Data Analysis and Key Findings
- 171 -
Figure 6-6: Relevance of Training and Education
Final results reveal a consensus was reached at the end of the second round,
with ‘Training and Education’ receiving an overall percentage rate of 81% and
73
73
75
73
70
75
83
79
80
78
83
85
88
83
93
83
83
0 10 20 30 40 50 60 70 80 90 100
LEARNING INCENTIVES
Continue Training, Learning and Developmentof skill-sets?
Increased Productivity Levels of employees(students)?
Voluntarily Create, Share and Apply their newlyattained knowledge?
DELIVERY
BENEFITS
GOOD INVESTMENT?
ENHANCED EFFICIENCY
Creativity and Skills?
Suitable and Professional Learning / TrainingEnvironment / Platform?
PRODUCTIVITY UNTRAINED / UNEDUCATED
BROADER INDUSTRY SUPPORT (Suggested by Industry Expert #1 - Round 1)
Ensuring Enhanced Efforts and Improved Inputfrom Professional Learned Bodies from the
Industry? Having Ready Acess to Relevant Sucessful as
well as Failed Case Study Examples forEnhanced Future Learning?
ABILITY (Suggested by Industry Expert #5 - Round 1)
UNDERSTANDING (Suggested by Industry Expert #5 - Round 1)
COMMONSENSE (Suggested by Industry Expert #5 - Round 1)
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
RELEVANCE OF: ‘TRAINING AND EDUCATION’
(Hypothesised Dynamic)
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
60% Threshold
>60%=RELEVANT
<60%=IRRELEVANT
(d) 93% M
ean R
elevance Rate
(Highest Factor)
(c) 70% M
ean R
elevance Rate
(Lowest Factor)
(e)
(b) Additional Four Factors and Relevant Sub-factors
(a) Original Six Hypothesised Factors and Relevant Sub-factors
1 2 3 4
1 2 3
4
5 6
Chapter Seven – Data Analysis and Key Findings
- 172 -
therefore the third most relevant of the nine dynamics within the proposed CDF.
This percentage rate was based on the mean ratings calculated for the original
six (a) and the additional four factors (b):
• Learning Incentives (73%): To ensure trainers and educators offer and promote
effective reward and learning incentive packages that encourage the following
influencing sub-factors:
o Employees (students) to continue training, learning and development of skill
sets (73%).
o Increased productivity levels of employees (students) (75%).
o Employees to voluntarily create, share, and apply their newly attained
knowledge amongst other co-workers, stakeholders and work environments
(73%).
• Delivery (c) - Lowest Rated Training and Education Factor (70%): To ensure
trainers and educators have ready access and the required skill sets to employ
the latest training and education delivery tools (models, frameworks, action-
points, ‘disciplines’ etc.), such as using synchronised and instructor-led
training systems and programs with innovative and user-friendly video, audio
and graphical presentation for geographically dispersed applications etc.
• Benefits (75%): To ensure trainers and educators recognise and continuously
promote the key benefits that can be gained through improved training and
education.
• Good Investment (83%): To ensure that investing in the development (training
and educating) of employees is a logical, worthwhile and essential endeavour;
promoted and supported accordingly by senior management.
• Enhanced Efficiency and Productivity (79%): The best way for trainers and
educators to improve long-term efficiencies and enhance overall productivity
levels of employees (through the effective use of the proposed innovative
change) is to adhere to the following influencing sub-factors:
o Unlock and develop an individual employee’s creativity and skills (80%).
o Provide employees with a suitable and professional learning and training
environment or platform that enables newly acquired skill sets to be
effectively disseminated, communicated and applied within current and
future work environments (78%).
Chapter Seven – Data Analysis and Key Findings
- 173 -
• Untrained and Uneducated (83%): Ensuring key employees are not left
uneducated or untrained on how to effectively apply innovative change, that is,
ensuring employees of an organisation perform to their full potential.
• Broader Industry Support and Involvement: Identified by Industry Expert
Number One (85%): Trainers and educators to take an active role in, and get
more involved with current construction industry undertakings by adhering to
the following influencing sub-factors:
o To ensure enhanced efforts and improved input from professional learned
bodies from the industry (83%).
o Having ready access to relevant successful and failed case study examples
for enhanced future learning (83%).
• Ability (d) - Highest Rated Training and Education Factor - Identified by
Industry Expert Number Five (93%): To ensure trainers and educators have
the ability to offer the necessary industry standard and level of education.
• Understanding - Identified by Industry Expert Number Five (83%): To ensure
employees have the basic ability to learn the new skill sets.
• Commonsense - Identified by Industry Expert Number Five (83%): To ensure
employees can think in a logical way.
6.2.5.4. Relevance of Impact on End-client Business
During round two, the panel rated expert number nine’s recommendation of the
‘Impact on End-client Business’ dynamic by allocating a relevance rate between
1 (no relevance) and 5 (most relevant) to its two underlying factors: ‘Go the Extra
Mile’ and ‘Developing Synergy’ (see ‘a’ in Figure 6-7).
Chapter Seven – Data Analysis and Key Findings
- 174 -
Figure 6-7: Relevance of Impact on End-client Business
Although experts two, three and six rated the two factors between 40% and 60%
(b1 and b2), when incorporated into calculating their mean relevance rating, they
each received an overall percentage rate of 78%, which met the minimum
required rate specified in Section 5.11:
• Go the Extra Mile (78%): Developing strong client and other key stakeholder
relationships, that is, beyond the mere re-engineering, supply, operational and
physical infrastructure requirements of the proposed innovative change.
• Develop Synergy (78%): Developing a total business plan with inputs from the
client and other key stakeholders by promoting win / win outcomes (2 + 2 =
>5). Achieved by taking into account all possible upstream and downstream
effects and influences the delivery of a proposed innovative change may have
on the re-engineering, infrastructure and / or business process requirements of
7878
0
10
20
30
40
50
60
70
80
90
100
GO THE EXTRA MILE DEVELOP SYNERGY (2 + 2 = 5)
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
>6
0%=R
ELEV
ANT
<6
0%=I
RREL
EVAN
T
RELEVANCE OF: ‘IMPACT ON END-CLIENT BUSINESS’
(Identified by Industry Expert Number Nine)
(a) Proposed Factors
(b1)
(b2)
60%
Threshold
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
Chapter Seven – Data Analysis and Key Findings
- 175 -
all parties involved (e.g. through a joint impact analysis; risk vs. opportunity
assessment etc.)
Final analyses of results reveal that a consensus was reached at the end of the
second round, where the ‘End-client Business’ dynamic received an overall
percentage rate of 78% and therefore the fourth most relevant of the nine
dynamics within the proposed CDF.
6.2.5.5. Relevance of Change
For the dynamic of ‘Change’ the panel rated each of its six hypothesised factors
and their relevant sub-factors: ‘Need’; ‘Drivers’; ‘Barriers’; ‘Overcome
Challenges’; ‘Cost vs. Timing vs. Difficulty’; and ‘Methods, Models, and
Frameworks’ (see ‘a’ in Figure 6-8).
Chapter Seven – Data Analysis and Key Findings
- 176 -
Figure 6-8: Relevance of Change
Although Figure 6-8 shows certain experts rating a number of change factors
between 40% and 60% (x and y), when incorporated into calculating their mean
8175
75
88
85
80
80
75
78
73
73
73
70
80
0 10 20 30 40 50 60 70 80 90 100
NEED FOR CHANGE
Globalisation Of The Economy?
Increased Competition?
Technological Advancement?
Labour Shortages?
Increased Client Expectations?
CHANGE DRIVERS
CHANGE BARRIERS
OVERCOMING CHALLENGES
COST vs. TIMING vs. DIFFICULTY
Timely?
Cost Effective?
Less 'Difficult' / More 'User Friendly'?
METHODS / MODELS / FRAMEWORKS
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
>60%=RELEVANT
<60%=IRRELEVANT
(x)
(y)
(b) 81% M
ean R
elevance Rate
(Highest Factor)
(c) 73% M
ean R
elevance Rate
(Lowest Factor)
60% Threshold
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
RELEVANCE OF: ‘CHANGE’
(Hypothesised Dynamic)
(a) Original Six Hypothesised Factors and Relevant Sub-factors
1 2
3
4
5 6
Chapter Seven – Data Analysis and Key Findings
- 177 -
relevance, they each received an overall percentage rate well above the
minimum required rate specified in Section 5.11:
• Need (b) - Highest Rated Change Factor (81%): The following sub-factors
should be considered when emphasising or justifying the 'need' for innovative
change:
o Globalisation of the economy: Global economic trends to help identify
business risks and investment opportunities (75%).
o Effects of increased competition (75%).
o Identifying technological advancement opportunities: in areas such as
software, hardware, e-systems, mobile computing, handheld products,
manufacturing, installation, erecting etc. (88%).
o Labour shortages and the need to, for example, adopt advanced resource
and knowledge management initiatives (85%).
o Increased client expectations in using; for example, new, innovative or state-
of-the-art processes, systems, products, methods, materials etc. (80%).
• Drivers (80%): Identifying and then determining ways to incorporate the key
factors that can help drive and convince members to readily adopt the
innovative change delivery and application process.
• Barriers (75%): Identifying and then determining ways to overcome various
forms of resistance that challenges members to readily adopt and adapt to the
innovative change delivery and application process.
• Overcome Challenges (78%): Having ready access to relevant, trialled and
tested actions and approaches to help members overcome their inherent fear
and resistant approach towards the delivery and application of innovative
change.
• Cost vs. Timing vs. Difficulty (c) - Lowest Rated Change Factor (73%): Having
ready access to the most relevant, trialled and tested (good practice) delivery
and application process or strategy that is:
o Timely – undertaken at a suitable or preferred point in time (73%).
o Cost effective – through, for example, the efficient use of available / shared
resources (73%).
o Less 'difficult' and more 'user friendly' – offering a greater chance in success
and sustainability (70%).
Chapter Seven – Data Analysis and Key Findings
- 178 -
• Methods, Models and Frameworks (80%): Having ready access to relevant,
trialled and tested (good practice) change models, methods and frameworks to
help ensure the sustainable delivery of innovative change.
Final analysis of responses reveal a consensus was reached at the end of the
second round, which resulted in ‘Change’ receiving an overall percentage rate of
78% and therefore the fifth most relevant of the nine dynamics within the
proposed CDF.
6.2.5.6. Relevance of Leadership
The panel of experts evaluated the relevance of ‘Leadership’ by rating each of its
eight hypothesised factors: ‘Leader vs. Manager’; ‘Human Intervention’; ‘New vs.
Old Leaders and / or Champions’; ‘Trust and Collaboration’; ‘Leadership Traps’;
‘Regular Reviews’; ‘Minimise Resistance’; and ‘Methods, Models and
Frameworks’ (see ‘a’ in Figure 6-9).
Chapter Seven – Data Analysis and Key Findings
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Figure 6-9: Relevance of Leadership
73
70
80
73
80
70
68
63
67
75
83
80
83
80
85
0 10 20 30 40 50 60 70 80 90 100
LEADER vs. MANAGER
HUMAN INTERVENTION
Personal and Professional?
Positive Environment of Mutual Assuranceand Success?
Achievable Business Goals andObjectives?
Resource Capabilities / Limitations?
NEW VS. OLD LEADERS / CHAMPIONS
Leadership Skill Sets (communication,business, etc .)?
Recipies ' for Success?
Clearer (Unbiased / Realis tic) V is ion /Goals / Objectives?
TRUST & COLLABORATION
LEADERSHIP TRAPS
REGULAR REVIEWS
MINIMISE RESISTANCE
METHODS / MODELS / FRAMEWORKS
(% )
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
>60%=RELEVANT
<60%=IRRELEVANT
60% Threshold
(x)
(y)
(c) 67% M
ean R
elevance Rate
(LowestFactor)
(z)
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
(b) 85% M
ean R
elevance Rate
(HighestFactor)
RELEVANCE OF: ‘LEADERSHIP’
(Hypothesised Dynamic)
(a) Original Eight Hypothesised Factors and Relevant Sub-factors
1 2
3
4
5 6
7 8
Chapter Seven – Data Analysis and Key Findings
- 180 -
With the exception of number nine, experts rated a number of leadership factors
and sub-factors between 40% and 60% relevance (x, y and z). Yet, when
incorporated into calculating their overall mean relevance at the end of the
second round, they still achieved a percentage rate well above the minimum
specified in Section 5.11:
• Leader vs. Manager (b) - Highest Rated Leadership Factor (85%): To realise
that ‘not all leaders are managers, nor are managers all leaders’.
• Human Intervention (80%): To ensure that a leader or champion's 'human
intervention' capabilities and experience include:
o An enhanced level of communication skill sets – personal and professional
(83%).
o Being able to facilitate a positive environment of mutual assurance and
success (80%).
o The ability of setting achievable business goals and objectives (83%).
o Recognising personal (employee) and other (non-human) resource
capabilities and limitations (75%).
• New vs. Old Leaders and Champions (c) - Lowest Rated Leadership Factor
(67%): To consider the introduction of new (external) leaders to champion
employees through the delivery and application process, to contribute: o Fresh, enhanced, valuable and ‘never tried before’ leadership skill sets
(63%).
o Tried and tested ideas, processes and innovative recipes for success (68%).
o A clearer, unbiased and realistic vision, goal and objective (70%).
• Trust & Collaboration (80%): To ensure leaders and champions encourage
employees to promote a sustainable 'culture’/philosophy of trust and
collaboration (before, during and after) the delivery and application process.
• Leadership Traps (73%): To ensure leaders and champions have ready access
to past leadership ‘traps' or hints (do’s and don’ts) experienced by
acknowledged leaders and champions from both construction and other
industry sectors.
• Regular Reviews (80%): To ensure leaders and champions regularly and
continuously review (before, during and after) the delivery and application
process.
Chapter Seven – Data Analysis and Key Findings
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• Minimise Resistance (70%): To ensure leaders and champions have ready
access to, and incorporate relevant, tried and tested (good practice)
approaches that can reduce organisational member resistance towards the
delivery of innovative change.
• Methods, Models and Frameworks (73%): To ensure leaders and champions
have ready access to, and incorporate relevant, tried and tested (good
practice) leadership models, methods, actions and frameworks to help ensure
the successful delivery and application of innovative change.
Final analysis of results reveal a consensus was reached at the end of the
second round, which resulted in ‘Leadership’ receiving an overall percentage rate
of 76% and therefore the fourth least relevant of the nine dynamics within the
proposed CDF.
6.2.5.7. Relevance of Implementation
‘Implementation’ was rated by the panel by allocating a relevance of 1 (no
relevance) to 5 (most relevant) to each of its five hypothesised factors and sub-
factors: ‘Business Goals and Objectives’; ‘Strategies, Methods, Models and
Frameworks’; ‘Timing, Prioritisation and Delegation’; ‘Barriers and Challenges’;
and ‘Success Factors’ (see ‘a’ in Figure 6-10).
Although Figure 6-10 shows all eight experts rated various Implementation
factors and sub-factors between 40% and 60% (x and y), when incorporated into
calculating their mean relevance, they each received an overall percentage rate
well above the minimum required rate specified in Section 5.11.
Chapter Seven – Data Analysis and Key Findings
- 182 -
Figure 6-10: Relevance of Implementation
78
73
78
80
78
78
68
60
64
80
0 10 20 30 40 50 60 70 80 90 100
BUSINESS GOALS / OBJECTIVES
STRATEGIES / METHODS / MODELS /FRAMEWORKS
The innovation-driven change solution?
The organisation or project team work /social environment?
TIMING / PRIORITISATION / DELEGATION
Timing?
Prioritisation?
Delegation?
BARRIERS / CHALLENGES
SUCCESS FACTORS
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
>60%=RELEVANT
<60%=IRRELEVANT
RELEVANCE OF: ‘IMPLEMENTATION’
(Hypothesised Dynamic)
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
(b) 80% M
ean R
elevance Rate
(HighestFactor)
(c) 64% M
ean R
elevance Rate
(LowestFactor)
(x)
(y)
60% Threshold
(a) Original Five Hypothesised Factors and Relevant Sub-factors
1 2 3 4
5
Chapter Seven – Data Analysis and Key Findings
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Final analysis of results reveals a consensus was reached at the end of the
second round, which resulted in ‘Implementation’ receiving an overall percentage
rate of 74% and therefore the third least relevant of the nine dynamics within the
proposed CDF. This percentage rate was based on the mean ratings calculated
for its five hypothesised factors and sub-factors:
• Business Goals and Objectives (b) - Highest Rated Implementation Factor
(80%): To ensure that the implementation process fulfils (meets) key and pre-
determined business strategies, goals and objectives. • Strategies, Methods, Models and Frameworks (c) - Lowest Rated
Implementation Factor (64%): To have ready access to relevant, trialled and
tested (good practice) implementation strategies, methods, models and
frameworks that best serve the needs of:
o Innovative change or ‘new or improved way of doing things’ (60%).
o The organisation’s work and social environment – employees, end users
and other key stakeholders (68%).
• Timing, Prioritisation and Delegation (78%): To ensure the implementation
process incorporates the following three actions: o Timing: To determine a suitable point in time for an implementation process
to get underway (78%).
o Prioritisation: To identify what takes precedence before, during and after the
implementation process (80%).
o Delegation: To determine who does what (resource management) before,
during and after the implementation process (78%).
• Barriers and Challenges (73%): To determine ways on how to best manage /
overcome key concerns and contributing factors that tend to challenge the
implementation process.
• Success Factors (78%): To determine ways on how to best incorporate critical
success factors that may help ensure a sustainable implementation process.
Chapter Seven – Data Analysis and Key Findings
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6.2.5.8. Relevance of Innovation
‘Innovation’ was rated by allocating a relevance of 1 (no relevance) to 5 (most
relevant) to each of its five hypothesised factors: ‘Strategic Management’;
‘Types’; ‘Capabilities vs. Need’; ‘Drivers’; ‘Challenges and Barriers’ (see ‘a’ in
Figure 6-11).
Figure 6-11: Relevance of Innovation
Although all eight experts rated certain Innovation factors as low as 60%
relevance (x), when incorporated into calculating the overall mean rate for these,
each factor still met the minimum required percentage rate of 60% or above
relevance (Section 5.11).
65
80
65 68
75
0
10
20
30
40
50
60
70
80
90
100
INNOVATIONTYPES
STRATEGICMANAGEMENT
INNOVATIVECAPABILITIES vs.
INNOVATIVE NEED
INNOVATIONDRIVERS
INNOVATIONCHALLENGES /
BARRIERS
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
>60%=RELEVANT <60%
=IRRELEVANT
(a) Original Five Hypothesised
Factors
(c) 80% Mean Relevance Rate (Highest Factor
(b2) 65% Mean Relevance Rate (Lowest Factor
(b1) 65% Mean Relevance Rate
(Lowest Factor)
(x)
60%
Threshold
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
RELEVANCE OF: ‘INNOVATION’
(Hypothesised Dynamic)
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Figure 6-11 further reveals a consensus was reached at the end of the second
round, which resulted in ‘Innovation’ receiving an overall percentage rate of 70%
and therefore the second least relevant of the nine dynamics within the proposed
CDF. This percentage rate was based on the mean ratings calculated for its five
factors and sub-factors:
• Types (b1) - Lowest Rated Innovation Factor (65%): To determine what is the
most appropriate ‘type’ of innovation to pursue (including being familiar of all
associated factors, potential business and strategic benefits, profitability
aspects, risks etc.).
• Strategic Management (c) - Highest Rated Innovation Factor (80%): To have
ready access to relevant, trialled and tested (good practice) strategic
approaches, actions and methods to help better manage, control, govern, lead
and champion the delivery of innovative change.
• Capabilities vs. Need (b2) - Lowest Rated Innovation Factor (65%): To
determine the efficiency and responsiveness of an organisation’s innovative
capabilities (ability to recognise, create and apply innovative initiatives) and to
verify the overall need to be more innovative or not.
• Drivers (68%): To identify and then incorporate the key factors that help drive
and convince members to accelerate and revitalise their desire in becoming
more innovative.
• Challenges and Barriers (75%): To identify and manage / overcome key
concerns that tends to challenge innovation-related activities or initiatives.
6.2.5.9. Relevance of Culture
The experts evaluated the ‘Culture’ dynamic by rating each of its seven
hypothesised factors and sub-factors: ‘Culture Change Philosophy’; ‘Success
Factors’; ‘Features, Characteristics, Quality, Types and Classifications’; ‘Need for
Culture Change’; ‘Work–Life Balance’; ‘Sub-Cultures’; and ‘Methods, Models and
Frameworks’ (see ‘a’ Figure 6-12).
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Figure 6-12: Relevance of Culture
60
63
70
75
65
78
63
53
53
75
64
78
85
85
83
0 10 20 30 40 50 60 70 80 90 100
CULTURE CHANGE PHILOSOPHY
Highly Influential resources?
Difficult and Complex Dynamics to Identifywith / Define / Understand?
Difficult and Complex Dynamics to Predict /Control / Manage?
SUCCESS FACTORS
Reinforc ing a Relationship of ‘Trust’ ?
Improving Office Design / Layout / WorkingEnvironments / Conditions?
Introducing a Voluntary Job or Task RotationPolicy?
Offering Pragmatic Reward and EffectiveIncentive Packages?
Increasing Employee / StakeholderParticipation?
FEATURE / CHARACTERISTIC / QUALITY /TYPE / CLASSIFICATION
NEED FOR CULTURE CHANGE
WORK-LIFE BALANCE
SUB-CULTURES
METHODS / MODELS / FRAMEWORKS
(% )
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1 - 8)
Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
RELEVANCE OF: ‘CULTURE’
(Hypothesised Dynamic)
>60%=RELEVANT
<60%=IRRELEVANT
(w)
(y)
(x)
(z)
(b) 83% M
ean R
elevance Rate
(Highest Factor)
(c) 60% M
ean R
elevance Rate
(Lowest Factor)
60% Threshold
(a) Original Seven Hypothesised Factors and Relevant Sub-factors
1
2
3 4
5
6
7
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During the second round, the panel rated various culture factors and sub-factors
between 40% and 60% (w, x, y and z). Yet, when incorporated into calculating
the overall mean rating for these, they still met the minimum required percentage
rate outlined in Section 5.11:
• Success Factors 64%;
• Work–Life Balance 70%;
• Sub-cultures 63%; and
• Methods, Models and Frameworks 60%.
Figure 6-12 further reveals a consensus was reached at the end of the second
round, which resulted in ‘Culture’ receiving an overall percentage rate of 68%
and therefore the least relevant of the nine dynamics within the proposed CDF.
This percentage rate was based on the mean ratings calculated for its seven
hypothesised factors and sub-factors:
• Culture Change Philosophy (b) - Highest Rated Culture Factor (83%): To
convince members to readily change their current and traditional ways of
‘doing things’ in order to adopt / adapt to innovative change.
• Success Factors (64%): To achieve increased levels of success in adopting a
sustainable change in culture by:
o Reinforcing a relationship of ‘trust’ between co-workers, senior
management, employees, and other internal and external stakeholders
(75%)
o Improving office design, layout, working environments and conditions, such
as open vs. closed office layout, upgrade onsite facilities and safety etc.
(53%)
o Introducing a voluntary job or task rotation policy, such as flexible rosters, a
five-day working week policy etc. (53%)
o Offering pragmatic reward and effective incentive packages (63%)
o Increasing employee and key stakeholder participation in the decision-
making process of delivering innovative change in existing and future work
environments (78%)
• Features, Characteristics, Quality, Types and Classifications (65%): To have
ready access to relevant, trialled and tested (good practice) methods on how
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to analyse the highly influential cultural features, characteristics (perceptions,
behaviour, values etc.), qualities, types and classifications (strengths,
weaknesses etc.) of an organisation or group to help determine the most
efficient and effective way to change, adapt or align traditional work and social
habits, with the requirements of the proposed innovative change.
• To Determine the Need for Culture Change (75%): To ensure the successful
and sustainable delivery and application of innovative change will require the
above features, characteristics, qualities, types and classifications of an
existing culture (work and social undertakings of employees) to change; thus
better aligning themselves to the 'new way of doing things'.
• Work–Life Balance (70%): To ensure that members of an organisation strongly
align with a suitable, sustainable and efficient ‘work–life balance’ strategy (one
that satisfies both employee and family needs and expectations) by
considering; for example, flexible hours worked, health and wellbeing (such as
supply of fresh fruit in the workplace, health checks, and a greater emphasis
on exercise), social gatherings (family fun days), adventure and team-building
activities etc.
• Sub-Cultures (63%): To have ready access to relevant, trialled and tested
(good practice) methods on how to analyse the inherent, varying and often
contradicting sub-cultures of an organisation. This helps determine the most
efficient and effective way to change, adapt or align traditional work and social
habits, with the requirements of innovative change.
• Methods, Models and Frameworks (c) - Lowest Rated Culture Factor (60%): To
have ready access to relevant, trialled and tested (good practice) cultural
‘alignment’ and change models, methods and frameworks; to ensure
enhanced success in the delivery and application of innovative change.
In summary and for the purpose of this analysis, all nine dynamics were
confirmed as being relevant (≥60%) and key components of the proposed CDF.
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6.2.6. Factor and Cluster Analysis
Referring to step three (activity two) of the Advanced Analysis Plan (Table 6-1),
two multivariate statistical procedures were used to evaluate the data:
• Factor analysis: To investigate whether there was any grouping of the analysis
variables that would lead to the identification of underlying constructs; and
• Cluster Analysis: To identify any grouping of expert panel member responses
to the underlying factors of the nine dynamics.
6.2.6.1. Factor Analysis
Factor Analysis is a statistical procedure to determine whether there is any
correlation or relationships between the nine dynamics (see Glossary). These
outputs are referred to as ‘factors’ or ‘constructs’.
The analysis of the survey data resulted in variable clustering such that only one
generic factor could be identified. The procedure also allows for the rotation of
variables. However, this exercise did not lead to any further insight due to the
responses from the panel being consistent, resulting in high correlations among
the variables. It is therefore suggested that future researcher efforts need to be
more conscious of the impact of sample size when using factor analysis Lingard
and Rowlinson (Unknown).
6.2.6.2. Cluster Analysis
Following the above, performing a Cluster Analysis (see Glossary) of the survey
data attempted to determine whether there was any correlation between the
panel of industry experts and their responses. Subsequent analysis showed that
four industry experts (two, four, five and nine) were classified together (Cluster
One), indicating a high correlation in their responses. However, the remaining
four (one, three, six and seven) could not be clearly correlated, that is, their
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responses could either be classified in Cluster One, or in a separate Cluster Two
– which led to the discontinuation of this analysis.
6.2.7. Differential Analysis
Referring to step three (activity three) of the Advanced Analysis Plan (Table 6-1),
attempts were made to establish if any industry expert characteristics or
organisational factors outlined in Section 6.2.3, significantly influenced the results
(ratings) of one set of responses from another. That is, identifying only those
factors which are different or distinctive among possible alternatives Sharp
(c1997).
The Differential Analysis compared the following three industry expert
characteristics and four organisational factors (presented in Table 6-3), against
the relevance ratings received for the nine dynamics for survey rounds one and
two:
• Industry Expert Characteristics: Experience, Education Level and Employment
Length (in current role)
• Organisational Factors: Size, Public vs. Private Sector, Classification and
Geographic Location.
6.2.7.1. Differential Analysis: Based on Experience
The panel of experts indicated the level of experience, understanding and / or
knowledge they had in the delivery of change within organisations. Final analyses
of responses were found to be statistically significant (p=0.005, sig<0.05),
indicating a 99.5% reoccurrence rate in results; and only a 0.5% probability in not
gaining the same result when analysing further samples from the same
population – less than the nominal 0.05 sig. level of 5% (Section 6.1.1).
The outcomes from calculating the final mean response rate for the nine
dynamics are summarised in Table 6-5, showing panel members with:
Chapter Seven – Data Analysis and Key Findings
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• Limited to No Experience (Panel Member One): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for this member was ‘Training and
Education’ (a) at 3.93 (78.6%); whilst rating
‘Culture’ as least relevant at 3.33 (66.6%).
o End of Round-two (Including the Three Additional Dynamics):
The panel member altered his round-one rating, confirming ‘Impact on
End Client Business’ (b1); ‘Training and Education’ (b2) and ‘Whole of
Business Life-cycle Cost’ (b3) as being the three most relevant
dynamics in the proposed CDF – rating these equally at 4 (80%); and
identified
‘Innovation’ as being least relevant at 3 (60%).
• Experienced (Remaining Seven Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (c) –
rating it at 3.98 (79.6%); whilst identifying
‘Culture’ as least relevant at 3.47 (69%).
o End of Round-two (Including the Three Additional Dynamics):
The same seven experts altered their round-one responses, resulting in
‘Culture’ still being rated the least relevant dynamic at 3.45 (69%); and
identifying
‘Whole of Business Life-cycle Cost’ (d) as the most relevant dynamic in
the proposed CDF – rating it at 4.21 (84%).
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Table 6-5: Mean Response: Experience in Delivering Change
ROUND NINE DYNAMICS
EXPERIENCE IN DELIVERING CHANGE
1 (No Relevance) to 5 (Most Relevant)
LIMITED / NONE (One)
YES (Remaining Seven)
1 i. Change 3.433 3.807
ii. Culture 3.333 3.47
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine)
- -
iv. Implementation 3.5 3.98 (c)
v. Innovation 3.6 3.725
vi. Knowledge-sharing and Management*
(Identified by Industry Expert Number Two)
- -
vii. Leadership 3.781 3.96
viii. Training and Education 3.93 (a) 3.882
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine)
- -
2
FINAL ROUND
i. Change 3.5 3.902
ii. Culture 3.238 3.45
iii. Impact on End Client Business 4 (b1) 3.857
iv. Implementation 3.333 3.776
v. Innovation 3 3.6
vi. Knowledge-sharing and Management 3.5 4.179
vii. Leadership 3.698 3.805
viii. Training and Education 4 (b2) 4.033
ix. Whole of Business Life-cycle cost 4 (b3) 4.21 (d)
[*] Refer to Table 6-2
In summary, at the end of survey round-two, all nine dynamics (as a whole) met
the minimum required relevance rate of 3 or above (≥60%), as specified in
Section 5.11 and were confirmed by panel members (with and without
experience, understanding, and / or knowledge in the delivery of change within
organisations) as key components of the proposed CDF for delivering innovative
change within an organisation.
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6.2.7.2. Differential Analysis: Based on Education
Education levels were categorised according to panel members achieving either
a Post Graduate Degree or above; or a Bachelor Degree or below. The results
were found to be statistically significant (p=0.001, sig 0.05), indicating a 99.9%
significance rate for the data analysed; and only a 0.1% probability in not gaining
the same results when analysing further samples from the same population –
less than the nominal 0.05 sig. level of 5% (Section 6.1.1). The outcomes from
calculating the final mean response rate for the nine dynamics are summarised in
Table 6-6, showing panel members who achieved an education level of:
• Post Graduate Degree or Above (Four Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (a) at
3.81 (76%); and
‘Culture’ as least relevant at 3.13 (63%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one rating, confirming ‘Training and
Education’ (b) as being the most relevant dynamic in the proposed CDF
– rating it at 3.85 (77%); and
‘Culture’ as least relevant at 3.1 (62%).
• Bachelors Degree or Below (Four Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Leadership’ (c) –
rating it at 4.11 (82%); and
‘Culture’ as least relevant at 3.72 (74%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one responses, resulting in ‘Culture’ still
being rated the least relevant dynamic at 3.6 (72%); and
‘Whole of Business Life-cycle Cost’ (d) as the most relevant dynamic in
the proposed CDF, rating it at 4.5 (90%).
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Table 6-6: Mean Response: Education
ROUND NINE DYNAMICS
EDUCATION LEVEL
1 (No Relevance) - 5 (Most Relevant)
POST GRADUATE DEGREE OR ABOVE
(Four)
BACHELORS DEGREE OR BELOW
(Four)
1 i. Change 3.458 4.011
ii. Culture 3.13 3.718
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine)- -
iv. Implementation 3.81 (a) 4.013
v. Innovation 3.5 3.88
vi. Knowledge-sharing / Management*
(Identified by Industry Expert Number Two)- -
vii. Leadership 3.729 4.11 (c)
viii. Training and Education 3.633 4.081
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine)- -
2
FINAL ROUND
i. Change 3.641 3.978
ii. Culture 3.1 3.6
iii. Impact on End Client Business 3.833 3.9
iv. Implementation 3.711 3.727
v. Innovation 3.333 3.64
vi. Knowledge-sharing and Management 3.667 4.35
vii. Leadership 3.622 3.894
viii. Training and Education 3.85 (b) 4.127
ix. Whole of Business Life-cycle Cost 3.667 4.5 (d)
[*] Refer to Table 6-2
In support of the above findings, at the end of survey round-two, all nine
dynamics (as a whole) met the minimum required relevance rate of 3 or above
(≥60%) as specified in Section 5.11. They were confirmed by panel members (of
all education levels) as key components of the proposed CDF.
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6.2.7.3. Differential Analysis: Based on Employment Length
For this analysis, the length of an expert’s employment was categorised in terms
of being employed in his or her current position for either more or less than ten
years. The results were found to be statistically significant (p=0.001, sig 0.05),
indicating a 99.9% significance rate for the data analysed; and only a 0.1%
probability in not gaining the same results when analysing further samples from
the same population – less than the nominal 0.05 sig. level of 5% (Section 6.1.1).
The outcomes from calculating the final mean response rate for the nine
dynamics are summarised in Table 6-7, showing panel members who were
employed in their current position for:
• Ten Years or Less (Three Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (a) at
3.65 (73%); and
‘Culture’ as least relevant at 2.98 (59.6%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one rating, confirming ‘Whole of Business
Life-cycle Cost’ (b) as being the most relevant dynamic in the proposed
CDF – rating it at 4 (80%); and
‘Culture’ as being least relevant at 3.28 (65.6%).
• More than Ten Years (Remaining Five Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Leadership’ (c), rating
it at 4.31 (86%); and
‘Culture’ as least relevant at 3.84 (77%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one responses, resulting in ‘Culture’ still
being rated the least relevant dynamic at 3.5 (70%); and
Chapter Seven – Data Analysis and Key Findings
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‘Whole of Business Life-cycle Cost’ (d) as the most relevant dynamic in
the proposed CDF – rating it at 4.3 (86%).
Table 6-7: Mean Response: Employment Length
ROUND NINE DYNAMICS
EMPLOYED IN CURRENT POSITION
1 (No Relevance) - 5 (Most Relevant)
TEN YEARS OR LESS (Three)
GREATER THAN TEN YEARS (Five)
1 i. Change 3.367 4.084
ii. Culture 2.98 3.84
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine) - -
iv. Implementation 3.65 (a) 4.153
v. Innovation 3.25 4.08
vi. Knowledge-sharing and Management*
(Identified by Industry Expert Number Two) - -
vii. Leadership 3.477 4.31 (c)
viii. Training and Education 3.347 4.27
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine) - -
2
FINAL ROUND
i. Change 3.685 3.951
ii. Culture 3.28 3.5
iii. Impact on End Client Business 3.5 4.1
iv. Implementation 3.689 3.74
v. Innovation 3.4 3.6
vi. Knowledge-sharing and Management 3.917 4.2
vii. Leadership 3.58 3.919
viii. Training and Education 3.633 4.257
ix. Whole of Business Life-cycle Cost 4 (b) 4.3 (d)
[*] Refer to Table 6-2
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In summary, at the end of survey round-two, all nine dynamics (as a whole) met
the minimum required relevance rate of 3 or above (≥60%), as specified in
Section 5.11, and were confirmed by panel members (of all employment lengths)
as key components of the proposed CDF.
6.2.7.4. Differential Analysis: Based on Organisation Size
For this analysis, an organisation’s size was based on its annual turnover being
either greater or less than $100 million / annum. Subsequent results from
calculating the mean response rate for the nine dynamics were found to be not
statistically significant (p<0.28, sig 0.05), indicating a 72% significance rate for
the data analysed; yet 28% probability in not gaining the same results when
analysing further samples from the same population – well above the nominal
0.05 sig. level of 5% (Section 6.1.1). The outcomes from calculating the final
mean response rate for the nine dynamics are summarised in Table 6-8, showing
panel members from organisations with an annual turnover:
• Less than $100 million (Two Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Training and
Education’ (a) at 4.4 (88%); and
‘Change’ as least relevant at 3.9 (78%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one rating, confirming ‘Impact on End Client
Business’ (b1) and ‘Whole of Business Life-cycle Cost’ (b2) as being the
most relevant dynamic in the proposed CDF – rating them equally at
4.25 (85%); and
‘Innovation’ as being least relevant at 3.2 (64%).
• More than $100 million (Remaining Six Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (c) –
rating it at 3.9 (78%); and
Chapter Seven – Data Analysis and Key Findings
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‘Culture’ as least relevant at 3.32 (66%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one responses, resulting in ‘Culture’ still
being rated the least relevant dynamic at 3.44 (69%); and
‘Knowledge-sharing and Management’ (d) as the most relevant dynamic
in the proposed CDF – rating it at 4.2 (84%).
Table 6-8: Mean Response: Organisational Size (Annual turnover)
ROUND NINE DYNAMICS
ORGANISATION SIZE
1 (No Relevance) - 5 (Most Relevant)
>$100M (Six) <$100M (Two)
1 i. Change 3.73 3.9
ii. Culture 3.32 3.943
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine)- -
iv. Implementation 3.9 (c) 4.02
v. Innovation 3.63 4
vi. Knowledge-sharing and Management*
(Identified by Industry Expert Number Two)- -
vii. Leadership 3.896 4.094
viii. Training and Education 3.683 4.4 (a)
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine)- -
2
FINAL ROUND
i. Change 3.883 3.756
ii. Culture 3.44 3.362
iii. Impact on End Client Business 3.75 4.25 (b1)
iv. Implementation 3.817 3.433
v. Innovation 3.633 3.2
vi. Knowledge-sharing and Management 4.2 (d) 3.75
vii. Leadership 3.849 3.62
viii. Training and Education 4.022 4.025
ix. Whole of Business Life-cycle Cost 4.167 4.25 (b2)
[*] Refer to Table 6-2
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In support of the above findings, at the end of survey round-two, all nine
dynamics (as a whole) met the minimum required relevance rate of 3 or above
(≥60%) – as specified in Section 5.11 – and were confirmed by panel members
(from organisations with annual turnovers of less and greater than $100 million /
annum) as key components of the proposed CDF.
6.2.7.5. Differential Analysis: Based on Public vs. Private Sector
For this analysis, organisations were categorised into either Public or Private
sector organisations. Results were found to be statistically significant (p=0.001,
sig 0.05) indicating a 99.9% significance rate for the data analysed; and only a
0.1% probability in not gaining the same results when analysing further samples
from the same population – less than the nominal 0.05 sig. level of 5% (Section
6.1.1). Subsequent outcomes from calculating the final mean response rate for
the nine dynamics are summarised in Table 6-9, showing panel members from:
• Public Sector Organisations (Five Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (a) at
3.65 (73%); and
‘Culture’ as least relevant at 3.17 (63%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one rating, confirming ‘Whole of Business
Life-cycle Cost’ (b) as being the most relevant dynamic in the proposed
CDF – rating it at 4 (80%); and
‘Culture’ as being least relevant at 3.28 (65.6%).
• Private Sector Organisations (Remaining Three Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Training and
Education’ (c) – rating it at 4.52 (90%); and
‘Culture’ as least relevant at 3.82 (76%).
Chapter Seven – Data Analysis and Key Findings
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o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one responses, resulting in ‘Culture’ still
being rated the least relevant dynamic at 3.65 (73%); and
‘Knowledge-sharing and Management’ (d1) and ‘Whole of Business
Life-cycle Cost’ (d2) as the two most relevant dynamics in the proposed
CDF – rating them equally at 4.5 (90%).
Table 6-9: Mean Response: Public vs. Private Sector
ROUND NINE DYNAMICS
ORGANISATION SECTOR
1 (No Relevance) - 5 (Most Relevant)
PUBLIC (Five) PRIVATE (Three)
1 i. Change 3.56 4.022
ii. Culture 3.17 3.82
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine) - -
iv. Implementation 3.65 (a) 4.283
v. Innovation 3.44 4.05
vi. Knowledge-sharing and Management*
(Identified by Industry Expert Number Two) - -
vii. Leadership 3.606 4.357
viii. Training and Education 3.339 4.52 (c)
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine) - -
2
FINAL ROUND
i. Change 3.704 4.096
ii. Culture 3.28 3.65
iii. Impact on End Client Business 3.7 4.167
iv. Implementation 3.64 3.856
v. Innovation 3.4 3.733
vi. Knowledge-sharing and Management 3.85 4.5 (d1)
vii. Leadership 3.662 4.007
viii. Training and Education 3.77 4.444
ix. Whole of Business Life-cycle Cost 4 (b) 4.5 (d2)
[*] Refer to Table 6-2
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Chapter Seven – Data Analysis and Key Findings
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In support of the above findings, the mean response rate allocated to the nine
dynamics at the end of the second survey round stabilised at the minimum
required relevance rate of 3 or above (≥60%) – as specified in Section 5.11 – and
were confirmed by the panel of experts (from private and public sector
organisations) as key components of the CDF.
6.2.7.6. Differential Analysis: Based on Organisation Classification
For this analysis, organisations were categorised as Client, Contractor or
Consultant organisations. The results were statistically significant (p=0.001, sig
0.05), indicating a 99.9% significance rate for the data analysed; and only a 0.1%
probability in not gaining the same results when analysing further samples from
the same population – less than the nominal 0.05 sig. level of 5% (Section 6.1.1).
The outcomes from calculating the final mean response rate for the nine
dynamics are summarised in Table 6-10, showing panel members from:
• Client Organisations (Three Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (a) at
3.6 (72%); and
‘Culture’ as least relevant at 2.9 (58%).
o End of Round-two (Including the Three Additional Dynamics):
The three experts altered their round-one rating, thereby confirming
‘Whole of Business Life-cycle Cost’ (b) as being the most relevant
dynamic in the proposed CDF – rating it at 4 (80%); and
‘Innovation’ as being least relevant at 3.3 (66%).
• Consultant Organisations (Two Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Training and
Education’ (c) – rating it at 4.48 (79.5%); and
Chapter Seven – Data Analysis and Key Findings
- 202 -
‘Change’ as least relevant at 3.9 (78%).
o End of Round-two (Including the Three Additional Dynamics):
The two experts altered their round-one responses, resulting in
‘Innovation’ being rated the least relevant dynamic at 3.2 (64%); and
‘Impact on End Client Business’ (d1) and ‘Whole of Business Life-cycle
Cost’ (d2) as the two most relevant dynamics in the proposed CDF –
rating them equally at 4.25 (85%).
• Contractor Organisations (Remaining Three Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Leadership’ (e) –
rating it at 4.29 (86%); and
‘Culture’ as least relevant at 3.6 (72%).
o End of Round-two (Including the Three Additional Dynamics):
The experts altered their round-one responses, resulting in ‘Culture’ still
being rated the least relevant dynamic at 3.6 (72%); and
‘Knowledge-sharing and Management’ (f) as the most relevant dynamic
in the proposed CDF – rating it at 4.5 (90%).
Chapter Seven – Data Analysis and Key Findings
- 203 -
Table 6-10: Mean Response: Organisation Classification
ROUND NINE DYNAMICS
ORGANISATION CLASSIFICATION
1 (No Relevance) - 5 (Most Relevant)
CLIENT
(Three)
CONSULTANT
(Two)
CONTRACTOR
(Three)
1 i. Change 3.504 3.9 3.9
ii. Culture 2.9 3.943 3.6
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine) - - -
iv. Implementation 3.6 (a) 4.02 4.13
v. Innovation 3.2 4 3.95
vi. Knowledge-sharing and Management*
(Identified by Industry Expert Number Two)- - -
vii. Leadership 3.37 4.094 4.29 (e)
viii. Training and Education 3.19 4.48 (c) 4.05
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine)- - -
2 FINAL
ROUND
i. Change 3.69 3.76 4.081
ii. Culture 3.3 3.362 3.6
iii. Impact on End Client Business 3.5 4.25 (d1) 4
iv. Implementation 3.69 3.43 3.944
v. Innovation 3.4 3.2 3.867
vi. Knowledge-sharing and Management 3.92 3.75 4.5 (f)
vii. Leadership 3.58 3.62 4.12
viii. Training and Education 3.63 4.025 4.41
ix. Whole of Business Life-cycle Cost
4 (b) 4.25 (d2) 4.33
[*] Refer to Table 6-2
In summary, at the end of survey round-two, all nine dynamics (as a whole) met
the minimum required relevance rate of 3 or above (≥60%) – as specified in
Section 5.11 – and were confirmed by panel members (from Client, Contractor
and Consultant organisations) as key components of the proposed CDF.
(Mos
t Rel
evan
t)
(Lea
st R
elev
ant)
(Mos
t Rel
evan
t)
(Mos
t Rel
evan
t)
Chapter Seven – Data Analysis and Key Findings
- 204 -
6.2.7.7. Differential Analysis: Based on Geographic Location
The relevant response data was analysed to determine if the geographic location
in which an expert’s organisation mainly operated (Australia or internationally)
had a significant impact on their responses. The results for this analysis were
found to be statistically significant (p=0.001, sig 0.05), indicating a 99.9%
significance rate for the data analysed; and only a 0.1% probability in not gaining
the same results when analysing further samples from the same population –
less than the nominal 0.05 sig. level of 5% (Section 6.1.1).
Subsequent outcomes from calculating the final mean response rate for the nine
dynamics are summarised in Table 6-11, showing panel members from:
• Australia-based Organisations (Six Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Implementation’ (a) at
3.79 (76%); and
‘Culture’ as least relevant at 3.4 (68%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one rating, confirming ‘Whole of Business
Life-cycle Cost’ (b) as being the most relevant dynamic in the proposed
CDF – rating it at 4.1 (82%); and
‘Culture’ as being least relevant at 3.3 (66%).
• Internationally-based Organisations (Remaining Two Panel Members): o End of Round-one (Excluding the Three Additional Dynamics identified in
Table 6-2):
The most relevant dynamic for these experts was ‘Training and
Education’ (c) – rating it at 4.37 (87%); and
‘Culture’ as least relevant at 3.57 (71%).
o End of Round-two (Including the Three Additional Dynamics):
Experts altered their round-one responses, resulting in ‘Culture’ still
being rated the least relevant dynamic at 3.7 (74%); and
Chapter Seven – Data Analysis and Key Findings
- 205 -
‘Knowledge-sharing and Management’ (d) as the most relevant dynamic
in the proposed CDF – rating it at 4.75 (95%).
Table 6-11: Mean Response: Geographic Location
ROUND NINE DYNAMICS
GEOGRAPHIC LOCATION
1 (No Relevance) - 5 (Most Relevant)
INTERNATIONAL
(Two)
AUSTRALIA
(Six)
1 i. Change 3.915 3.691
ii. Culture 3.57 3.4
iii. Impact on End Client Business*
(Identified by Industry Expert Number Nine) - -
iv. Implementation 4.2 3.79 (a)
v. Innovation 3.933 3.6
vi. Knowledge-sharing and Management*
(Identified by Industry Expert Number Nine)- -
vii. Leadership 4.34 3.74
viii. Training and Education 4.37 (c) 3.671
ix. Whole of Business Life-cycle Cost*
(Identified by Industry Expert Number Nine)- -
2
FINAL ROUND
i. Change 4.139 3.756
ii. Culture 3.7 3.3
iii. Impact on End Client Business 4 3.833
iv. Implementation 4.017 3.622
v. Innovation 3.9 3.4
vi. Knowledge-sharing and Management 4.75 (d) 3.875
vii. Leadership 4.24 3.642
viii. Training and Education 4.617 3.825
ix. Whole of Business Life-cycle Cost 4.5 4.1 (b)
[*] Refer to Table 6-2
In support of the above findings, the mean response rate allocated to the nine
dynamics at the end of the second survey round stabilised at the minimum
required relevance rate of 3 or above (≥60%) – as specified in Section 5.11 – and
(Lea
st R
elev
ant)
(Mos
t Rel
evan
t)
(Lea
st R
elev
ant)
(Mos
t Rel
evan
t)
Chapter Seven – Data Analysis and Key Findings
- 206 -
were confirmed by the panel of experts (from Australian and internationally-based
organisations) as key components of the CDF.
6.2.8. Differential Analysis of Relevant Data
The final (round-two) mean relevance ratings for each of the nine dynamics
presented in Section 2.7.2.6.2.7 were then ranked in accordance with the
following industry expert characteristics and organisational factors:
• Industry Expert Characteristics: Experience, Education Level and Employment
Length (in current role)
• Organisational Factors: Size, Public vs. Private Sector Classification and
Geographic Location.
6.2.8.1. Ranking of Dynamics: By Experience
The panel of expert responses in Section 3 provided the opportunity to rank the
relevance of the nine dynamics based on the level of experience, understanding
and / or knowledge they had in the delivery of change within organisations.
These findings are presented in Table 6-12 and Figure 6-13.
Chapter Seven – Data Analysis and Key Findings
- 207 -
Table 6-12: Ranking of Dynamics: By Experience
EXPERIENCE IN DELIVERING CHANGE
FINAL RANKING OF DYNAMICS
(Based on Mean Relevance Rate)
MEAN RELEVANCE RATE
(Based on Experience)
1 (No Relevance) to 5 (Most Relevant)
1. WITH LIMITED TO NO EXPERIENCE
(One Industry Expert)
i. Impact on End Client Business and Whole of Business Life-cycle Cost 4 (MOST Relevant)
ii. Training and Education 3.95
iii. Leadership 3.698
iv. Change 3.5
v. Knowledge-sharing and Management 3.5
vi. Implementation 3.333
vii. Culture 3.238
viii. Innovation 3 (LEAST relevant)
2. WITH EXPERIENCE
(Remaining Seven Industry Experts)
i. Whole of Business Life-cycle Cost 4.214 (MOST Relevant)
ii. Knowledge-sharing and Management 4.179
iii. Training and Education 4.033
iv. Change 3.902
v. Impact on End Client Business 3.857
vi. Leadership 3.805
vii. Implementation 3.776
viii. Innovation 3.6
ix. Culture 3.448 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 208 -
Figure 6-13: Ranking of Dynamics: By Experience
6.2.8.2. Ranking of Dynamics: By Education Level
Section 6.2.7.2 findings provided the opportunity to rank the nine dynamics
based on the education level of the panel and the mean relevance rating they
allocated to each of the dynamics. These findings are presented in Table 6-13
and Figure 6-14.
FINAL ROUND RANKING OF DYNAMICS: BY EXPERIENCE
4.00 3.953.70
3.50 3.50 3.33 3.243.00
4.21 4.18 4.03 3.90 3.86 3.81 3.783.60 3.45
0
1
2
3
4
5
Impa
ct o
n E
nd C
lient
Bus
ines
s &
Who
le o
fB
usin
ess
Life
cycl
e Co
st (M
ost r
elev
ant)
Trai
ning
and
Edu
catio
n
Lead
ersh
ip
Cha
nge
Know
ledg
e S
hari
ng a
nd M
anag
emen
t
Impl
emen
tatio
n
Cul
ture
Inno
vatio
n (L
east
rel
evan
t)
Who
le o
f Bus
ines
s Li
fecy
cle
Cos
t (M
ost r
elev
ant)
Know
ledg
e S
hari
ng a
nd M
anag
emen
t
Trai
ning
and
Edu
catio
n
Cha
nge
Impa
ct o
n E
nd C
lient
Bus
ines
s
Lead
ersh
ip
Impl
emen
tatio
n
Inno
vatio
n
Cul
ture
(Lea
st r
elev
ant)
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 9
WITH NO EXPERIENCE (Only One) WITH EXPERIENCE (Remaining Seven)
Most Relevant Most Relevant Least Relevant Least Relevant
>60
%=RE
LEVAN
T
<60%
=IRRE
LEVA
NT
WITH EXPERIENCE (SEVEN) WITH LIMITED TO NO EXPERIENCE (ONE)
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 209 -
Table 6-13: Ranking of Dynamics: By Education Level
EDUCATION LEVEL FINAL RANKING OF DYNAMICS
(Based on Mean Relevance Rate)
MEAN RELEVANCE RATE
(Based on Education Level)
1 (No Relevance) to 5 (Most Relevant)
1. POST GRADUATE DEGREE OR ABOVE
(Four Industry Experts)
i. Training and Education 3.85 (MOST relevant)
ii. Impact on End Client Business 3.833
iii. Implementation 3.711
iv. Knowledge-sharing and Management 3.667
v. Whole of Business Life-cycle Cost 3.667
vi. Change 3.641
vii. Leadership 3.622
viii. Innovation 3.333
ix. Culture 3.111 (LEAST Relevant)
2. BACHELORS DEGREE OR BELOW
(Four Industry Experts)
i. Whole of Business Life-cycle Cost 4.5 (MOST relevant)
ii. Change 3.978
iii. Knowledge-sharing and Management 4.35
iv. Training and Education 4.127
v. Impact on End Client Business 3.9
vi. Leadership 3.894
vii. Implementation 3.727
viii. Innovation 3.64
ix. Culture 3.608 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 210 -
Figure 6-14: Ranking of Dynamics: By Education Level
6.2.8.3. Ranking of Dynamics: By Employment Length
Final round-two analyses of responses in Section 6.2.7.3 provided the
opportunity to rank the relevance of the nine dynamics based on the panel of
expert’s length of employment in their current position, that is, either more or less
than ten years. These findings are presented in Table 6-14 and Figure 6-15.
FINAL ROUND RANKING OF DYNAMICS: BY EDUCATION LEVEL
3.85 3.83 3.71 3.67 3.67 3.64 3.623.33
3.11
4.50
3.98
4.354.13
3.90 3.893.73 3.64 3.61
0
1
2
3
4
5
Trai
ning
and
Edu
catio
n (M
ost r
elev
ant)
Impa
ct o
n En
d C
lient
Bus
ines
s
Impl
emen
tatio
n
Know
ledg
e S
hari
ng a
nd M
anag
emen
t
Who
le o
f Bus
ines
s Li
fecy
cle
Cost
Chan
ge
Lead
ersh
ip
Inno
vatio
n
Cul
ture
(Lea
st R
elev
ant)
Who
le o
f Bus
ines
s Li
fecy
cle
Cos
t (M
ost r
elev
ant)
Chan
ge
Know
ledg
e S
hari
ng a
nd M
anag
emen
t
Trai
ning
and
Edu
catio
n
Impa
ct o
n En
d C
lient
Bus
ines
s
Lead
ersh
ip
Impl
emen
tatio
n
Inno
vatio
n
Cul
ture
(Lea
st R
elev
ant)
1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9
POST GRADUATE DEGREE AND ABOVE (Four) BACHELORS DEGREE AND BELOW (Four)
>60
%=RE
LEVA
NT
<6
0%=IR
RELE
VANT
Most Relevant Most Relevant Least Relevant Least Relevant
BACHELORS DEGREE AND BELOW POST GRADUATE DEGREE AND ABOVE
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 211 -
Table 6-14: Ranking of Dynamics: By Employment Length
EMPLOYMENT LENGTH FINAL RANKING OF DYNAMICS
(Based on Mean Relevance Rate)
MEAN RELEVANCE RATE
(Based on Length of Employment)
1 (No Relevance) to 5 (Most Relevant)
1. TEN YEARS OR LESS
(Three Industry Experts)
i. Whole of Business Life-cycle Cost 4 (MOST relevant)
ii. Knowledge-sharing and Management 3.917
iii. Implementation 3.689
iv. Change 3.685
v. Training and Education 3.633
vi. Leadership 3.58
vii. Impact on End Client Business 3.5
viii. Innovation 3.4
ix. Culture 3.279 (LEAST Relevant)
2. TEN YEARS OR MORE
(Five Industry Experts)
i. Whole of Business Life-cycle 4.3 (MOST relevant)
ii. Training and Education 4.257
iii. Knowledge-sharing and Management 4.2
iv. Impact on End Client Business 4.1
v. Change 3.951
vi. Leadership 3.919
vii. Implementation 3.74
viii. Innovation 3.6
ix. Culture 3.507 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 212 -
Figure 6-15: Ranking of Dynamics: By Employment Length
6.2.8.4. Ranking of Dynamics: By Organisation Size
The panel of expert responses in Section 6.2.7.4 provided the opportunity to rank
the relevance of the nine dynamics based on the panel of expert organisation’s
FINAL ROUND RANKING OF DYNAMICS: BY EMPLOYMENT LENGTH
4.00 3.923.69 3.69 3.63 3.58 3.50 3.40
3.28
4.30 4.26 4.20 4.103.95 3.92
3.743.60 3.51
0
1
2
3
4
5
Who
le o
f Bus
ines
s Li
fecy
cle
Cost
(Mos
t rel
evan
t)
Know
ledg
e Sh
arin
g an
d M
anag
emen
t
Impl
emen
tatio
n
Chan
ge
Trai
ning
and
Edu
catio
n
Lead
ersh
ip
Impa
ct o
n En
d Cl
ient
Bus
ines
s
Inno
vatio
n
Cultu
re (L
east
Rel
evan
t)
Who
le o
f Bus
ines
s Li
fecy
cle
Cost
(Mos
t rel
evan
t)
Trai
ning
and
Edu
catio
n
Know
ledg
e Sh
arin
g an
d M
anag
emen
t
Impa
ct o
n En
d Cl
ient
Bus
ines
s
Chan
ge
Lead
ersh
ip
Impl
emen
tatio
n
Inno
vatio
n
Cultu
re (L
east
Rel
evan
t)
1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9
TEN YEARS OR LESS (Three) GREATER THAN TEN YEARS (Five)
>6
0%=R
ELEV
ANT
<
60%
=IR
RE
LE
VA
NT
Most Relevant Most Relevant Least Relevant Least Relevant
MORE THAN TEN YEARS (FIVE EXPERTS TEN YEARS OR LESS (THREE EXPERTS)
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 213 -
size, that is, having an annual turnover of either greater or less than $100 million.
These findings are presented in Table 6-15 and Figure 6-16.
Table 6-15: Ranking: By Organisation Size
ORGANISATION SIZE FINAL RANKING OF DYNAMICS
(Based on Mean Relevance Rate)
MEAN RELEVANCE RATE
(Based on the Size of the Organisation)
1 (No Relevance) to 5 (Most Relevant)
1. >$100M
(Six Industry Experts)
i. Knowledge-sharing and Management 4.208 (MOST relevant)
ii. Whole of Business Life-cycle Cost 4.167
iii. Training and Education 4.022
iv. Change 3.883
v. Leadership 3.849
vi. Implementation 3.817
vii. Impact on End Client Business 3.75
viii. Innovation 3.633
ix. Culture 3.441 (LEAST Relevant)
2. <$100M
(Remaining Two Industry Experts)
i. Impact on End Client Business and Whole of Business Life-cycle Cost 4.25 (MOST relevant)
ii. Training and Education 4.025
iii. Change 3.756
iv. Knowledge-sharing and Management 3.75
v. Leadership 3.62
vi. Implementation 3.433
vii. Culture 3.362
viii. Innovation 3.2 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 214 -
Figure 6-16: Ranking: By Organisation Size
6.2.8.5. Ranking of Dynamics: By Public vs. Private Sector
Section 6.2.7.5 final round-two analyses of organisation sector-related responses
provided the opportunity to rank the relevance of the nine dynamics This ranking
is presented in Table 6-16 and Figure 6-17 and is based on the main industry
sector in which the panel of industry experts operate in (Public or Private).
FINAL ROUND RANKING OF DYNAMICS: BY ORGANISATION SIZE
4.21 4.174.02
3.88 3.85 3.82 3.75 3.633.44
4.254.03
3.76 3.75 3.623.43 3.36
3.20
0
1
2
3
4
5
Know
ledg
e S
hari
ng a
nd M
anag
emen
t (M
ost r
elev
ant)
Who
le o
f Bus
ines
s Li
fecy
cle
Cost
Trai
ning
and
Edu
catio
n
Cha
nge
Lead
ersh
ip
Impl
emen
tatio
n
Impa
ct o
n E
nd C
lient
Bus
ines
s
Inno
vatio
n
Cul
ture
(Lea
st R
elev
ant)
Impa
ct o
n E
nd C
lient
Bus
ines
s &
Who
le o
f Bus
ines
s Li
fecy
cle
Cos
t(M
ost r
elev
ant)
Trai
ning
and
Edu
catio
n
Cha
nge
Kno
wle
dge
Sha
ring
and
Man
agem
ent
Lead
ersh
ip
Impl
emen
tatio
n
Cul
ture
Inno
vatio
n (L
east
Rel
evan
t)1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8
>$100M (Six) <$100M (Two)
>6
0%=R
ELEV
ANT
<6
0%=I
RR
ELE
VA
NT
Most Relevant Most Relevant Least Relevant Least Relevant
<$100M (TWO EXPERTS) >$100M (SIX EXPERTS)
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 215 -
Table 6-16: Ranking of Dynamics: By Public vs. Private Sector
INDUSTRY SECTOR FINAL RANKING OF DYNAMICS
(Based on Mean Relevance Rate)
MEAN RELEVANCE RATE
(Based on Industry Sector)
1 (No Relevance) to 5 (Most Relevant)
1. PUBLIC
(Five Industry Experts)
i. Whole of Business Life-cycle Cost 4 (MOST relevant)
ii. Knowledge-sharing and Management 3.85
iii. Training and Education 3.77
iv. Change 3.704
v. Impact on End Client Business 3.7
vi. Leadership 3.662
vii. Implementation 3.64
viii. Innovation 3.4
ix. Culture 3.284 (LEAST Relevant)
2. PRIVATE
(Three Industry Experts)
i. Knowledge-sharing and Management & Whole of Business Life-cycle Cost
4.5 (MOST relevant)
ii. Training and Education 4.444
iii. Impact on End Client Business 4.167
iv. Change 4.096
v. Leadership 4.007
vi. Implementation 3.856
vii. Innovation 3.733
viii. Culture 3.65 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 216 -
Figure 6-17: Ranking of Dynamics: By Public vs. Private Sector
FINAL ROUND RANKING OF DYNAMICS: BY INDUSTRY SECTOR
4.003.85 3.77 3.70 3.70 3.66 3.64
3.40 3.28
4.50 4.444.17 4.10 4.01
3.863.73 3.65
0
1
2
3
4
5
Who
le o
f Bus
ines
s Li
fecy
cle
Cost
(Mos
t rel
evan
t)
Know
ledg
e Sh
arin
g an
d M
anag
emen
t
Trai
ning
and
Edu
catio
n
Chan
ge
Impa
ct o
n E
nd C
lient
Bus
ines
s
Lead
ersh
ip
Impl
emen
tatio
n
Inno
vatio
n
Cultu
re (L
east
Rel
evan
t)
Know
ledg
e Sh
arin
g an
d M
anag
emen
t & W
hole
of B
usin
ess
Life
cycl
e Co
st (M
ost r
elev
ant)
Trai
ning
and
Edu
catio
n
Impa
ct o
n E
nd C
lient
Bus
ines
s
Chan
ge
Lead
ersh
ip
Impl
emen
tatio
n
Inno
vatio
n
Cultu
re (L
east
Rel
evan
t)
1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8
PUBLIC (Five) PRIVATE (Three)
>6
0%=R
ELEV
ANT
<
60%
=IR
RE
LE
VA
NT
Most Relevant Most Relevant Least Relevant Least Relevant
PRIVATE (THREE EXPERTS) PUBLIC (FIVE EXPERTS)
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 217 -
6.2.8.6. Ranking of Dynamics: By Organisation Classification
The panel of expert responses in Section 6.2.7.6 provided the opportunity to rank
the relevance of the nine dynamics based on their organisation being classified
mainly as a client; contractor; or consultant (which includes Academic and R&D).
These findings are presented in Table 6-17 and Figure 6-18.
Figure 6-18: Ranking of Dynamics: By Organisation Classification
FINAL ROUND RANKING OF DYNAMICS: BY ORGANISATION OR TEAM CLASSIFICATION
4.00 3.923.69 3.69 3.63 3.58 3.50 3.40 3.30
4.254.03
3.76 3.75 3.623.43 3.36
3.20
4.50 4.41 4.334.12 4.08 4.00 3.94 3.87
3.60
0
1
2
3
4
5
Who
le o
f Bus
ines
s Li
fecy
cle
Cos
t (M
ost R
elev
ant)
Kno
wle
dge
Sha
ring
and
Man
agem
ent
Impl
emen
tatio
n
Chan
ge
Trai
ning
and
Edu
catio
n
Lead
ersh
ip
Impa
ct o
n En
d C
lient
Bus
ines
s
Inno
vatio
n
Cultu
re (L
east
Rel
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Impa
ct o
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nd C
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ast r
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Kno
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and
Edu
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ines
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Impa
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Cul
ture
(lea
st r
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1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 9
CLIENT (Three) CONSULTANT (Two) CONTRACTOR (Three)
>60
%=REL
EVANT
<6
0%=IR
RELE
VANT
Most Relevant
Least Relevant
>$100M (SIX EXPERTS) <$100M (TWO EXPERTS)<$100M (TWO EXPERTS)
Most Relevant
Least Relevant
Most Relevant
Least Relevant
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 218 -
Table 6-17: Ranking of Dynamics: By Organisation Classification
CLASSIFICATION OF ORGANISATION
FINAL RANKING OF DYNAMICS (Based on Mean Relevance Rate)
MEAN RELEVANCE RATE (Based on Organisation
Classification)
1 (No Relevance) to 5 (Most Relevant)
1. CLIENT
(Three Industry Experts)
i. Whole of Business Life-cycle cost 4 (MOST Relevant)
ii. Knowledge-sharing and Management 3.917
iii. Implementation 3.689
iv. Change 3.685
v. Training and Education 3.633
vi. Leadership 3.58
vii. Impact on End Client Business 3.5
viii. Innovation 3.4
ix. Culture 3.3 (LEAST Relevant)
2. CONSULTANT
(Two Industry Experts)
i. Impact on End Client Business and Whole of Business Life-cycle cost
4.25 (MOST Relevant)
ii. Training and Education 4.025
iii. Change 3.756
iv. Knowledge-sharing and Management 3.75
v. Leadership 3.62
vi. Implementation 3.433
vii. Culture 3.362
viii. Innovation 3.2 (LEAST Relevant)
3. CONTRACTOR
(Three Industry Experts)
i. Knowledge-sharing and Management 4.5 (MOST Relevant)
ii. Training and Education 4.41
iii. Whole of Business Life-cycle cost 4.333
iv. Leadership 4.118
v. Change 4.081
vi. Impact on End Client Business 4
vii. Implementation 3.944
viii. Innovation 3.867
ix. Culture 3.6 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 219 -
6.2.8.7. Ranking of Dynamics: By Geographic Location
Final round-two analyses of responses in Section 6.2.7.7 provided the
opportunity to rank the relevance of the nine dynamics based on the geographic
location in which an expert’s organisation mainly operated (Australia or
internationally-based). These findings are presented in Table 6-18 and Figure
6-19. This ranking was based on the:
Table 6-18: Ranking of Dynamics: By Geographic Location
GEOGRAPHIC LOCATION
FINAL RANKING OF DYNAMICS (Based on Mean Relevance Rate)
MEAN RELEVANCE RATE (Based on Geographic Location)
1 (No Relevance) to 5 (Most Relevant)
1. INTERNATIONAL
(Two Industry Experts)
i. Knowledge-sharing and Management 4.75 (MOST Relevant)
ii. Training and Education 4.617
iii. Whole of Business Life-cycle cost 4.5
iv. Leadership 4.24
v. Change 4.139
vi. Implementation 4.017
vii. Impact on End Client Business 4
viii. Innovation 3.9
ix. Culture 3.733 (LEAST Relevant)
2. AUSTRALIAN
(Six Industry Experts)
i. Whole of Business Life-cycle cost 4.08 (MOST Relevant)
ii. Knowledge-sharing and Management 3.875
iii. Impact on End Client Business 3.833
iv. Training and Education 3.825
v. Change 3.756
vi. Leadership 3.642
vii. Implementation 3.622
viii. Innovation 3.4
ix. Culture 3.317 (LEAST Relevant)
Chapter Seven – Data Analysis and Key Findings
- 220 -
Figure 6-19: Ranking of Dynamics: By Geographic Location
FINAL ROUND RANKING OF DYNAMICS: BY GEOGRAPHIC LOCATION
4.754.62
4.50
4.244.14
4.02 4.00 3.903.73
4.083.88 3.83 3.83 3.76
3.64 3.623.40 3.32
0
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INTERNATIONAL (Two) AUSTRALIAN (Six)
>6
0%=R
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RR
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VA
NT
Most Relevant Most Relevant Least Relevant Least Relevant
AUSTRALIAN (SIX EXPERTS) INTERNATIONAL (TWO EXPERTS)
60% Threshold
Chapter Seven – Data Analysis and Key Findings
- 221 -
6.3. Summary: Chapter Six – Key Findings
This chapter provides a detailed analysis of data collated during the two survey
rounds. A consensus in responses from the panel was achieved by the end of the
second round, where the mean results stabilised at the minimum required
relevance rate of 3 or above (≥60%), thereby confirming all nine dynamics:
Change, Innovation, Implementation, Culture, Leadership, Training and
Education, Knowledge-sharing and Management, Impact on End Client and other
Key Stakeholders, and Whole of Business Life-cycle cost as being highly relevant
and key components of a the CDF for delivering innovative change within an
organisation.
This timely resolution in reaching a consensus also resembles the ‘Abbreviated
Delphi Method’ referred to in Chapter Five by Paulson (1995) as a means of
gaining faster results and focusing on reaching a swift consensus in responses
from an expert panel within two rounds.
A summary of this chapter’s key findings follow:
• Profile analysis;
• Differential analysis; and
• Relevance ranking of the nine dynamics.
6.3.1. Profile Analysis of Industry Experts
Table 6-19 provides a summary of key findings from the Profile Analysis of each
expert panel member and the organisations they represent.
Chapter Seven – Data Analysis and Key Findings
- 222 -
Table 6-19: Profile Analysis of Industry Experts – Seven Key Findings
PROFILE ANALYSIS OF NINE INDUSTRY EXPERTS – SEVEN KEY FINDINGS
1. Although unavailable to take part in the second round of the survey (Section 6.2.1), expert number
eight’s background information was still included in the Profile Analysis (Section 6.2.3), yet excluded
from the final analyses process by reducing the total number of respondents by one.
2. Most industry experts had a Bachelors Degree or higher (Section 6.2.3.1).
3. Each of the industry experts performed a different yet senior role within their respective organisations
(Section 6.2.3.2).
4. Half of the industry experts had ten years or more of employment within their current role, with a
maximum of 33 years (Section 6.2.3.3).
5. There was an equal distribution of organisational classification (Client, Contractor and Consultant) and
sector (private vs. public) (Sections 6.2.3.4 and 6.2.3.6).
6. Most industry experts were from organisations having greater than $100 million average annual
turnover (Section 6.2.3.5).
7. The majority of expert panel members were from Australian-based organisations (Section 6.2.7.7).
6.3.2. Differential Analysis
A Differential Analysis of industry expert characteristics and organisational
factors is presented in Section 6.2.7, and then compared to the relevance ratings
received for the nine dynamics, in an attempt to determine if any of these
characteristics or factors significantly influenced the results (ratings) of one set of
responses from another during the two survey rounds. Table 6-20 provides a
summary of the most significant findings.
Chapter Seven – Data Analysis and Key Findings
- 223 -
Table 6-20: Differential Analysis – Seven Key Findings
PANEL MEMBER PROFILE SEVEN KEY FINDINGS
1. EXPERIENCE IN DELIVERING CHANGE
Industry experts’
experience, understanding
and / or knowledge in the
delivery of change within
organisations
LIMITED TO NO EXPERIENCE EXPERIENCED
• Rated ‘Innovation’ as the least
relevant dynamic
• Equally rated ‘Impact on End-
client Business’, ‘Training and
Education’ and ‘Whole of
Business Life-cycle cost’ the
highest, and therefore the three
most relevant dynamics in the
CDF
• Rated ‘Culture’ as the least
relevant dynamic
• Rated both ‘Knowledge-sharing
and Management’ and ‘Whole of
business Life-cycle cost’ the
highest, and therefore the two
most relevant dynamics in the
CDF
2. EDUCATION LEVEL
Industry experts having
either a Post Graduate
Degree or above or a
Bachelor Degree or below
POST GRAD. DEGREE OR ABOVE
BACHELOR DEGREE AND BELOW
• Rated ‘Training and Education’
the highest, and therefore the
most relevant dynamic in the
CDF
• Rated all nine dynamics as being
generally more relevant than the
higher educated industry experts
• Rated ‘Whole of Business Life-
cycle cost’ the highest, and
therefore the most relevant
dynamic in the CDF
• All experts rated ‘Culture’ as being the least relevant dynamic in the CDF
3. EMPLOYMENT LENGTH
Industry experts being in
their current position for ten
years or more or less than
ten years
> 10 YEARS EMPLOYMENT < 10 YEARS EMPLOYMENT
All industry experts (no matter what employment length):
• Rated ‘Culture’ as being the least relevant dynamic
• Rated ‘Whole of Business Life-cycle cost’ the highest, and therefore the
most relevant dynamic in the CDF
4. ORGANISATION SIZE
Organisations with an
annual turnover being either
greater than $100 million or
less than $100 million
> $100 MILLION < $100 MILLION
• Rated ‘Culture’ as being the
least relevant dynamic
• Rated ‘Knowledge-sharing and
Management’ the highest, and
therefore the most relevant
dynamic in the CDF
• Rated ‘Innovation’ as being the least
relevant dynamic
• Rated both ‘Impact on End Client
Business’ and ‘Whole of Business
Life-cycle cost’ the highest and
therefore the two most relevant
dynamics in the CDF
(Continue onto next page)
Chapter Seven – Data Analysis and Key Findings
- 224 -
PANEL MEMBER PROFILE SEVEN KEY FINDINGS
5. PUBLIC VS. PRIVATE SECTOR ORGANISATIONS
Organisations that fell under
the Private or Public Sector
PUBLIC SECTOR PRIVATE SECTOR
• Rated ‘Whole of Business Life-
cycle cost’ as being the most
relevant dynamic in the CDF
• Rated both ‘Knowledge-sharing and
Management’ and ‘Whole of
Business Life-cycle cost’ both the
highest and therefore the two most
relevant dynamics in the CDF
• All industry experts from both the private and public sector organisations
rated ‘Culture’ as being the least relevant dynamic in the CDF for
delivering innovative change within an organisation
6. GEOGRAPHIC LOCATION
The geographic location in
which a industry expert’s
organisation mainly operate
In - classified as being either
Australian or Internationally
based
AUSTRALIAN INTERNATIONAL
• Industry experts from Australian
organisations rated ‘Whole of
Business Life-cycle cost’ as
being the most relevant
dynamic in the CDF
• Industry experts from Internationally-
based organisations rated the
‘Knowledge-sharing and
Management’ the highest and
thereby most relevant dynamic in
the CDF
• Industry experts from both Australian and Internationally-based
organisations equally rated ‘Culture’ as being the least relevant dynamic
in the CDF
7. ORGANISATION CLASSIFICATION
Organisations classified as
either a Client; Contractor or
Consultant
CLIENT CONTRACTOR
CONSULTANT
(Including academic &
R&D organisations)
• Rated ‘Whole of
Business Life-cycle
cost’ the highest and
therefore most
relevant dynamic
• Rated ‘Culture’ as
being the least
relevant dynamic in
the CD
• Rated ‘Knowledge-
sharing and
Management’ the
highest and
therefore most
relevant dynamic in
the CDF
• Rated ‘Culture’ as
being the least
relevant dynamic
(similar to the
industry experts
from client
organisations)
• Rated both ‘Impact
on End Client
Business’ and
‘Whole of Business
Life-cycle cost’ the
highest and
therefore two most
relevant dynamics
in the CDF
• Rated ‘Innovation’
as being the least
relevant dynamic
Chapter Seven – Data Analysis and Key Findings
- 225 -
6.3.3. Relevance of Dynamics
The relevance and rank of the nine dynamics in terms of being key components
of the proposed CDF for delivering innovative change within an organisation are
presented in Table 6-21 and Figure 7-20.
Table 6-21: Relevance and Rank of Nine Dynamics
NINE DYNAMICS
RANK RELEVANCE
1. Whole of Business Life-Cycle Cost (Highest)
• MOST relevant @ 84% • Additional dynamic identified by expert # nine during round-
one
2. Knowledge Sharing / Management
• Additional dynamic identified by expert # two during round-one @ 82% relevancy
3. Training and Education • @ 80% relevancy
4. Impact on End Client Business and Change
• Both @ 78% relevancy: o Impact on End Client: Additional dynamic identified by
expert # nine during round-one o Change (Hypothesised)
5. Leadership • @ 76% relevancy
6. Implementation • @ 74% relevancy
7. Innovation • @ 70% relevancy
8. Culture (Lowest) • LEAST relevant @ 68%
A mild concern from this research’s findings is the ‘understated’ relevance of the
‘Culture’ component (although 68%). It is suggested that should the panel of
experts have been drawn from different / international culture groups (in a socio-
political sense), then awareness of cultural diversity and its relevance in the
decision-making process for delivering innovative change within an organisation
may have been more convincing.
In support of the findings presented in this chapter, although all nine dynamics
(as a whole) were confirmed by the panel of experts as key components of the
CDF, further investigation and analysis is proposed to develop these dynamics
and their underlying factors by developing and testing a more comprehensive
Chapter Seven – Data Analysis and Key Findings
- 226 -
‘Innovative Change Decision-making Framework’ (ICDF); underpinned by a
dedicated ‘Innovative Change Delivery Process’ (ICDP); an ‘Innovative Change
Delivery Analysis’ (ICDA) program; and a ‘Innovative Change Delivery Guide’
(ICDG).
Figure 6-20: Relevance and Rank of Nine Dynamics
Projected outcomes will assist in the sustainable delivery of innovative change
within today’s geographically dispersed consortium of building and construction
industry organisations. These proposals are discussed at greater length in
Chapter Eight.
84%
78%
82%
80% 76%
68%
74%
70%
78%
0
10
20
30
40
50
60
70
80
90
100CHANGE
INNOVATION
IMPLEMENTATION
CULTURE ("Human Factor")
LEADERSHIP ("Champion")TRAINING / EDUCATION
KNOWLEDGE SHARING / MANAGEMENT (Suggested by Industry Expert #2 - Round 1)
IMPACT ON END CLIENT BUSINESS (Suggested by Industry Expert #9 - Round 1)
WHOLE OF BUSINESS LIFECYCLE COST (Suggested by Industry Expert #9 - Round 1)
Decision-making Dynamics that fall within the Outer-relevancy Circle (60 to 100%) Are Considered RELEVANT key components of a ‘Conceptual Decision-making Framework’ for delivering innovative change within an organisation
Decision-making Dynamics that fall within the Inner-relevancy Circle (0 to 59%) Are
Considered IRRELEVANT within a ‘Conceptual Decision-making Framework’ for delivering
innovative change within an organisation
60% Threshold
WHOLE OF BUSINESS LIFECYCLE COST
84%
(Most Relevant)
RELEVANCY OF NINE DECISION-MAKING DYNAMICS AS KEY COMPONENTS OF A DECISION-MAKING FRAMEWORK FOR DELIVERING INNOVATIVE CHANGE WITHIN ORGANISATIONS
CULTURE
68%
(Least Relevant)
Chapter Eight – A Conceptual Decision-making Framework (CDF)
- 227 -
7. CHAPTER SEVEN: A CONCEPTUAL DECISION-MAKING FRAMEWORK (CDF)
An effective decision-making process is arguably at the heart of many successful
business-related operations, plans, goals or strategies within an organisation.
Project-based organisations such as those of the construction industry are to
make more informed decisions pertaining to the successful delivery and
application of innovative change within a highly competitive arena. The primary
research aim was to first identify and underline the need for organisations to
recognise the various challenges and opportunities that influence the delivery
and application of innovative change; second to develop these ‘influences’ into
measurable decision-making dynamics; and finally to test the relevancy of these
in terms of being key components of a CDF for delivering innovative change
within organisations.
As a result, the nine dynamics of Change, Innovation, Implementation, Culture,
Leadership, Training and Education, Knowledge-sharing and Management;
Impact on End Client and other Key Stakeholders, and Whole of Business Life-
cycle Cost, were identified, tested and validated as being key components of the
proposed CDF (as presented in Figure 7-1).
Chapter Eight – A Conceptual Decision-making Framework (CDF)
- 228 -
Figure 7-1: ‘Conceptual Decision-making Framework’ (CDF)
The above nine dynamics form the foundation of the CDF and are elaborated on
individually in Table 7-1.
Additional Dynamics identified; tested; and validated by the panel of experts as being highly relevant and key components of the proposed CDF
Dynamics Hypothesised – tested and validated by the panel of experts as being highly relevant and key components of the proposed CDF
A CONCEPTUAL
‘DECISION-MAKING FRAMEWORK’
FOR DELIVERING INNOVATIVE CHANGE
IN ORGANISATIONS
IMPLEMENTATION
CHANGE
INNOVATION
CULTURE
TRAINING AND
EDUCATION LEADERSHIP
9
2
1
8
3
7
6
5
4KNOWLEDGE
SHARING / MANAGEMENT
IMPACT ON END CLIENT /
KEY STAKEHOLDER
WHOLE OF BUSINESS LIFECYCLE
COST
Chapter Eight – A Conceptual Decision-making Framework (CDF)
- 229 -
Table 7-1: Proposed Conceptual Decision-making Framework (CDF)
NINE DECISION-MAKING DYNAMICS
FACTORS AND SUB-FACTORS
1. PREPARE FOR CHANGE
"Is the organisation ready, able and flexible enough towards accepting change itself, that is, have you (as
decision makers) properly considered and evaluated the various intricacies, challenges, drivers, barriers, threats and opportunities that are distinctive to the work environment; and then
effectively responded to these issues by identifying, recommending and
proactively employing the most suitable change methods, models,
frameworks etc.?"
The decision-making process for delivering innovative change (new or improved way of ‘doing something’) within an organisation, is directly influenced by the following change factors:
i. Need for Change: Ensure the organisation has taken into account the following influences to help promote the 'need' for an organisation to deliver any form of innovative change:
o Globalisation of the economy: Will the proposed delivery of innovative change challenge current and / or increase future local and international business opportunities?
o Urgency: Is the need for delivering innovative change based on the perceived need to simply do ‘things’ differently, to help fuel the need to 'survive', or to enhance future competitiveness?
o Advancement: Will the proposed innovative change satisfy the expected innovative advancement of the organisation, team, industry or sector. Is it enough to meet the advancements in technology, business, manufacturing, installation, erecting, processes, or methods of procurement etc.?
o Labour shortages: Will the delivery of innovative change result in the need to employ additional resources, experiences, specialists etc.
o Expectations: Will the delivery of innovative change alter (increase or decrease) employee, team member, client and other key stakeholder expectations in terms of time, cost, quality etc.?
ii. Change Drivers: Ensure the organisation has identified key change factors and determined ways of incorporating these to help drive and convince employees and other key stakeholders to readily adopt the delivery and application process.
iii. Overcoming Challenges: Ensure the organisation has got access to relevant, trialled and tested actions and approaches that can help employees and team members overcome their inherent fear and resistant approach towards ‘doing things’ differently.
iv. Cost vs. Timing vs. Difficulty: Ensure the proposed innovative change is delivered at a suitable point-in-time or preferred instant, that is, when it is not overbearing (in terms of resources etc.) and most cost effective for the organisation. Such factors may contribute towards achieving sustainable change.
v. Methods, Models and Frameworks: Ensure the organisation has got access to / applied the most relevant, trialled and tested (good practice) change models, methods and frameworks to help ensure a more successful and sustainable delivery of innovative change?
(Continue onto next page)
Chapter Eight – A Conceptual Decision-making Framework (CDF)
- 230 -
NINE DECISION-MAKING DYNAMICS
FACTORS AND SUB-FACTORS
2. MEASURE INNOVATIVE CAPABILITIES
"Is the organisation ready (in terms of its efficiency and responsiveness) to generate and then apply innovative
change within their current work environment?”
For example:
“Do they have the innovative capabilities to recognise, create and /
or apply innovative change?”
“Do they need to be more or less innovative?”
“Is this the most appropriate innovative change for them to
enhance their overall performances, efficiencies etc.?”
Adhering to the following innovation factors and tasks will assist in appraising an organisation’s capability and competency levels in delivering and applying innovative change:
i. Strategic Management: Ensure the organisation has access to relevant, trialled and tested (good practice) strategic approaches, actions and methods; to better manage, control, govern and delegate tasks pertaining to the successful delivery and application of innovative change.
ii. Innovation Type: Ensure the organisation determines the most appropriate ‘type’ of innovative change for it to pursue, as not all innovative solutions and initiatives suit everyone.
o This can be achieved by, for example, identifying and measuring the potential business- and strategic-related benefits, profitability aspects, risks, and any other relevant and influencing factors of delivering and applying the innovative change in question.
iii. Innovation Drivers: Ensure the organisation identifies and incorporates all factors that can help convince employees and other key stakeholders to accelerate and revitalise their desire to become more innovative.
iv. Innovation Challenges and Barriers: Similar to the above, ensure the organisation identifies ways to overcome the key concerns that tend to challenge innovation-related activities and initiatives.
3. IMPROVED IMPLEMENTATION PROCESS
"Have you (as decision makers) effectively accessed, recommended, and / or employed the most suitable
and sustainable implementation strategy or process for the innovative change — one that best meets the
organisation’s overall strategy, aims, goals and business objectives?"
The sustainable delivery of innovative change within an organisation can be achieved, by enforcing and promoting the following activities throughout and beyond the implementation process: i. Reinforce Trust: Ensure enhanced levels of trust between co-
employees, team members, management, clients and other key stakeholders are achieved and maintained by, for example: o Arranging regular social events and informal discussions;
building friendships, advocating transparent personal and business relationships, by establishing open communication lines; and by promoting an elevated level of awareness in helping employees, team members and their superiors overcome any work- or personal-related challenges, stresses etc.
ii. Improve Office Design and Working Environments: Ensure increased efficiencies and value-adding interaction between employees and project team members are attained and maintained by, for example: o Promoting an open-door or open-desk policy; providing
access to adequate discussion rooms; and offering work environments that are clean, comfortable and inviting, with enhanced light, acoustic, safety and air qualities etc.
iii. A Voluntary Job / Task Rotation Policy: Promote a ‘Learning from others’ philosophy. This can potentially increase employee interaction, motivation, business understanding, personal development, know-how, skill sets, and fuel ‘innovative thinking’ throughout the life cycle of innovative change.
(Continue onto next page)
Chapter Eight – A Conceptual Decision-making Framework (CDF)
- 231 -
NINE DECISION-MAKING DYNAMICS
FACTORS AND SUB-FACTORS
iv. Forge Strong Relationships: In line with the above trust factors, stronger relationships between senior management, decision makers, employees and other key stakeholders are to be maintained. This can be achieved by being ‘transparent’ about; for example, freely sharing and clearly explaining what factors (business, strategic, economic, survival, competitive, successes, failures, challenges, benefits, consequences, strengths and weaknesses etc.) are taken into account when deciding on whether or not to accept or decline the delivery of innovative change within an organisation.
v. Provide Effective Rewards and Incentives: By identifying and promoting appropriate and effective reward, appraisal and incentive programs to help reinforce employees, team, managers, clients and other key stakeholders to behave appropriately, that is, to readily embrace innovative change by satisfying their ‘what’s in it for me?’ approach towards ‘doing something differently’
vi. Increase Participation: By increasing the participation and contributory levels of employees and other key stakeholders during the decision-making process on whether or not to deliver innovative change, will: o inject a much-needed sense of ownership that is required to
promote enhanced levels of ‘acceptance’ towards decisions made;
o discourage the ‘not invented here’ syndrome and promote a ‘by us for us’ philosophy; and
o reduce the invisible boundaries, levels, and restricted communication lines that are notoriously formed (in many cases instinctively and without thinking) by organisational and key stakeholder hierarchies.
vii. Business Goals and Objectives: Ensure the implementation and application process fulfils (meets) at least one or a combination of pre-determined business and / or strategic goals and objectives of the organisation.
viii. Strategies, Methods, Models and Frameworks: Ensure the organisation has ready access to relevant, trialled and tested (good practice) implementation strategies, methods, models and frameworks that best serve the needs of:
o the proposed innovative change; and
o the organisation's existing business and social environment, that is, environments of end users and other key stakeholders affected by the implementation and application process.
ix. Timing, Prioritisation and Delegation: Similar to reinforcing and promoting the 'need' for an organisation to undergo any form of change, one is to ensure the implementation process incorporates the following three actions:
o Timing: Determine a suitable point in time for an implementation and application process to get underway;
o Prioritisation: Clearly identify and manage what takes precedence (actions, tasks, milestones etc.) pre-, during and after the implementation process; and
o Delegation: Determine who does what and when (resource management) pre-, during and after the implementation process.
(Continue onto next page)
Chapter Eight – A Conceptual Decision-making Framework (CDF)
- 232 -
NINE DECISION-MAKING DYNAMICS
FACTORS AND SUB-FACTORS
x. Barriers and Challenges: Clearly identify and determine ways to best manage any key concerns / contributing factors that tend to challenge the implementation process.
xi. Success Factors: Determine, promote and then incorporate any critical success factors that may help ensure a sustainable implementation process.
4. RECOGNISE AND EVALUATE CULTURE AND SUB-CULTURE INFLUENCES
"Have you (as decision makers) effectively evaluated the organisation deeply embedded culture and sub-
culture types, personalities, characteristics, and classifications
etc.”
That is:
“Have the entrenched human factors that tend to influence (positively and
negatively) the delivery and application process of innovative
change within current work environment been identified,
assessed and properly understood?"
An organisation’s deeply embedded culture and sub-cultures may influence or be influenced by the delivery of innovative change. Its evaluation and monitoring is an essential undertaking within the CDF. It is therefore proposed that the following culture-related factors are taken into consideration throughout this component of the decision-making process: i. Culture Change Philosophy: Adopting a sustainable 'culture
change philosophy' is essential and achievable by convincing members to readily change their current and traditional ways of ‘doing things’. This can be achieved through; for example, acknowledging and gaining a better understanding of employee and team member perceptions, beliefs, value sets and attitude towards a proposed innovative change in order to adopt the new or alternative way of essentially ‘doing the same thing’, only better and more efficiently etc.
ii. Success Factors: To bring about the above change in culture, organisations are to: o reinforce and maintain a relationship of ‘trust’ between co-
workers, senior management, employees, clients and other key internal and external stakeholders;
o offer pragmatic reward and effective incentive packages to help answer the ‘what’s in it for me?’ factor; and
o promote increased employee, team member and other key stakeholder participation during the decision-making process for delivering innovative change.
iii. Good Practice Methods: Ensure the organisation has got access to relevant, trialled and tested (good practice) methods on how to analyse its highly influential cultural features, characteristics (perceptions, behaviour, values etc.), qualities, types and classifications (strengths, weaknesses, etc.). This will help determine the most efficient and effective way on how to adapt / align their current / traditional work and social habits to the new or improved way of ‘doing something’.
iv. Work–Life Balance: It is essential to ensure members of an organisation strongly align with a suitable and sustainable ‘work–life balance’ strategy. This means one that satisfies both employee and family needs and expectations (in terms of enhancing their health and wellbeing). This can be achieved through; for example, the supply of fresh fruit in the workplace, undertaking regular health checks, by applying greater emphasis on physical exercise and restricted alcohol. Other approaches include facilitating more social gatherings such as hosting regular family fun days, promoting adventure and team-building activities etc.
v. Sub-Cultures: Ensure the organisation has got access to relevant, trialled and tested (good practice) methods on how to best analyse the inherent, varying and often disparate sub-cultures of an organisation.
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FACTORS AND SUB-FACTORS
vi. Change Methods, Models and Frameworks: Ensure the organisation has got access to relevant (good practice) cultural alignment and change models, methods and frameworks. This will help determine the most efficient way to align current traditional work and social habits of employees and team members with those expected from innovative change
5. EFFECTIVE LEADERSHIP
"Have you (as decision-makers) effectively accessed; recommended; and / or employed the most relevant, trialled and tested models, methods, actions, and frameworks associated
to leading and championing the delivery and application process of the proposed innovative change?"
Leaders and champions are identified as key components when delivering innovative change. Successful leaders ‘get things done’ by effectively delegating tasks to others and by promoting a positive and cooperative environment. This leadership approach is to be achieved and maintained by taking into account the following leadership factors when identifying / engaging leaders, decision makers or champions along the way:
i. Leader vs. Manager: Note that not all leaders are managers, nor are managers all leaders
ii. Human Intervention: Ensure that their 'human intervention' capabilities and experiences include:
o enhanced levels of communication skill sets — both personal and professional;
o the ability to facilitate a positive environment of mutual assurance towards success; and
o the ability to set achievable goals, objectives and milestones by being able to recognise and build on any personal (employee) and other (non-human) resource strengths; and by accepting, overcoming or positively influencing any limitations.
iii. New vs. Old Leaders and Champions: Consider the introduction of new or external leaders / decision makers to champion organisation through the delivery and application of innovative change. This decision is to be based on their ability to, for example:
o apply innovative / enhanced, value-adding, leadership skill sets, ideas, processes, approaches etc.; or
o promote a clearer (unbiased / realistic / transparent) vision, goal, objective etc.
iv. Trust and Collaboration: Ensure leaders, decision makers and champions encourage employees and other key stakeholders to continuously promote a sustainable culture / philosophy of trust and collaboration (pre-, during and beyond) the delivery and application process.
v. Leadership Traps: Ensure leaders, decision makers and champions have a good understanding of past leadership ‘traps', hints (do’s, don’ts etc.), case studies, good-practice guidelines (from both construction and other industry sectors)
vi. Methods, Models and Frameworks: To help reduce the chance of not reaching the ‘finishing line’ in delivering innovative change within current or future work environments, organisations are to ensure that the decision-making team and its champions have ready access to, and wilfully incorporate, relevant, tried and tested (good practice) leadership models, methods, action lists and frameworks.
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vii. Regular Reviews: Ensure regular and continuous progress reviews are undertaken by leaders, decision makers and champions pre-, during and beyond the delivery and application of innovative change
6. ENHANCED TRAINING AND EDUCATION
"Have you (as decision makers) effectively evaluated, recommended, and / or ensured the facilitation of the most suitable training and education environments and incentives for the organisation; more specifically, ones
that are attuned to promoting employees and team members to willingly absorb and readily apply
their newly attained knowledge and experiences in best using innovative change within their current or future
work environment?"
To meet an organisation’s learning, training and development requirements, the need for cross-disciplinary education was identified, and that construction industry organisations should re-think the way their trainers and educators are currently delivering required skill sets. This renewed level of awareness can be achieved by considering the following training and education factors:
i. Learning Incentives: Offer and promote effective reward and learning incentive packages that encourage employees and team members to continue developing their skill sets; to increase their productivity levels; and voluntarily create, share and apply their newly attained knowledge and experiences amongst other co-workers, key stakeholders, and work environments.
ii. Delivery: Ensure trainers and educators have access and the required skill sets to employ the latest training and education delivery tools, models, frameworks, ‘disciplines’ etc., such as: synchronised (live / direct) or instructor-led training programs that use video, audio and graphical presentations / applications that can be accessed by a geographically dispersed consortium of organisations, employees and key stakeholders etc.
iii. Benefits: Recognise and promote the key benefits (what’s in it for me?) that can be gained through enhanced and continued training and education.
iv. Good Investment: Promote investing in the training and education of employees is a logical, value-adding endeavour towards achieving long-term business success and competitiveness
v. Enhanced efficiency: Note that improved long-term efficiencies and enhanced overall productivity levels of employees through the successful delivery and application of innovative change, can be achieved by: unlocking, developing and continuously stimulating an individual’s creativity, knowledge and skill sets; and by providing employees and other key stakeholders with suitable and professional learning and training environments / platforms. These enable the newly acquired knowledge and skill sets to be effectively disseminated, communicated and applied within and between current and future geographically dispersed work environments.
vi. Productivity vs. Untrained or Uneducated: To help ensure members of an organisation perform to their full and expected potential, organisations are to ensure no employee or key stakeholders are to be left uninformed, uneducated or untrained on how to effectively apply / benefit from innovative change.
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FACTORS AND SUB-FACTORS
vii. Broader Industry Support: Ensure trainers and educators take an active role in, and get more involved with industry good-practice undertakings / ‘real world’ learning experiences by, for example: encouraging the increased involvement and contribution of professional learned bodies from relevant industry and business sectors to share their experiences; and by having ready access to relevant (successful as well as failed) case study examples etc.
viii. Ability: Ensure trainers and educators have the ability to offer the necessary industry standard and level of education, and that the employees and project team members have the basic ability, aptitude and proficiency (logical thinking) to learn and then apply the newly acquired skill sets.
7. SUITABLE KNOWLEDGE MANAGEMENT (KM) AND SHARING PLATFORMS
"Does the organisation have an effective knowledge creation,
management and sharing system or platform? This is one that provides a geographically dispersed consortium
of construction industry organisations, employees and key
stakeholders ready access to a user-friendly environment (e.g. internet- or
intranet-based) that allows the creation, storage and sharing of
innovative change-related knowledge?" If so … “Are employees able to sufficiently adapt their current undertakings and capabilities of both implicit (unspoken, inherent, implied and in the mind of employees and team members) as well as explicit
(clear, open, unambiguous and documented) formats – and
effectively combine, house, share and manage these with the data,
information and knowledge of innovative change?”… and … “Will the organisation’s KM efforts be a
‘leading or bleeding’ experience, that is, will the above efforts be to the
detriment, closely match, or effectively reduce current KM efforts,
inefficiencies etc?”
Organisations are to have ready and unrestricted access to an appropriate KM platform - one that is effective in facilitating the creation, storage, and sharing of innovative change knowledge pre-, during and beyond its delivery and application.
In addition to the above, organisations are to consider the following KM factors throughout this component of the CDF:
i. Change Traditional Data Storage Methods: Undertake all efforts in converting traditional (tacit and explicit) formats of value-adding data, information and knowledge, and house them in a shared and user friendly (electronic, inter / intranet etc.) workspace for future access, reference, use etc. This should place them within an environment that can be accessed by a geographically dispersed consortium of construction industry organisations, employees and key stakeholders.
ii. Knowledge Sharing vs. Storing Effort: Ensure any renewed or additional KM efforts (pertaining to the creating, storing and sharing of data, information and knowledge) of innovative change, closely matches, or (preferably) enhances the efficiency of current KM efforts.
iii. Having a Leading Edge: Ensure all KM efforts are ‘leading edge’ and value-adding as no organisation can afford to commit their valuable resources or efforts, only to end up on the ‘bleeding edge’ of KM progression (non value-adding, inefficient etc.)
8. DETERMINE THE IMPACT ON END CLIENT AND OTHER KEY STAKEHOLDERS
“Have you (as decision makers) taken into account all possible effects
the delivery of the proposed innovative change may have on any
social, technical, infrastructure, process and business re-engineering
requirements of the end client and other key stakeholders?”
Construction industry organisations are (generally) faced with many new challenges with the need to become / stay competitive, efficient and highly productive in order to ‘survive’ in today’s (and tomorrow’s) aggressively cutthroat and constantly evolving global economy. There also seems to be an increase in organisations having to provide more cost-effective solutions by satisfying the raised quality expectations of more informed and knowledgeable clients across the globe. To meet these improved and much anticipated delivery standards of tomorrow’s clients (in relation to the three cornerstones of cost, time and quality), construction industry leaders need to become more apparent by being more client-orientated and providing a better client service.
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FACTORS AND SUB-FACTORS
Hence, when organisations decide on whether or not to deliver innovative change into an existing or future work environment, they need to ensure that the ‘new or improved way of doing something’ still meets (if not surpasses) the elevated needs and expectations of the client and other key stakeholders. The following client-related factors are therefore to be considered throughout this component of the CDF:
i. Going the Extra Mile: Develop strong relationships with clients and other key stakeholders by communicating and interacting beyond the mere ‘formal’ business, re-engineering, supply and physical infrastructure ‘boundaries’ of delivering and applying innovative change.
ii. Develop Synergy: Develop the organisation’s innovative change business plan and delivery strategy by including client and other key stakeholder considerations:
o with the aim of achieving ‘win/win+’ (2 + 2 = 5) outcomes such as having ‘incentive shares’ in profits, cost savings etc.;
o taking into account all possible effects and influencing factors the delivery of innovative change may have on the end client and other key stakeholders. This may be achieved by including them in, for example, a return on investment study, an impact study, a risk vs. opportunity assessment plan etc.
9. CONSIDER WHOLE OF BUSINESS LIFECYCLE COST
"Have you (as decision makers) fully considered the life-cycle costs of the
proposed innovative change, and compared these against the
organisation’s total business or project costs?”
Determining both short- and long-term business and life-cycle costs for delivering innovative change in organisations are essential undertakings that cannot be overlooked, mismanaged or underestimated. This is because they can directly, indirectly, positively and negatively influence the downstream costs and investment opportunities for all key stakeholders.
Unless these costs are fully understood, properly managed, accurately undertaken and kept under stringent control; change leaders are likely to lose support from pivotal / senior decision makers within the organisation and external stakeholders.
Therefore, when evaluating the whole of business life-cycle cost of innovative change, organisations are to adhere to the following cost-related factors throughout this component of the CDF for delivering innovative change:
i. Capital vs. Operational Costs: Determine the total upfront capital and investment costs of the proposed innovative change and then compare these against the later and ongoing operation costs by, for example, undertaking a cost vs. return on investment analysis.
ii. Work Together: Where possible, undertake the above by working closely with an organisation’s (internal / external) team leaders, managers, financial planners, industry forecasters, clients, developers and other key stakeholders / decision makers.
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7.1. Summary: Chapter Seven
Although nine dynamics were identified, tested and validated as being highly
relevant and key components of the proposed CDF for delivering innovative
change within construction industry organisations, the need to further develop,
trial and test an all-encompassing ‘Innovative Change Decision-making
Framework’ (ICDF) is still apparent. This observation is discussed at greater
length in Chapter Eight.
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8. CHAPTER EIGHT: DISCUSSION, CONCLUSIONS AND PROPOSED FUTURE RESEARCH
8.1. Discussion and Conclusions
The primary research aim was to identify and test the relevancy of a range of
measurable dynamics in terms of being key components of a CDF for delivering
innovative change within organisations. This was achieved by satisfying the
research objectives, testing the research hypothesis, answering the research
question and by using a comprehensive and effective data collection and
verification process – a Delphi Study.
The Background and the second (more extensive) Literature Review confirmed a
lag in commitment within Australian and international construction industry
organisations towards identifying, developing and / or testing improved decision-
making methods, processes, models and frameworks for the successful delivery
and application of innovative change. It further confirmed that the accuracy,
effectiveness and efficiency of any decision-making process will be hindered if
the decisions are based on superficial / unsubstantiated / biased reasoning,
factors, information or traditions (because of ‘the way we have always done
things’).
Research also found insufficient evidence of a comprehensive decision-making
framework that measured (rated) the delivery of innovative change within
construction industry organisations.
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As a result, five years of research identified, tested and confirmed nine
measurable dynamics – Change, Innovation, Implementation, Culture,
Leadership, Training and Education, Knowledge-sharing and Management,
Impact on End Client and Other Key Stakeholders; and Whole of Business Life-
cycle Cost – as being highly relevant and key components of a CDF for delivering
innovative change within organisations.
8.2. Proposed Future Research
Findings suggest that the construction industry (in general) is not as ‘advanced’
compared to other industries when it comes to investing in the development and
delivery of innovative change within organisations. Today’s construction industry
businesses and key stakeholder worlds are inevitably exposed to various levels
of indecision, confusion, lack of commitment and misconceptions on how best to
measure and manage the ever-present risks and opportunities associated with
the delivery of innovative change.
8.2.1. Nine Research Proposals
While Chapter Six provides a detailed analysis of the data collated during the two
Delphi Survey Questionnaire rounds, and findings confirm nine dynamics are
highly relevant and key components of a CDF, nine supplementary research
undertakings are proposed – summarised in Table 8-1.
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Table 8-1: Nine Research Proposals – Based on Findings
NINE RESEARCH PROPOSALS PROJECTED OUTCOMES
1. As all factors and sub-factors underpinning the
nine dynamics within the CDF are assumed to
have equal weight (Chapter Three), further
investigation into these is proposed:
• Firstly, by predetermining the weight of all
factors and sub-factors within each dynamic.
• Secondly, by trialling and testing what impact
these weightings have on the relevance rate
and rank of the nine dynamics.
• By having the relevance of each of the nine
dynamics (including their underlying factors, and
sub-factors) ‘pre-weighted’ within the proposed
ICDF – will help:
o make more informed decisions in relation to
the prioritisation of various tasks; resources;
etc. when delivering innovative change in
organisations.
2. Although all nine dynamics were confirmed by
the panel of experts as being key components of
a CDF, further investigation and analysis is
proposed to identify and evaluate the relevancy
of any additional underlying factors and sub-
factors for each of nine dynamics besides those
identified by this research, and from a number of
different and value-adding perspectives.
• Findings and outcomes will assist in:
o more accurately assessing and provide a
better understanding of an organisation’s
abilities, limitations, etc. in relation to the nine
dynamics;
o further validating the relevancy of including
these dynamics in the proposed ICDF for
delivering innovative change within an
organisation.
3. While the dynamics of ‘Whole of Business Life-
cycle Cost’; ‘Innovation’; and ‘Knowledge sharing
and Management’ were identified and confirmed
by the panel of experts as being key components
of a CDF, further investigation and analysis is
proposed to validate the relevancy of including
these three dynamics in the proposed ICDF.
• Findings and outcomes will:
o enhance the assessment, understanding and
management of associated business lifecycle
costs; financial risks; investment
opportunities; knowledge management (KM)
and sharing requirements, abilities and
limitations etc.
4. The ‘Impact on End-client Business’ was
confirmed by the panel of experts as being a key
component of a CDF, yet, further investigation
and analysis is proposed to determine the root
cause(s) for the low percentage rating (40%)
allocated to the ‘Develop and Maintain Synergy’
factor.
• Findings and outcomes will:
o better meet end-client needs, expectations
etc.;
o more accurately measure / assess the
potential impact and overall effects the
delivery of innovative change may have on
end-client businesses;
o further validate the relevancy of ‘Impact on
End-client Business’ being a key component
in the proposed ICDF for delivering innovative
change within an organisation.
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NINE RESEARCH PROPOSALS PROJECTED OUTCOMES
5. Although the dynamic of ‘Training and Education’
was confirmed by the panel of experts as being a
key component of a CDF, further investigation
and analysis is proposed on the four additional
factors and underlying sub-factors identified by
the panel of industry experts — ‘Broader industry
support’, ‘Ability’, ‘Understanding’ and ‘Common
sense’.
• Findings and outcomes from this proposed
research will help:
o promote enhanced efforts of involvement /
input from professional / industry learned
bodies etc.;
o ensure trainers / educators have ready
access to successful (as well as failed)
‘delivery of innovative change’ case study
examples for enhanced future learning;
o ensure trainers / educators have the ability
(knowledge, skill sets etc.) to offer the
necessary industry standard and level of
education;
o better assess employees (and other key
stakeholders) in their abilities / limitations to
learn and apply the new innovative change
skill sets;
o further validate the relevancy of ‘Training and
Education’ being a key component in the
proposed ICDF.
6. While the dynamic of ‘Change’ was confirmed by
the panel of experts as being a key component
of a CDF’, further investigation and analysis into
this dynamic is proposed to determine the root
cause(s) for the low ratings (40%) of the two sub-
factors ‘Globalisation of the Economy’ and
‘Effects of Increased Competition’
• Findings and outcomes will:
o More accurately measure and better
understand what impact globalisation,
economic trends and enhanced
competitiveness (or lack of) has within the
proposed ICDF.
7. The dynamic of ‘Leadership’ was confirmed by
the panel of experts as being a key component
of a CDF, yet further investigation and analysis is
proposed:
• to determine the root cause(s) as to why
certain industry experts allocated a low
percentage rate of 40% relevancy to the three
sub-factors that underpin the ‘New vs. Old
Leaders and Champions’ factor —
‘Leadership Skill Sets’; ‘Recipes for Success’;
and ‘Clearer (Unbiased / Realistic) Vision /
Goals / Objectives’.
• Findings and outcomes will further validate the:
o ‘Leadership’ dynamic (in general) as being a
key component of the proposed ICDF;
o relevancy of introducing new / external
(versus existing / internal) leaders to
champion employees and other key
stakeholders through the delivery and
application process.
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NINE RESEARCH PROPOSALS PROJECTED OUTCOMES
8. Although the dynamic of ‘Culture’ was confirmed
by the panel of experts as being a key
component of CDF, further investigation and
analysis is proposed:
• to determine the root cause(s) as to why
certain industry experts allocated a low
percentage rate of 40% relevancy to sub-
factors underpinning the following factors:
‘Success Factors’, ‘Work–Life Balance’, ‘Sub-
cultures’ and ‘Methods, Models and
Frameworks’.
• Findings and outcomes will:
o more accurately measure and better
understand what impact and overall effects
the deeply embedded culture and sub-culture
‘influences’ (types, personalities,
characteristics, classifications etc.) of an
organisation may (or may not) have on the
proposed ICDF.
9. While the dynamic of ‘Implementation’ was
confirmed by the panel of experts as being a key
component of a CDF, further investigation and
analysis is proposed to determine the root
cause(s) as to why certain industry experts
allocated a low percentage rate of 40%
relevancy to a sub-factor underpinning the
following factor: ‘Strategies, Methods, Models
and Frameworks’.
• Findings and outcomes will:
o more accurately measure and better
understand what impact the use (or the lack
of) the most appropriate implementation
strategies, methods, models and frameworks
has on the proposed ICDF for delivering
innovative change within an organisation.
8.2.2. Proposed ‘Innovative Change Delivery Process’ (ICDP)
Research confirmed nine dynamics formed the foundation of a CDF and further
verified all nine dynamics were underpinned by varying degrees of challenges
and opportunities (factors) that construction industry organisations need to
recognise; measure; respond to; and effectively manage to ensure the successful
delivery of innovative change.
Although the above satisfied the research aims and objectives, the need to
develop and test an all-encompassing ICDP is proposed – that is, to (preferably)
be in an electronic format (inter/intranet-based etc.) to help ensure a
geographically dispersed consortium of construction (and other) industry sector
leaders, organisations, clients and other key stakeholders gain unrestricted and
secure access to, for example:
• supplementary support and KM mechanisms;
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• good-practice guidelines;
• relevant (successful as well as unsuccessful) delivery of innovative change
case study examples;
• tried and tested processes, frameworks, models, and recommendations;
• ‘stop-and-check’ innovative change decision-making indicators;
• delivery ‘do’s and don’ts’; as well as
• internationally recognised industry experts, innovative change specialists and
up-to-date network platforms.
To help realise the above expectations, the proposed ICDP will comprise three
co-dependent sub-components, being:
• A comprehensive ‘Innovative Change Decision-making Framework’ (ICDF) —
‘what is our organisation’s current status?’;
• An ‘Innovative Change Delivery Analysis’ (ICDA) program — ‘are we ready for
innovative change?’; and finally
• An ‘Innovative Change Delivery Guide’ (ICDG) — ‘how, when, why, and by
whom?’
The above three sub-components of the ICDP are discussed separately in the
following dedicated sections.
8.2.3. Proposed ‘Innovative Change Decision-making Framework’ (ICDF)
Although all nine dynamics (as a whole) were confirmed as key components of a
CDF for delivering innovative change within an organisation, further research and
analysis of these dynamics is proposed by developing a more comprehensive
decision-making framework that is to be appropriately tried and tested on a larger
population of Australian and internationally-based case study organisations (from
both construction and other industry sectors) prior to application.
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As a result, underpinning the proposed ICDP are the R&D efforts of an enhanced
ICDF that is adaptable to all levels and sectors of the construction industry –
thereby:
• ensuring maximum engagement / participation by all decision-makers (leaders,
managers, employees, clients and other key stakeholders); and
• encouraging respondents to voluntarily contribute any suggestions,
recommendations and concerns they may have towards a proposed new or
improved way of ‘doing something’ (based on their knowledge, experience
etc.) and how this innovative change initiative may (positively or negatively)
effect their current and future work environments.
Finally, to help ensure the robustness of the proposed ICDF is of the highest
standard possible, researchers are to:
• make a concerted effort to ensure all findings from the nine research proposals
outlined in Section 8.2.1 are incorporated into the development process; and
• certify that all proposed innovative change delivery factors (questions,
statements, measures, enquiries etc.) for each of the nine dynamics presented
in the draft example (Appendix K:) are rigorously researched, further
examined, developed and meticulously tested prior to its application.
An initial (untested and untried) draft example of the proposed ICDF (including its
revised / modified contents) is presented in Appendix K:.
8.2.4. Proposed ‘Innovative Change Delivery Analysis’ (ICDA)
All outcomes, findings, suggestions, ratings etc. from completing the above ICDF
are then collated through the use of an ICDA program. This forms the second key
component of the proposed ICDP. The ICDA is expected to:
• automatically summarise the ICDF findings (through the use of background
software, database programs, platforms etc.) thereby providing sufficient
qualitative and quantitative data, information and knowledge pertaining to each
of the nine (and any additional) dynamics and relevant factors; and
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• clearly highlight any strengths, weaknesses, gaps, opportunities and areas for
improvement that an organisation needs to consider and address when
delivering innovative change into an existing or future work environment.
An initial (untested and untried) draft example of the proposed ICDA is presented
in Appendix L:. Here the combined results to the nine dynamics are graphically
portrayed as easy-to-understand and user-friendly graphs, tables etc., clearly
illustrating an organisation’s current status in terms of its level of ‘readiness’ in
successfully delivering innovative change. In this draft example, the strengths
and enhanced capabilities of the organisation to provide ready access to user-
friendly workspaces and knowledge creating, storing and sharing environments
etc., is clearly highlighted as ‘A’. Whilst ‘B’ emphasises concern towards the lack
or failure of the organisation being able to provide the most suitable training and
education environments and / or incentives for their employees to learn how to
effectively apply innovative change within their current or future work
environments.
Lastly, findings suggest the final outcomes of the ICDA are to be ‘transparent’,
where the results are made available to everyone who may be affected by the
delivery of innovative change (upstream, downstream, internal and external).
This will ensure enhanced levels of trust, commitment and willingness from
managers, employees, clients and other key stakeholders; and promote a sense
of ‘ownership’ towards satisfying all relevant dynamics, thereby ensuring the
successful and sustainable delivery of innovative change within an organisation.
8.2.5. Proposed ‘Innovative Change Delivery Guide’ (ICDG)
Throughout the above decision-making and analysis process, all decision-makers
(managers, employees, clients and other key stakeholders) should have
unrestricted access to the third and final component of the ICDP — that of the
ICDG for which an initial (untested and untried) draft example is provided in
Appendix M:. The proposed ICDG is to be tried and tested on a larger population
of Australian and internationally-based case study organisations (from both
Chapter Nine – Discussion, Conclusions and Proposed Future Research
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construction and other industry sectors) prior to its application. The final version
of the ICDG is to be housed in an interactive (inter / intranet-based) data /
information / knowledge sharing platform that is easily accessible, user friendly
and regularly updated by construction (and other) industry experts and specialists
who are recognised by their peers as having extended experience,
understanding and,/,or knowledge in the process of delivering innovative change.
Finally, the ICDP is to provide industry leaders, clients, employees, team
members and other key stakeholders across the globe; access to the latest good-
practice guidelines, methods, tips, suggestions, case studies and lessons learnt -
directing them towards achieving the successful delivery and sustainable
application of innovative change within their organisation.
8.3. Summary: Chapter Eight
Nine dynamics are identified as essential components of the decision-making
process for assessing and managing the delivery of innovative change within a
geographically dispersed consortium of building and construction industry
organisations, employees, clients and other key stakeholders.
A further nine supplementary research initiatives are identified, and the
development and testing of an all-encompassing ‘Innovative Change Delivery
Process’ (ICDP) is proposed - underpinned by a transparent ‘Innovative Change
Decision-making Framework’ (ICDF), an ‘Innovative Change Delivery Analysis’
(ICDA) program, and an ‘Innovative Change Delivery Guide’ (ICDG) — all of
which are predicted to promote enhanced levels of enthusiasm and confidence
towards the successful delivery of innovative change. Foreseen advantages
include:
• gaining a greater understanding of how to more accurately assess and better
manage an organisation’s level of ‘readiness’ towards delivering innovative
change by way of nine (or more) dynamics;
• providing good-practice guidance on how best to achieve the sustainable
delivery of innovative change within an organisation;
Chapter Nine – Discussion, Conclusions and Proposed Future Research
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• facilitating increased levels of collaboration and sharing of knowledge between
a geographically dispersed consortium of organisations;
• ensuring enhanced levels of trust and ‘willingness to commit’ from managers,
employees, clients and other key stakeholders towards ensuring a successful
and sustainable delivery.
Unless building and construction industry organisations fully embrace similar
initiatives as those proposed by this research, then there may be a strong
possibility that organisations will continue finding it challenging to maximise their
potential level of competitiveness and efficiency to fully realise both short- and
long-term benefits; or be able to identify value-adding business opportunities the
delivery of innovative change can offer.
If construction industry leaders continue to deliver innovative change
within their organisations without measuring the strengths and
weaknesses of key decision-making dynamics (and respond to these
accordingly), there is a strong possibility that the success and
sustainability of that delivery may be threatened or even fail.
References
- 248 -
REFERENCES
Adept Scientific (2009) GenStat: Complex Statistical Analyses Made Easy.
Adeptise. http://www.adeptscience.co.uk/products/dataanal/genstat/
ALLPM (2006) Successful Motivational Techniques for Virtual Teams ALLPM
ALLPM Project Management (http://allpm.com/) 1-3.
http://allpm.com/modules.php?op=modload&name=News&file=article&sid
=1135&mode=thread&order=0&thold=0
AllWords.com (2008) Interdependent Definition. http://www.allwords.com/word-
interdependent.html
Amaratunga, D., Baldry, D., Sarshar, M. & Newton, R. (2002) Quantitative and
Qualitative Research in the Built Environment: Application of ’’Mixed’’
Research Approach Environment. Work Study. 51. 1: 17- 31.
Amin, A., Bargach, S. & Donegan, J. (2001) Building a Knowledge Sharing
Culture (White Paper) 50-51.
http://www.slb.com/media/services/resources/oilfieldreview/ors01/spr01/p4
8_65.pdf
Anderson, J. V. (1993) Mind Mapping: A Tool for Creative Thinking. Business
Horizons. 36. 1: 41-46.
Andrews, C.G. & Allen, J.M. (2002) Utilization of Technology-Enhanced Delphi
Techniques. Department of Technology and Cognition - University of
North Texas.
http://voc.ed.psu.edu/projects/publications/books/2002/WEF2002.2.html
Baines, A. (1998) Creating a Culture of Ownership. Work Study. 47. 1.
Bate, P. (1996) Strategies for Cultural Change. Butterworth Heinemann. Oxford.
Bishop, K. (2002) New Roles, Skills and Capabilities for the Knowledge-focused
Organisation. Standards Australia International. Business Excellence
Australia, Sydney vi, 3, 30.
Black, J. S. & Gregersen, H. B. (2002) Leading Strategic Change: Breaking
Through the Brain Barrier. Pearson Education Inc. New Jersey. 20-86.
References
- 249 -
Blayse, A. & Manley, K. (2003) Influences on Construction Innovation: A brief
overview of recent literature. Cooperative Research Centre (CRC) for
Construction Innovation. http://www.construction-
innovation.info/index.php?id=385
Brandon, P. (2006) Should Clients Drive Innovation? Mind, Method, and
Motivation. Clients Driving Innovation: Moving Ideas into Practice.
Australia. 12-14 March.
http://www.2006conference.crcci.info/docs/CDProceedings/Proceedings/P
185_Brandon.pdf
BusinessDictionary.com (2009) Differential Analysis Definition. Business
Dictionary. http://www.businessdictionary.com/definition/differential-
analysis.html
Buzan, T., Israel, R. & Dottino, T. (2009) Tony Buzan's Mind Mapping - The
Ultimate Thinking Tool. Squidoo, LLC (and Respective Copyright Owners)
http://www.squidoo.com/Tony-Buzan-s-Mind-Mapping-Thle-Ultimate-
Thinking-Tool and http://www.imindmap.com/articles/TB_MM_UTT.aspx
Cabrera, A., Cabrera, E.F. & Barajas, S. (2001) The Key Role of Organisational
Culture in a Multi-System View of Technology-Driven Change.
International Journal of Information Management. 21. 3.
Cann, A. (2009) MicrobiologyBytes: Maths & Computers for Biologists:
Descriptive Statistics. Microbiologybytes.
http://www.microbiologybytes.com/maths/1011-18.html
Carrillo, P.M. & Anumba, C.J. (2002) Knowledge Management in the AEC
Sector: An Exploration of the Mergers and Acquisitions Context.
Knowledge and Process Management. 9/3. Jul/Sep: 149-61.
http://itc.scix.net/cgi-bin/works/Show?w78-2000-155
Carucci, R. A. & Pasmore, W. A. (2002) Relationships that Enable Enterprise
Change. Jossey-Bass/Pfeiffer Inc. San Fransisco.
Cleveland Jr., A.B. (1999) Knowledge Management: Why it's Not an Information
Technology Issue? Journal of Management in Engineering. November /
December.
Cline, A. (2000) White Paper: Prioritization Process Using Delphi Technique.
Carolla Development: http://www.carolla.com/wp-delph.htm
References
- 250 -
Cooper, C.L. (1999) Can We Live with the Changing Nature of Work? Journal of
Managerial Psychology. 14. 7/8.
CRISP (2000a) The Contribution that Technological Change could make to
meeting the Objectives of Rethinking Construction: The Product (99/17).
January. www.crisp-uk.org.uk www.arup.com
CRISP (2000b) Report on a Workshop: Technological Change and Rethinking
Construction. June. www.crisp-uk.org.uk
Cross, R. & Baird, L. (2000) Technology is Not Enough: Improving Performance
by Building Organisational Memory (US). Sloan Management Review.
Spring. 41. 3:
Davidson, P. (2009) Management: Core Concepts and Applications Milton, Qld:
John Wiley & Sons. xxi, 594
Davidson, P. (2010) Quotation on Change. Queensland University of
Technology, Brisbane.
Davies, J., Studer, R., Sure, Y. & Warren, P.W. (2005) Next Generation
Knowledge Management. BT Technology Journal. 23. 3: 175.
http://72.14.253.104/search?q=cache:mIAjTYQxK_EJ:www.aifb.uni-
karlsruhe.de/WBS/ysu/publications/2005_sekt_btjournal.pdf+next+generat
ion+knowledge+management&hl=en&ct=clnk&cd=1&gl=au and
http://www.aifb.uni-
karlsruhe.de/WBS/ysu/publications/2005_sekt_btjournal.pdf
Dictionary.com (2008a) Client. Definitions from Webster's
http://dictionary.reference.com/browse/client
Dictionary.com (2008b) Dynamic. Definitions from Webster's
http://dictionary.reference.com/browse/dynamic
Dictionary.com (2008c) Expert. Definitions from Webster's
http://dictionary.reference.com/browse/expert
Dictionary.com (2008d) Factor. Definitions from Webster's
http://dictionary.reference.com/browse/factor
Dictionary.com (2008e) Implementation. Definitions from Webster's
http://dictionary.reference.com/browse/Implementation
Dictionary.com (2008f) Interdependent. Definitions from Webster's
http://dictionary.reference.com/browse/interdependent
References
- 251 -
Dictionary.com (2008g) Key. Definitions from Webster's
http://dictionary.reference.com/browse/key
Dictionary.com (2008h) Life-cycle. Definitions from Webster's
http://dictionary.reference.com/browse/life%20cycle
Dictionary.com (2008i) Methodology. Definitions from Webster's
http://dictionary.reference.com/browse/method
Dictionary.com (2008j) Organisation. Definitions from Webster's
http://dictionary.reference.com/browse/organisation
Dictionary.com (2008k) Research. Definitions from Webster's
http://dictionary.reference.com/browse/research
Dictionary.com (2008l) Stakeholder. Definitions from Webster's
http://dictionary.reference.com/browse/stakeholder
Dictionary.com (2008m) Sustainable. Definitions from Webster's
http://dictionary.reference.com/browse/sustainable
Dictionary.com (2008n) Team. Definitions from Webster's
http://dictionary.reference.com/browse/team
Dictionary.com (2009) Change. Definitions from Webster's
http://dictionary.reference.com/browse/change
Duarte, D. L. & Snyder, N. T. (2001) Mastering Virtual Teams: Strategies, Tools,
and Techniques that Succeed. Jossey-Bass Inc. San Fransisco. 2nd
Edition.
Egbu, C. (2004) Managing Knowledge and Intellectual Capital for Improved
Organizational Innovations in the Construction Industry Engineering,
Construction, and Architectural Management. 11. 5: 301-13.
Evrekli, E., Balim, A. & İnel, D. (2009) Mind Mapping Applications in Special
Teaching Methods Courses for Science Teacher Candidates and Teacher
Candidates’ Opinions Concerning the Applications Procedia. Social and
Behavioral Sciences. 1. 1: 2274-79.
Fellows, R. & Liu, A. (2003) Research Methods for Construction (Second
Edition). Blackwell Science. Great Britain. 28-32, 44, 91-97.
Fielding, M. & Schreier, M. (2001) Introduction: On the Compatibility Between
Qualitative and Quantitative Research Methods. Forum: Qualitative Social
Research. 2. 1. www.qualitative-research.net
References
- 252 -
Flanagan, R. (1998) Creating Competitive Advantage In Construction With
Technology. Second International Conference on Construction Project
Management, Critical Issues and Challenges Into The Next Millennium
(February 19-20). Raffles City Convention Centre, Singapore.
Foresight (2000) Constructing the Future: Making the Future Work For You.
www.foresight.gov.au
Fujitsu Centre (1998) Information Technology in the Building and Construction
Industry: Current Status and Future Directions. August.
Gann, D. (1997) Technology and Industrial Performance in Construction.
September.
Gilley, J. W. & Maycunich, A. (2000) Beyond the Learning Organization. Perseus
Books. New York.
Grenier, R. & Metes, G. (1995) Going Virtual: Moving Your Organisation into the
21st Century. Prentice Hall Inc.: xv, 320.
Grisham, T. & Walker, D.H.T. (2006) Nurturing a Knowledge Environment for
International Construction Organizations Through Communities of
Practice. Construction Innovation. 6. 217-31.
http://www.thomasgrisham.com/papers/Nurturing%20Knowledge.Construc
tion%20Innovation.pdf
Gupta, A. & Thomas, G. (2001) Organisational Learning in a High-Tech
Environment: From Theory to Practice. Industrial Management & Data
Systems. 101. 9.
Hari, S., Egbu, C. & Kumar, B. (2005) A Knowledge Capture Awareness Tool: An
Empirical Study on Small and Medium Enterprises in the Construction
Industry Engineering, Construction and Architectural Management. 12. 6:
533-43. http://www.emeraldinsight.com
Hasan, H. & Handzic, M. (2003) Australian Studies in Knowledge Management.
University of Wollongong Press. Wollongong, N.S.W.: i-x, 48, 343, 568.
Hee, H. (1998) Information Technology & The Deployment of CAD Systems: An
Enabler Or Disabler of Construction Management? A Critical Appraisal of
Its Impact On Design & Build Projects In Singapore. Second International
Conference on Construction Project Management, Critical Issues and
Challenges Into The Next Millennium (19-20 February). Raffles City
Convention Centre, Singapore.
References
- 253 -
Hensey, M. (2001) Collective Excellence: Building Effective Teams. American
Society of Civil Engineers (ASCE) Press. Virginia. 2nd Edition. 49
Hiley, M. (2001) Just the Job. Industrial and Commercial Training. 33. 6.
Hofstede, G. (2009) Hofstede's Five Cultural Dimensions. Geert Hofstede - ITIM.
http://www.geert-hofstede.com/
Hughes, T., Williams, T. & Ryall, P. (2000) It is Not What You Achieve, it is the
Way you Achieve It. Total Quality Management. 11. 3.
Illinois Institute of Technology (IIT) (c1996) The Delphi Method.
http://www.iit.edu/~it/delphi.html and http://www.iit.edu/~it/
Illumine Training (2008) How To Make a Mind Map®. Illumine Training.
www.illumine.co.uk/ and www.mind-mapping.co.uk/make-mind-map.htm
Indiana University (2008) Survey Definition.
http://www.indiana.edu/~iuaudit/glossary.html
Jennex, M.E. (2005) Case Studies in Knowledge Management. Idea Group
Publishers. Hershey PA viii-xii, 372.
Kaarst-Brown, M.L. & Robey, D. (1999) More Myth, Magic and Metaphor:
Cultural Insights into the Management of Information Technology in
Organizations. Information Technology & People. 12. 2.
Kajewski, S.L. & Weippert, A. (2000) Online Remote Construction Management:
Literature Review. Faculty of Built Environment and Engineering,
Queensland University of Technology. October.
Kajewski, S.L. & Weippert, A. (2003) A Brief Synopsis in the Use of Information
and Communication Technology and Internet-based Construction Project
Management in the Construction Industry. Cooperative Research Centre
for Construction Innovation (Report 2001-008-C-01).
http://www.construction-innovation.info/
Kajewski, S.L., Weippert, A. & Crawford, J.R. (2003a) Electronic Tendering: An
Industry Perspective. Cooperative Research Centre for Construction
Innovation (Report 2001-008-C-07). http://www.construction-
innovation.info/
Kajewski, S.L., Weippert, A. & Tilley, P.A. (2002) Online Remote Construction
Management: Consolidated Report. Faculty of Built Environment and
Engineering, Queensland University of Technology. October.
References
- 254 -
Kajewski, S.L., Weippert, A., Tilley, P.A. & Remmers, T. (2003b) Hand-Held
Technology Review. Cooperative Research Centre for Construction
Innovation (Report 2001-008-C). http://www.construction-innovation.info/
Kelle, U. (2001) Sociological Explanations Between Micro and Macro and the
Integration of Qualitative and Quantitative Methods. Forum: Qualitative
Social Research. 2. 1. www.qualitative-research.net
Kilby, T. (2001) The Direction of Web-Based Training: a Practitioner's View. The
learning Organisation. 8. 5.
Kokotovich, V. (2008) Problem Analysis and Thinking Tools: An Empirical Study
of Non-hierarchical Mind Mapping. Design Studies. 29. 1: 49-69.
Kotter, J. (2001) Leading Change. http://www.mgmtquotes.com/search/
Lane, D. M. (2009) HyperStat Online Statistics Textbook. HyperStat
http://davidmlane.com/hyperstat/A16252.html
Lewis, P. & Thornhill, A. (1994) The Evaluation of Training: An Organizational
Culture Approach. Journal of European Industrial Training. 18. 8.
Lingard, Helen. & Rowlinson, Stephen M. (Unknown) Sample Size in Factor
Analysis: Why Size Matters
(http://rec.hku.hk/steve/msc/factoranalysisnoteforstudentresourcepage.pdf
). Hong Kong Polytechnic University:
Linowes J.G. (1999) Invest in the Best Communications. Journal of Management
in Engineering. November/December.
Linstone, H.A. (1999) Book Review by Coates J.: Decision Making for
Technology Executives. British Library Cataloguing in Publication Data.
http://74.125.95.132/search?q=cache:rJ7Yr8tc7-
IJ:josephcoates.com/pdf_files/235_Review.pdf+Decision+Making+for+Tec
hnology+Executives&hl=en&ct=clnk&cd=2&gl=au
Linstone, H.A. & Murray, T. (1975) The Delphi Method: Techniques and
Applications Addison-Wesley Publishing Company.
http://is.njit.edu/pubs/delphibook/ch1.html,
http://is.njit.edu/pubs/delphibook/ch7a.pdf and
http://is.njit.edu/pubs/delphibook/#toc
Linstone, H.A. & Murray, T. (2002) The Delphi Method: Techniques and
Applications New Jersey's Science and Technology University (NJIT)
Department of Information Systems. http://is.njit.edu/pubs/delphibook/#toc
References
- 255 -
Lopez, S.P., Peon, J.M.M. & Ordas, C.J.V. (2004) Managing Knowledge: The
Link Between Culture and Organizational Learning. Journal of Knowledge
Management. 8. 6: 93-101. www.emeraldinsight.com
Love, P.E.D. (1996) Enablers of Process Re-engineering. International
Construction Information Technology Conference - Bridging The Gap
(April 18-19). Sydney.
Manley, K. (2006) Innovate Now: Improving Performance in the Building and
Construction Industry. 3-6.
Manley, K., Blayse, A. & McFallan, S. (2005) Demonstrating the Benefits of
Construction Innovation. Creating and Entrepreneurial Economy: The Role
of Enterprise and Innovation International Research Conference (7 - 8
July). University of Waikato, Hamilton, New Zealand.
http://www.brite.crcci.info/resources/pdfs/2005_demonstrating_benefits_fin
al_waikato_uninz__manley_blayse_&_mcfallan.pdf
Maslow, A.H. (1943) A Theory of Human Motivation. Psychological Review. 50.
370-96.
Maull, R., Brown, P. & Cliffe, R. (2001) Organisational Culture and Quality
Improvement. International Journal of Operations & Production
Management. 21. 3.
McClelland, D. C. (1975) Power: The Inner Experience. New York: Irvington
McClelland, D. C. & Burnham, D. H. (1976) Power is the Great Motivator.
Harvard Business Review. 54(2): 100-10.
McDermott, R. & O'Dell, C. (2001) Overcoming Cultural Barriers to Sharing
Knowledge. Journal of Knowledge Management. 5. 1: 76-77.
http://proquest.umi.com
McShane, S.P. & Travaglione, G. (2007) Organisational Behaviour: On the
Pacific Rim. McGraw-Hill Australia Pty Ltd. New Jersey. 2nd Ed.
Meudell, K. & Gadd, K. (1994) Culture and Climate in Short Life Organizations:
Sunny Spells or Thunderstorms? International Journal of Contemporary
Hospitality Management. 6. 5.
Michel, H.L. (1998) The Next 25 Years: The Future of the Construction Industry
Communications. Journal of Management in Engineering.
September/October.
References
- 256 -
Millet, R.A. (1999) Failures: How to Avoid Them. Journal of Management in
Engineering. September/October.
Mirriam-Webster's Online Dictionary (2008) Organisation. http://www.merriam-
webster.com/dictionary/organization
Naslund, D. (2002) Logistics Needs Qualitative Research - Especially Action
Research. International Journal of Physical Distribution & Logistics
Management. 32. 5: 321-38.
Newsted, P., Huff, S. & Munro, M. (1998) About Survey Instruments: A Brief
Introduction. Originally Published in MISQ Discovery.
www.ucalgary.ca/~newsted/tutor
Noel, L. (2009) The Future of Computer-aided Innovation. Computers in Industry.
In Press.
Nonaka, I. & Takeuchi, H. (1995) The Knowledge-creating Company: How
Japanese Companies Create the Dynamics of Innovation. Oxford
University Press. New York i-xii, 1-7, 284.
O'Donaghue, A. (2001) Motivational Training Hits New Heights. Industrial and
Commercial Training. 7. 5.
OECD (2009) Glossary of Statistical Terms. OECD.
http://stats.oecd.org/glossary/
Orange, G., Burke, A. & Boam, J. (2000) Organisational Learning in the UK
Construction Industry: A Knowledge Management Approach. Leeds
Metropolitan University. http://csrc.lse.ac.uk/asp/aspecis/20000202.pdf
Park, H., Ribière, V. & Schulte, Jr W. D. (2004) Critical Attributes of
Organizational Culture that Promote Knowledge Management Technology
Implementation Success. Journal of Knowledge Management: 106-17.
http://www.emeraldinsight.com
Paulson, B.C. (1995) Computer Applications In Construction. McGraw-Hill Inc.
Singapore.
Peneder, M. (2008) The Problem of Private Under-investment in Innovation: A
Policy Mind Map. Technovation. 28. 8: 518-30.
Pepper, G. L. (1995) Communications in Organizations: A Cultural Approach.
McGraw-Hill Inc.
References
- 257 -
Perry, C. (1998) A Structured Approach for Presenting Theses: Notes for
Students and their Supervisors. Australasian Marketing Journal. 6. 1: 63-
85.
Price Waterhouse Coopers (2002) Innovation in the Australian Building and
Construction Industry – Survey Report.
http://www.acif.com.au/dwn/20104_Proposal_V5%202%20col.pdf
Rai, A. R. (2005) Management Guru on How to Drive Innovation. Business
Standard: http://www.rediff.com/money/2005/jul/06spec.htm
Rethinking Construction (2000) A Commitment to People: "Our Biggest Asset".
www.dti.gov.uk/construction/respect
Revenaugh, D. L. (1994) Business Process Re-Engineering: The Unavoidable
Challenge. Management Decision. 32. 7.
RICS & Salford University (2007) Drinking at the Knowledge Ba: Innovation in
Small Construction Knowledge Intensive Professional Service Firms.
Research Paper Series from The Royal Institute of Chartered Surveyors
(RICS). 6. 3. www.rics.org
RICS & Salford University (2007) Innovation in Small Construction Knowledge
Intensive Professional Service Firms. Research Paper Series from The
Royal Institute of Chartered Surveyors (RICS). 6. 14: 9-14. www.rics.org
Robbins, S.P. (1998) Organisational Behaviour: Concepts, Controversies and
Applications. Prentice Hall Inc. New Jersey. Eighth Edition. 138-86, 347,
595-98, 601-46.
Roberts, D. (2009) Normal Distribution Standard Deviation.
http://www.regentsprep.org/Regents/math/algtrig/ATS2/NormalLesson.htm
Robinson, H.S. , Anumba, C.J. , Carrillo, P.M. & Al-Ghassani, A.M. (2006)
STEPS: A Knowledge Management Maturity Roadmap for Corporate
Sustainability. Business Process Management Journal. 12. 6: 793-808.
Robinson, H.S., Anumba, C.J. & Carrillo, P.M. (2005) Knowledge Management
Practices in Large Construction Organizations. Engineering, Construction
and Architectural Management. 12. 5: 431-45.
Rollett, H. (2003) Knowledge Management: Processes and Technologies. Kluwer
Academic Publishers. Boston. i-xii, 65-66, 209-29.
Russell, P. (2008) The Spirit of Now.
http://www.peterrussell.com/MindMaps/mindmap.php
References
- 258 -
Sadri, G. & Lees, B. (2001) Developing Corporate Culture as a Competitive
Advantage. Journal of Management Development. 20. 10.
SAI-Global (2004) Introduction to Knowledge Management in Construction.
Standards Australia International. Sydney. iv, 2-16.
Schein, E. H. (1997) Organizational Culture and Leadership. Jossey-Bass Inc.
San Fransisco. 2nd Edition. 12-15, 299.
Schein, E. H. (1999) The Corporate Culture Survival Guide. Jossey-Bass Inc.
San Francisco. 1st Edition. 13-14.
Schneider, W.E. (2000) Why Good Management Ideas Fail: The Neglected
Power of Organisational Culture. Strategy & Leadership:
http://www.acclaimsubscriptions.com/usa/catalog/viewItem/?prdid=102185
Sensky, T. (2002) Knowledge Management. Advances in Psychiatric Treatment.
8. 387-96. http://apt.rcpsych.org/cgi/reprint/8/5/395.pdf &
http://www.library.nhs.uk/knowledgemanagement/ViewResource.aspx?res
ID=88667
Sharp, A.G. (c1997) Delphi Technique: The Beginnings.
http://www.referenceforbusiness.com/encyclopedia/Cos-Des/Delphi-
Technique.html
Sheskin, D.J. (2002) Handbook of Parametric and Non Parametric Statistics.
Chapman & Hall. London. 2nd Ed.:
Skyrme, D (1998) Know Why. http://www.skyrme.com/pubs/kwhyhow.htm
Skyrme, D. & Amidon, D. M. (1997) Developing A Knowledge Strategy. Business
Intelligence David Skyrme Associates:
http://www.skyrme.com/pubs/kwhyhow.htm
Smithin, T. (1980) Maps of the Mind: New Pathways to Decision-making.
Business Horizons. 23. 6: 24-28.
Standards Australia (2001) Knowledge Management : A Framework for
Succeeding in the Knowledge Era. Standards Australia International.
Sydney viii, 7, 56.
Straker, D. (2007) Quality Toolbook: Tools About Quality and Quality
Improvement. Quality Tools
http://syque.com/quality_tools/toolbook/Variation/measuring_spread.htm
Stuter, L.M. (1999) The Delphi Technique. What Is It? http://www.learn-
usa.com/transformation_process/acf001.htm
References
- 259 -
Swe, V. & Kleiner, B.H. (1998) Managing and Changing Mistrustful Cultures.
Industrial and Commercial Training. 30. 2.
Tichy, J. (2001) CEO Refresher http://www.refresher.com/ceo.html
Tiwana, A. (2000) The Knowledge Management Toolkit : Practical Techniques for
Building a Knowledge Management System. Prentice Hall PTR. Upper
Saddle River, NJ. xxvi, 5, 608.
Toole, T.M. (1998) Uncertainty and Home Builders' Adoption of Technological
Innovations. Journal of Construction Engineering and Management.
July/August.
Tropman, J.E. (c1997) Decision Making.
http://www.referenceforbusiness.com/encyclopedia/Cos-Des/Decision-
Making.html
UAB University of Alabama at Birmingham (2008) Research Definition. UAB
Institutional Review Board, Birmingham, Alabama 35294.
http://main.uab.edu/show.asp?durki=59029
Upton, G. & Cook, I. (2002) Oxford Dictionary of Statistics.
Uren, D. (2001) IT Benefits Don't Lie in the Hardware and Software: The Profits
to be Won from Investment in IT depend upon Organisational Change.
Weekend Australian. Brisbane, Australia. 50.
Von Krogh, G., Nonaka, I. & Ichijo, K. (2000) Enabling Knowledge Creation: How
to Unlock the Mystery of Tacit Knowledge and Release the Power of
Innovation. Oxford University Press. New York i-x, 3, 5-43, 100, 292.
Von Krogh, G., Roos, J. & Kleine, D. (1998) Knowing in Firms: Understanding,
Managing, and Measuring Knowledge. Harvard Business School Press,
Sage. Boston, MA, London. i-xiv, 8, 25, 84, 123, 223-90.
Walker, D.H.T. (2004) The Knowledge Advantage (K-Adv): Unleashing Creativity
and Innovation. 13. http://www.construction-innovation.info
Wassenaar, D. & Oestreich, H. (1977) How to Conduct a Survey. San Jose,
California, Lansford.
Webster (1956) Webster's New World Dictionary. Macmillan & Co Ltd. London.
Weippert, A. (2000) Project Communication: Traditional vs. Electronic.
Queensland University of Technology (QUT). School of Construction
Management and Property. Brisbane, Queensland Australia.
References
- 260 -
Weippert, A. & Kajewski, S.L. (2008a) AEC Industry Culture Change: A Unique
Philosophy. Proceedings of the CIB Joint International Symposium Dubai,
15-17 November.
Weippert, A. & Kajewski, S.L. (2008b) Knowledge Management (KM):
Capitalising On Industry Know-How Proceedings of the 5th Annual Project
Management Australia Conference, 18 -20 August. Melbourne, Victoria,
Australia.
Weippert, A. & Kajewski, S.L. (2008c) Value-Adding Knowledge Management
(KM) Framework: An AEC Industry Perspective. Proceedings of the CIB
Joint International Symposium Dubai, 15-17 November.
Weippert, A. & Kajewski, S.L. (2009) Internet-based Construction Project
Management. In: Technology, Design and Process Innovation in the Built
Environment. Spon Press. London and New York. 1: 319-38.
Weippert, A., Kajewski, S.L. & Tilley, P.A. (2002) Internet-based Information and
Communication Systems on Remote Construction Projects - A Case Study
Analysis. Construction Innovation. 2. 2: 103-16.
White, M.A. & Bruton, G.D. (2007) The Management of Technology and
Innovation: A Strategic Approach. Thomson South-Western. Canada. 16-
165, 243-57, 393.
Whyte, J. (2002) Virtual Reality and the Built Environment (Paperback).
Architectural Press Oxford. 160.
Williams, A., Dobson, P. & Walters, M. (1993) Changing Culture: New
Organisational Approaches. Institute of Personal Management (IPM).
London. 2nd Ed.: xi-15.
Yeh, Y., Lai, S. & Ho, C. (2006) Knowledge Management Enablers: A Case
Study. Industrial Management & Data. 106. 6: 793-810.
www.emeraldinsight.com
Youngblood, M.D. (2000) Winning Cultures for the New Economy. Strategy and
Leadership. 28 June.
Zweig, D. & Brodt, S. (2006) Sharing Know-how Reluctantly: Why Workers
Protect their Methods. Industrial Engineer. 38. 5.
http://www.allbusiness.com/industrial-engineer/1174496-1.html and
www.emeraldinsight.com
Appendices
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APPENDICES
Appendix A: Implementation Strategies
Four implementation strategies identified by Weippert et al. (2002, 103-16) that
organisations may consider when delivering innovative change, and then to
select one that best serves their needs (business, strategic, etc.).
Appendices
- 262 -
1. TOTAL CONVERSION: Where the use of the old or traditional (existing) way of ‘doing things’ is
replaced with a new or better way on a fixed date.
• Advantage: It creates less stress and trained users are ready to start immediately.
• Disadvantage: If poorly planned, under resourced, or the proposed innovative change is
faulty (due to not being fully tested), users may become demoralised and challenge the
implementation process.
2. PARALLEL OPERATIONS: Most suited for implementing a new or unproven innovative
change - where both the old and new way of ‘doing things’ run simultaneously (in parallel), and
where the transition from old to new is done gradually and over time
• Advantage: New results can be compared with the old to ensure all is going well and to
identify areas that require improvement.
• Disadvantage: Double the effort is required to incorporate both ways of doing the same
thing simultaneously, and employees may stall as long as possible to avoid learning the new
way of ‘doing things’
(Continue onto next page)
Old way of doing things New way of doing things
Implementation of ONE Innovation-driven Change Initiative within ONE Organisation or Team on a Fixed Date
Fixed Date
Old way of doing things
New way of doing things
Implementation of ONE Innovation-driven Change Initiative within ONE Organisation or Team
Old and new way of doing things simultaneously
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3. PHASED: Allows separate modules of the innovative change to be added, over time, eventually
making up an integrated solution
• Advantage: Training and education, implementation workload, and valuable resource
requirements can be distributed over a period.
• Disadvantage: Difficulties may arise when attempting to bridge more than one set of
incompatibilities between the components of the old and new way of ‘doing things’.
4. PILOT: Used when delivering a new way of ‘doing things’ to dedicated personnel who are
interested; capable, and who have the motivation and incentive to make it succeed
• Advantage: Two or more alternative innovative changes can be tested concurrently. Should one of the
innovative change pilot tests fail, or found to be unsatisfactory, the damage is usually minimal and
confined to one location or project
• Disadvantage: Generally not suited for implementing a centralised or overarching innovative change
when, for example organisations are at different stages (more advanced than others); or due to
contractual arrangements regarding communications, privacy, confidentiality, accessibility, or utilising
certain processes, products, tools, or systems - as experienced by Kajewski and Weippert (2000),
Weippert and Kajewski (2009, 319-38) and Pepper (1995).
PHASE 1: New way of doing things
PHASE 2: New way of doing things
PHASE 3: New way of doing things
A Phased or Staged Implementation of ONE Innovation-driven Change Initiative within ONE Organisation or Team
Old way of doing things
Implementation of SEPARATE Innovation-driven Change Initiatives within MORE than One Organisation or Team
Old way of doing things New way of doing things
Old way of doing things New way of doing things
Old way of doing things New way of doing things
PROJECT 1
PROJECT 2
PROJECT 3
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Appendix B: Six Culture Classifications
When charged with the challenging task of promoting a more adaptive, flexible
and innovative organisational culture, organisations need to consider and better
understand the internal and external determinants of their culture (Table B 1):
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Table B 1: Six Culture Classifications
CULTURE CLASSIFICATION
BRIEF DESCRIPTION
1. Sub-cultures Schein (1997, 12-15, 299) notes that culture is not something an organisation ‘has’ rather it is something it ‘is’. In many cases, culture is mistaken as being unified,
singular, primary or dominant, overlooking the fact that organisations, groups or teams are composed of many, often competing sub-cultures, naturally developed
among any group of people who regularly interact within the workplace, and based on shared understandings and interpretations of events. Williams et al. (1993, xi-
15) states the distinctiveness of sub-cultures is based on being completely harmonious, supportive, in opposition, and / or independent of each other. Schein (1999,
13-14) describe an organisation’s culture as ‘heterogeneous’- characterised by the various sub-cultures which are formed around varying roles, functions and levels
within the organisation.
Schneider (2000) comments although an organisation may have a shared mission, vision and strategic intent, it may be that the various sub-cultures within these
environments develop a different set of values or attitudes that conflict with the overall efforts or intentions of the organisation. These sub-cultures or culture ‘silos’ and
‘stovepipes’, take shape when employees and team members build invisible walls and subconscious (intangible) boundaries around themselves - making it more
difficult to communicate between the various sub-groups, or to integrate / combine sub-culture efforts with those of the overarching or main culture of an organisation.
The degree to which the sub-cultures are aligned with each other (in terms of, for example function, market, product, or occupation), is a major determinant of how
well an organisation as a whole functions within a competitive business environment.
2. Strong vs. Weak
Older and more successful organisations are described by Meudell and Gadd (1994) and Bate (1996) as having stronger cultures, natures - identified by way of
communities of people that have a mission and machine-like characteristic that serve the needs of the immediate and wider organisational community. Williams et al.
(1993, xi-15) describes a strong culture as having employees with increased Authority and responsibility, who can be relied on to set their own standards and
discipline, and where this ‘freedom’ is conditional upon the ability to deliver. In Robbins (1998, 138-86, 347, 595-98, 601-46) and Williams et al. (1993, xi-15), the
strength of an organisation’s culture is described as the extent to which its members have ‘internalised’ the beliefs, attitudes and values that exist within an
organisation - whereby individuals undergo a reasoning process to mutually accept, agree with, own and value the beliefs, attitudes and values of other members -
strong cultures are:
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CULTURE CLASSIFICATION
BRIEF DESCRIPTION
• Characterised by dedication, spontaneity and cooperation in the service of common values that can operate in direct conflict with the goals of senior management
and other sub-cultures;
• Unlikely to be imposed but rather fashioned, through the availability of valid information, openness, trust, and free choice; and
• Less likely to change, whereas in the internalised beliefs, attitudes and behaviours case of a weak culture, changes in policies, rewards, tasks and structures are
likely to modify organisational behaviour and cause a cultural shift.
Grenier and Metes (1995, xv, 320) further recommend care should be taken when trying to ‘brand’ organisations as having either a strong or weak culture by posing
the following three questions:
• Is it a strong culture because its central beliefs and attitudes are strongly held?
• Is it a strong culture because its central beliefs and attitudes are common to all groups (homogeneous)?
• Is it a strong culture because it promotes overall effectiveness?
3. Innovative The delivery and application of most forms of innovative change will impact current or traditional interactions between employees - by for example affecting current
decision-making processes, or by disturbing the overall climate of the workplace and the traditional way of ‘doing things’. Therefore the development of an adaptive
and innovative culture is one of several critical and mutually reinforcing variables and activities that senior management must recognise, put into practice and manage
effectively, when delivering innovative change within a current work environment. In line with Kaarst-Brown and Robey (1999), Williams et al. (1993, xi-15) and White
and Bruton (2007, 16-165, 243-57, 393). A new innovative culture can be accomplished by:
• Letting go of current beliefs, attitudes, values and behaviour towards managing change;
• Build an adaptive culture that can work within a continual change environment;
• Redefining an organisation’s objectives; and
• Studying the organisations and employees’ historical relationships, experiences, and interpretations in their use of technology-led or innovative solutions.
According to Michel (1998) ‘resistance to change is a concern even in organisations where innovation and change are part of the culture’ , which inturn advocates:
• Redefining an organisation’s objectives;
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CULTURE CLASSIFICATION
BRIEF DESCRIPTION
• Determining how best to achieve these new objectives (through dedicated recourses, innovative capabilities, an ultimate delivery process, appropriate leaders,
training and education requirements; etc.);
• Identifying proficient monitoring tools to help evaluate their progress, and know how to do this effectively against a background of constant change; and
• Building on the collective capabilities and experiences of employees in order to turn the ever-changing environment into a more competitive advantage.
4. Construction In an attempt to better understand and determine the current state-of-play of various construction industry organisations, Hiley (2001) describes the American (and by
and large the international) construction industry as being an essential part of any developed country’s business setting and a major contributor to the nations Gross
Domestic Product (GDP) – further identifying three basic types of construction industry personalities or cultures:
• Undertakers: Referred to as ‘uninspired mourners’ of the past who simply leave everything alone;
• Caretakers: Flowing with the tide, only take care of things that supports their immediate environment - ‘if it ain’t broke…don’t fix it’;
• Risk Takers: Are the only cultures who promote innovative technologies, new communication tools and who deal with these new challenges head on. Contradictory
to the ‘caretakers’ of the industry, risk takers ‘will fix it… even if it ain’t broke’
A number of suggestions to guarantee a successful and efficient construction industry culture, and to ensure the successful delivery of innovative change, include:
• Amin et al. (2001, 50-51) who suggests a ‘team approach’ needs to be fully embraced, encouraged and supported - as a total discipline – by all its stakeholders;
• Michel (1998) agrees conscious effort of interchange, sharing and collaboration is the basis for building close, long-term and team-based working relationships
between various industry sectors, organisations or projects that are focussed on capturing common goals and added value.
• Sadri and Lees (2001) advises the development of indisputable codes of ethics that emphasises integrity and trust in all stakeholder activities
5. Organisational
From a global perspective, Yeh et al. (2006, 793-810) note business competitiveness has made the culture of an organisation a critical aspect of its overall success.
Organisational culture is also defined in diverse yet complementary ways, including:
• ‘The combination of value, core belief, behaviour model and emblem representing the value system of the company and will become the employees’ behaviour
norm’ Park et al. (2004, 106-17);
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CULTURE CLASSIFICATION
BRIEF DESCRIPTION
• ‘The character or the personality of an organisation - described as the way things are done in an organisation’ McDermott and O'Dell (2001, 76-77);
• ‘Not homogeneous [as] there are always subcultures… sometimes simply different from the organisation as a whole, [or] in opposition to it’ Robbins (1998, 138-86,
347, 595-98, 601-46); and
• ‘A system of shared meaning held by members that distinguishes the organisation from other organisations’ Schneider (2000).
While no organisation has ‘one pure culture’ throughout, Youngblood (2000) believes that every successful organisation has a ‘core culture’ which is critically aligned
with the organisation's strategy and its core leadership practices – these include:
• Control: Based on a military system, with power as the primary motive;
• Collaboration: Emerging from the family and / or athletic team system, in which the underlying motive is affiliation;
• Competence: Derived from the university system, with the fundamental motive of achievement; and
• Cultivation: Growing from religious system(s) and motivated by growth or self-actualisation
Organisations are also described by Orange et al. (2000) as being ‘industrial profit producing machines’, where people are the cogs of that machine - further
identifying two types of these organisational cultures:
• Classic (Machines): Where people must be managed and controlled; leaders are presumed to be rare, heroic and all-knowing; command and control methods are
used to meet planned levels of performance; culture is perceived to be unimportant and given little or no attention; inward focused, and unresponsive; employee
welfare is secondary to financial concerns; and motivation is in the form of economic benefits. These cultures do not suit today’s dynamic and highly competitive
construction industry environment as they are unable to deliver the speed, creativity, motivation and responsiveness needed to compete effectively - therefore less
appealing to the trained, experienced and talented employees sought by these organisations.
• Quantum (Natural systems): This culture is capable; trustworthy; creative; and committed to doing great work; opportunistic and flexible; leadership is a distributed
phenomenon; results are achieved by creating an environment where ingenuity, creativity, and where responsibility can thrive; employees operate with a high level
of autonomy, significant time, energy and are coached to produce extraordinary results – which is vital to the success of adapting to innovative change, focus on
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CULTURE CLASSIFICATION
BRIEF DESCRIPTION
creating breakthrough innovations; fast, extremely focused and very responsive, the people are treated equal to or above financial concerns; motivation is
provided through the development of an inspiring vision to which everyone has the opportunity to contribute – thereby creating a sense of ownership. These
cultures tend to be more successful in adapting themselves to the delivery of innovative change - due to their ability to effectively encourage and motivate their
employees to develop new ways of thinking and working. These people-orientated organisations have the unsurpassed capability of producing ‘quantum leap’
results that can launch them ahead of other industry competitors. Construction industry organisations with a quantum ‘core’ culture are therefore much more
appealing to the trained, experienced and talented employees.
It is essential to better understand the internal and external determinants of organisational culture; characteristics; its components; and the various influencing factors
that promote a more adaptive, flexible and innovative organisational culture - one that embraces its employees as well as the organisation for what they stand for and
represent. A culture that promotes a shared and common understanding that encourages; motivates; and supports its employees in being risk-takers and more
accepting towards innovative undertakings. Possessing these cultural qualities will assist organisations and their employees to readily accept both the old (traditional)
as well as the new and improved way of ‘doing things’ (innovative change).
6. Learning The knowledge and experience of individuals shape their actions through a process known as ‘learning’ - described by:
• Hari et al. (2005, 533-43) as enabling construction industry employees ‘to change and deal more efficiently with similar situations and cope with, or invent, different
approaches to new situations.’
• Amin et al. (2001, 50-51) as ‘Kolb’s Learning Cycle’ which focuses on the ‘transaction between the internal characteristics and external circumstances [and]
between personal knowledge and social knowledge’ … ‘the process of learning from experience that shapes and actualises developmental potentialities’, [and
being shaped by] ‘…the cultural system of social knowledge’
The information age has allowed the construction industry to benefit from an era of ‘unsurpassed efficiency and flexibility in transferring, cataloguing and retrieving
information about people, processes and technology’, thereby facilitating an atmosphere conductive to ‘higher productivity, increased cost-effectiveness and total
quality awareness’. The construction industry’s thirst for learning and better understanding is portrayed by Orange et al. (2000) as being revolutionary, where
collective project experiences, knowledge and valuable lessons learnt (from multiple experts) can be efficiently pooled, stored, and then disseminated quickly to
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CULTURE CLASSIFICATION
BRIEF DESCRIPTION
anyone located anywhere in the world (Section 2.2.2.3). To help quench the construction industry’s thirst for knowledge and to promote a knowledge-sharing
philosophy (Section 2.1.5.5), Lopez et al. (2004, 93-101) suggests two sets of essential learning disciplines need to be considered in an effort to develop a strong and
sustainable learning culture:
• Based on the personal and individual learning qualities and capabilities of employees, including the manner in which they think; their commitment to continuous
discovery; the way they perceive issues, encouragement and motivation; as well as their use of shared views.
• To help quench the construction industry’s thirst for knowledge, deals with the organisation’s capabilities to facilitate the proper conditions and learning
environments required to fuel the creation of interpretative knowledge (Section 2.6). Learning environments that promote, for example employees to practice past
disciplines; encourage the desire to operate collectively; and where there are neither personal aspirations for gain nor any need for defensiveness.
Lewis and Thornhill (1994) considers eight organisational culture values encourage organisational learning and promote the sought after ‘collaborative culture’ - Long-
term vision and advance management of the change (Section 2.6.4); communication and dialogue (Section 2.6.4.1); trust and respect for all individuals (Section
2.5.7); teamwork; empowerment (Section 2.2.3.5); ambiguity tolerance; risk assumption (Sections 2.2.5, 2.3.3, 2.3.6, 2.3.7 and 2.4.4); respect and diversity; and
encouragement (Sections 2.2.3.5 and 2.6.4).
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Appendix C: Six Culture Change Methods
C.1. Change Activity Model
Organisations who wish to become that ‘excellent’ organisation and experience
increased competitive advantages through the delivery and application of
innovative change may have to simultaneously introduce a culture change
program that gradually cultivates the existing culture to realise the need to accept
the proposed new way of ‘doing things’. However challenging or far reaching the
aims, objectives and goals of innovative change may seem, Lewis and Thornhill
(1994) believes they are achievable by considering the five sequential ‘change
activities’ – referred to as the Change Activity Model (Figure C 1 and Table C 1):
Adapted from Gilley and Maycunich (2000)
Figure C 1: Change Activity Model
Define
Desired Goals
Analyse Current
State
Implement & Evaluate Chosen
Strategies
Decide on Appropriate
Strategies
Review Available Change
Strategies
1
5
4 3
2
START
END
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Table C 1: Key to Figure C 1
FIVE SEQUENTIAL ‘CHANGE ACTIVITIES’
1 Defining clear, measurable and time-specific goals of attitudes, beliefs, and behaviours
2 Achieved by comparing the organisations driving forces against the restraining force (Sections
2.1.5.3 and C.4) – that is, comparing factors likely to promote change, against those likely to hold
back change.
3 Various approaches to achieve organisational change are to be considered
4 Gaining answers to the following questions are potentially useful when deciding on which change
strategy to adopt (Section 2.3.2.3.1):
• Are the strategies likely to gain the support of those who will play a part in their delivery
(particularly senior and line managers)?
• Are the strategies too expensive and time-consuming?
• Are the strategies likely to involve those concerned with the delivery, being embroiled in
organisational politics?
5 Continuous monitoring and ending with a thorough review
C.2. Change Process Model
For substantial change in culture to occur, Williams et al. (1993, xi-15)
recommend organisations adopt the Change Process Model to help facilitate the
delivery process of innovative change - made up of five critical activities to help
ensure the long term effects of change within an organisation. Each of these
activities is explained in Figure C 2:
Figure C 2: Change Process Model
Reflections
Assumptions
Act
ions
Commitments
Choices
1
24
3
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Table C 2: Key to Figure C 2
FIVE CRITICAL CHANGE ACTIVITIES
1 Assumptions (Section 2.4.3.5) can be considered as the ‘taken for granted’ beliefs that individuals have
about reality and which guide their actions – also referred to as the ‘anchors by which most decisions
are reached’, and are to be isolated and fully understood before an organisation will advance and
accept any change. The choices, commitments and actions that organisations take towards change are
based on these assumptions.
2 For an organisation to understand the decision-making process - by allowing it to carefully construct a
rationale for the decision made - by examining how decisions are made, who participates in the process,
what criteria are used to reach a definite outcome, and what consequences follow the choices made.
3 Make commitments that bring about real and lasting change - requiring organisations to choose
between two or more desirable outcomes. Leaders and their employees must determine which of the
positive outcomes they desire most and to which they are willing to allocate financial and human
recourses over a lengthy period. Organisations must minimise their risks and commit to choices (with
both positive and negative outcomes) they can ‘live with’ in the short / long term.
4 Take definite actions to help satisfy their assumptions, choices and commitments – which may include
the allocation of financial and human resources restructuring of the organisation etc. all of which enable
the organisation and its individuals to make changes designed to bring about change.
5 Most important activity - where organisations attempt to understand why they made certain decisions –
occurring after the completion of each of the four previous activities, thereby enhancing the individual’s
awareness of why an action and, importantly, how to improve upon that action.
C.3. Decision-Making Model
Williams et al. (1993, xi-15) maintain the Decision-making Tool (Figure C 3: and
Table C 3) is a common and rational tool that encapsulates the various stages
one goes through in resolving culture change issues.
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Figure C 3: Change Decision Making Model
Table C 3: Key to Figure C 3
FIVE STAGES OF DECISION-MAKING
1 Indicates the need to ensure the decision-making process is part of, or in line with the organisation’s
corporate strategy if it is going to have any chance of success (Section 2.3.1);
2 Represents the agreed statement about the organisation’s overall purpose. Usually derived at during
the process of developing the organisation’s corporate strategy. Essentially the ‘mission statement’ of
an organisation highlighting the ‘type’ and nature of its business by referring to, for example standards
of work; quality improvement; resources; and influence on society;
3 Requires the need to clarify the nature of a problem or issue by seeking further analytical information,
etc. on, for example an existing processes in need of improvement;
4 Formulate possible courses of action or solutions; evaluate alternatives; and then make a choice of the
most appropriate of these;
5 Requires careful planning on how to put the chosen solution(s) into effect – which is then implemented
and adjusted if necessary
C.4. Force-field Model
Similar to recommending the use of the Force-field Analysis recommended in
Section 2.1.5.3, McShane and Travaglione (2007) and McShane and Travaglione
IMPLEMENT CHOICE
MISSION & CORPORATE STRATEGY
PROBLEM
Represent the revolving and ongoing influences that the three stages and their relevant factors have on the sequence of events when bringing about innovation-
driven change within an organisation
3
2
45
1
Appendices
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(2007) recommend the use of the Force-field Model (Table C 4) - based on early
1950’s research in finding ways on how to change the behaviours of individuals
within various social environments - portraying two sets of forces (driving and
restraining), which may be considered during the decision-making stage to help
bring about a change in culture.
Table C 4: Force-field Model
EXAMPLES OF DRIVING FORCES
EXAMPLES OF RESTRAINING FORCES
Change at the top Career-driven organisation
Powerful external influence Low turnover
Vision of the future Success
Powerful leader Stable environment
Externally focused Criteria of success not visible
Crisis or opportunity Lack of clear Authority
Acceptance of need to change Blindness to the need to change
Adapted from Schein (1997, 12-15, 299)
The use of a model of forces helps identify sets of forces that may have an
impact on the ‘target’ (changing the existing culture of an organisation); promotes
consideration of the relative strengths and weaknesses of these forces; and fuels
the exploration of alternative strategies to modify or balance these forces. This
approach is supported by Williams et al. (1993, xi-15), by stating all human-
based systems ‘instinctively’ attempt to maintain an equilibrium by unconsciously
trying to maximise autonomy in relation to their environment.
Appendices
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C.5. Six Key Methods of Changing Culture
In Robbins (1998, 138-86, 347, 595-98, 601-46) and Williams et al. (1993, xi-15)
reference is made to six key methods to bring about change within the existing
culture of an organisation (Figure C 4: and Table C 5).
Adapted from Robbins (1998, 138-86, 347, 595-98, 601-46) and Bate (1996)
Figure C 4: Six Key Methods of Changing Culture
Changing
CORPORATE IMAGE
Changing STRUCTURES,
SYSTEMS & TECHNOLOGY
Changing
PLACES
Changing
BEHAVIOUR
Changing
BELIEFS & ATTITUDES
Changing
PEOPLE
CHANGING ORGANISATIONAL
CULTURE
Through:• Use of role models (Champions) • Participation • Use of formal communication • Counselling • Management Education
1
2
3
4
5
6
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Table C 5: Key to Figure C 4
SIX KEY METHODS OF CHANGING CULTURE
1. Changing People: By removing any negative Influences pertaining to those (particularly) in key
positions or those with more uncompromising or stubborn attitudes towards change (set in their ways).
In this case recruitment and redundancy are frequently part of the change process, and due to
employee commitment and positive culture being recognised as being essential to the long-term
survival of a company, it is suggested that the highly disruptive event of changing of people is done only
once – that is, making one ‘large cut’ rather than a series of small ones.
2. & 3. Changing the Beliefs, Attitudes and Behaviour:
• By recognising the importance of senior / key individuals acting as role models or champions to
achieve the desired attitudes and behaviours of employees.
• By encouraging employees to participate and attend formal and informal group discussions,
becomes an alternate methods for developing shared beliefs and attitudes – encouraging group
participation in problem solving; and promote participative management practice.
• Through formally communicating the organisation’s culture to employees, team members and the
local community - through in-house or external corporate advertising media groups and ‘feel good’
publishing.
• Through counselling whereby each level of management (committed to the change) undertakes one-
to-one interviews with their employees, explaining in detail the intended changes; any implications
for the individual concerned; and defining what would be expected of those working in the ‘new’
organisation, department, group or team.
• Management education is a central strategy for many organisations seeking to achieve cultural
change - where change consultants are engaged to run a customised change program for senior
management and decision makers to assist them in ‘cascading’ the newly acquired knowledge,
management process and way of ‘doing things’ down to the rest of the staff.
4. Changing Places: By recognising that the culture and sub-cultures within an organisation develop
around differences in functions, roles, and levels of its members - leaders can promote the existing and
overall culture of an organisation by ‘reshuffling’ or ‘rotating’ work groups and / or individuals (with
different knowledge, experiences and learning) and relocate them in key positions within other work
groups or environments (sub-cultures).
5. Changing Structures, Systems and / or technology: By revising and enhancing existing and
ineffective reward programs, appraisal methods and fruitless incentives, improve existing monitoring,
budgeting and control systems – can increase chances of changing people’s beliefs and attitudes
towards a new way of ‘doing things’.
6. Changing Corporate Image: Achieved through changing a name or logo; ‘clever’ advertising; the
distribution of publications of success; hosting of social and engaging fund raising events; and / or by
encouraging regular employee and family involvement, etc.
Appendices
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C.6. Generic Approaches to Changing Culture
Organisations may consider including the following four generic approaches
described by Schein (1999, 13-14) in their decision-making process towards
determining the most appropriate way in bringing about a sustainable change in
culture:
• Aggressive: Also referred to as cultural vandalism or wilful attack on the
traditional values of an organisation and its members, which creates disruption
and provides clear notice of intention to establishing a ‘new culture order’.
These ‘pre-civilised bullies’ of the industry tend to live in the past and are
sometimes motivated solely by the desire to irritate and create trauma.
Fortunately they belong to a small minority within the business world -
Additional terms used include power coercive; conflict centred; non-
collaborative; win-lose; imposed; dictate approach; and unilateral
• Conciliate: A conciliatory approach achieves cultural change through ‘non-
dramatic, gradual and routine means’, and in many cases goes unnoticed by
those involved. Although plausible, the literature suggests that it is more likely
to be successful in bringing about ‘first order development change’ rather than
‘second order transformational change’ - Additional terms used include group
problem solving; win-win; collaborative; emergent; integrative; joint approach
• Corrosive: An essentially political process, can effect major change through the
distribution of power and Authority within the corporate hierarchy. The
organisation is viewed in terms of a ‘formal Authority and informal power’ –
that is, an invisible network of power structures that are shared by all, with no
dominant party, which makes the imposition of a solution by any individual or
group difficult. Ones this ‘old boys’ network’ culture is established, changing it
becomes increasing difficult due to the imperative to retain the status quo -
Additional terms used include coalition; unplanned; evolutionary; networking;
informal
• Indoctrinate: Organisations and their members can - using cultural training
programs - focus on the concept of cultural change as a ‘learning process’
Williams et al. (1993, xi-15). Because training is in its broadest sense planned
Appendices
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and programmed, this approach to establishing a new culture is different from
the rest, because the cultural programs are designed, planned, and presented,
and not seen as incidental, self-directing or individually centred. It is less
aggressive - imposing a ‘suggested culture in a peaceful, yet no more
convincing manner. As such, this process may be better suited to technical
rather than cultural forms of learning – that is, where a training program is less
sensitive to the special characteristics and qualities of cultural knowledge and
learning requirements - additional terms used include normative and re-
educative
C.7. Three-Stage Model
Williams et al. (1993, xi-15) notes that in an environment where the ‘old ways of
thinking and acting’ are no longer accepted, and employees are required to
develop and / or adapt to a new way of thinking and ‘doing things’, this can be a
slow and fragmented process which is difficult to achieve. Hence, an increasing
number of organisations consider applying ‘revolutionary’ forms of culture change
(rather than ‘evolutionary’) to achieve their long-term goals.
One such ‘revolutionary’ culture change is the Three-stage Model (Figure C 5
and Table C 6), which is based on early 1950s research and described by Schein
(1997, 12-15, 299), McShane and Travaglione (2007) and Pepper (1995) as a
useful mechanism for bringing about change to the culture of a organisation.
Although referred to as a ‘revolutionary’ change mechanism, it does not mean a
new or improved culture will be created overnight. The unfreezing or unlearning
process of an old culture may however be rapid and more permanent, facilitating
a strong foundation for developing new concepts, beliefs, attitudes, values and
assumptions for the organisation.
Appendices
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Figure C 5: Three-Stage Model to Changing Culture
Schein (1997, 12-15, 299) and Schein (1997, 12-15, 299) agree, ‘unfreezing’
culture (‘unlearning’ the old way of ‘doing things’) and then ‘refreezing’ a new
culture (‘relearning’ a new way of ‘doing things’), temporarily destabilises the
perceived and interpersonal surroundings of employees. Organisations therefore
need to be aware that this disruption within work environments causes
employees to experience an increased measure of anxiety, insecurity and
discomfort, which may result an instinctive resistance towards changing ‘the way
we do things around here’, even if it means distorting, denying, projecting or
falsifying the ‘new truth’.
INITIAL LEVEL Relating to
implementing an innovation-
driven change initiative
NEW LEVEL Relating to
implementing an innovation-driven change
initiative UNFREEZE
CHANGE
REFREEZE
Driving Forces
Restraining Forces
Driving Forces
Restraining Forces
Driving Forces
Restraining Forces
1
2
3
STA
RT
FINISH
& B
EYON
D
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Table C 6: Key to Figure C 5
THREE-STAGES TO CHANGING CULTURE
STAGE ONE
‘Unfreeze’ All
Existing Forces
Usually based on concepts, beliefs, attitudes, values and assumptions - comprising
of three different actions, each of which is vital to help justify the need for change to
be clear, unbiased and recognised by all employees. This is achieved by ensuring
and promoting:
• Enough disconfirming data to justify serious discomfort and disequilibrium. In this
case disconfirming data is referred to as ‘any items of information that show the
organisation that some of its goals are not being met or that some of its
processes are not accomplishing what they are suppose to’ Fellows and Liu
(2003, 28-32, 44, 91-97).
• The connection between the disconfirming data and important goals causes a
sufficient level of anxiety and / or guilt amongst employees.
• A sufficient level of ‘psychological safety’, where members of the organisation can
see a possibility of solving the problem, without the loss of identity or integrity,
thereby allowing them to acknowledge the afore-mentioned disconfirming data
rather than defensively denying it.
STAGE TWO
Deliver Innovative
Change
Once ‘unfrozen’, choose the most appropriate implementation strategy (Section
2.3.1) to re-establishing the equilibrium of forces (at a new level), which can be
achieved by either strengthening the driving forces; weakening the restraining forces;
introducing new forces; or undertaking all three (Section C.4).
STAGE THREE
‘Refreeze’ New
Way of ‘Doing
Things’
To ensure that the new culture is a stable and inherent feature of the organisation,
one must ensure the forces that were altered or newly introduced during this process
continue - by for example introducing improved reward and incentive schemes
(Section 2.4.4.3). Only once the effect of the planned culture change is successful,
will the underlying concepts, beliefs, attitudes, values and assumptions towards the
delivery and application of ‘the new way of doing things’ become ‘frozen’ in the
organisation.
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Appendix D: Mind Mapping Relevant Factors
To measure (rate) the relevance of the six hypothesised dynamics (see Chapter
Two) – in terms of being key components of a CDF for delivering innovative
change within construction industry organisations - this research undertook a
Mind Mapping exercise, whereby related issues, key words, notes, phrases and
concepts were identified as factors and sub-factors for each of the six dynamics -
Change; Innovation; Implementation; Culture; Leadership; and Training and
Education.
A snapshot of the Mind Mapping process for each of the six dynamics is
presented next:
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D.1. ‘Change’ Dynamic
Need
Construction Industry
To experience increased levels of professionalism
Such as: a better standard of work; more cost effective projects; fewer delays and expensive mistakes; fewer accidents and less ill health; reduced staff turnover; earlier completion dates; an advantage over competition; and increased repeat business (Rethinking Construction 2000).
T/F?With change being the 'only thing constant in our world today', many industry participants are 'seduced' by these new technologies, 'blinding' them from being focused on the real reasons and need for change (Hee H. 1998).
Organizational
T/F?"Organisations, groups and teams to realise and create a 'need' for change, before the act of change can take place""If people fail to see the need for change (whether threat or opportunity driving it), they will not change" (Black J. S. and Gregersen H. B. 2002) p20
The need to transform a business Redesigning and adapting existing jobs Transforming the current culture and sub-cultures(Black J. S. and Gregersen H. B. 2002).
T/F? Many organisations decide to change their existing culture based on the need to implement a strategic change (strategy driven), due to a certain 'crises' or 'opportunity' being identified i.e.: many organisations are driven to change due to business demands, not necessarily by the need to change culture.
T/F?Organisations, groups and teams are to realise and create a 'need' for change, before the act of change can take place. Unfortunately, for people to be convinced of the need for change is not easybecause people tend not to see the threats and opportunities because they are 'blinded' by the 'way we have always done things around here'.(Black J. S. and Gregersen H. B. 2002)
Drivers
Competition
Innovation / Technology
"Impacts" facing the industry: Hectic pace Increased productivity Legal infrastructure Power of knowledge Creative destruction(Hee 1998)
Improving the following performance characteristics of construction: Production process (as a whole) Output Employment Productivity International competitiveness Quality of products Cost and prices (Gann 1997).
Cash for knowledge Long term cost benefit Competitive advantage Time saving Quality improvement Education Financial incentive(CRISP 2000)
productivity gains increased business turnover; shorter cycle time - a perception that it provides an expectation of faster cycle and response times; systems to manage larger and more complex projects; improved accuracy and consistency of documentation.(Fujitsu Centre 1998)
Organizational
Dissatisfaction with current situation and acceptance Impact of environmental factors Momentum towards change - the domino effect Motivation by consultant Commitment of top management (Buch and Wetzel 2001)
Construction Industry
Innovation / Technology
Time to market Competition Initial development cost Risk of failure Initial development time Awareness of track record Knowledge sharing Understanding of process(CRISP 2000)
F f th k d f li f i it b t d t h
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2 - CHANGE
BarriersOrganizational
Fear of the unknown and feelings of insecurity about need to change Disruption of routine and usual patterns of behaviour Loss of face Threat to the power base and other vested interests Blindness to the need to change Group norms and values (Buch and Wetzel 2001)
'Clouded' employee 'programming' -It is important not to 'camouflage' the true nature of a change prior to its implementation -i.e.: not to portray the change as less dramatic and positively beneficial to the employees and the company. -This is the grounds of resistance towards innovated change
(Hughes T., Williams T. et al. 2000).
-Middle managers may be convinced of implementing an innovative system -and realise its importance to business needs, -but may be confronted with dissatisfaction and unresponsiveness from employees and even senior management -due to lack of knowledge, awareness or understanding
(Kaarst-Brown M.L. and Robey D. 1999).
T/F?:Reasons for not investing innovative change: Executives being convinced it is more of a cost factor (producing unacceptable returns), rather than a value generator; Perception that it is bad business and equally non-contributing, to replace old, unused, or broken technologies, with new ones. Difficulty in getting integrated systems. Large percentage of managers and employees don't know or even care about the potential Insufficient stakeholder drive. Lack of time (too busy) to implement or learn a new a new technology or process. The fear (of potential embarrassment) individuals may still feel inadequate or too stupid to use this new solution (Whyte J. 2002).
Construction Industry
lack of people with an 'overarching' vision for the industry; fragmented and adversarial nature of the industry; lack of trust among firms; lack of shared language in which to understand the supply chain process; and lack of shared / common / compatible technology (Fujitsu Centre 1998).
Sustainable Strategy / Methods
Three-Stage Model (Unfreeze / Freeze)(Williams A., Dobson P. et al. 1993)
Achieved by:1. 'unfreezing' existing forces, 2. introduce change (geared to re-establishing the 'equilibrium of forces') 3. 'refreeze' the new situation
Change Process Model(Gilley J. W. and Maycunich A. 2000)
1. Identifying Assumptions2. Analysing Choices3. Making Commitments4. Selecting Appropriate Action5. Engaging Critical Reflection
Decision-Making Model (Williams A., Dobson P. et al. 1993)
Five Factors to Consider: Corporate Strategy: culture change has to be part of the corporate strategy of an organisation Mission: This refers to the agreed statement of the organisation's overall purpose, (derived at by senior management) Problem: Clarifying the nature of the problem, seeking further analytical information, etc Choice: Formulating possible courses of action or solutions, evaluating alternatives and choosing most appropriate Implementation: Requires careful planning on how to put the chosen solution(s) into effect
THREE guidelines when using the Decision Making Model: When planning to change culture, it must be grounded in the corporate strategy. Sufficient attention must be given to each of the equally important sets of activities within the model. The implementation of a culture change plan is most effective when those involved in the change can experience 'ownership' of the problem or solution - usually most effective during the early stages of decision-making.
Force-Field Model(Williams A., Dobson P. et al. 1993)Driving
Restraining
Three Change Tactics(Black J. S. and Gregersen H. B. 2002)To help determine a more 'timely' and cost effective implementation of a change
Anticipatory Change Reactive Change Crisis Change
Change Program(Lewis and Thornhill 1994)
1. Defining the desired goals2. Analysing the current state 3. Reviewing the change strategies available4. Deciding on the appropriate strategies5. Implementing and evaluating the strategies
9 STEP Transition Strategy(Grenier R. and Metes G. 1995)
1. Engage2. Visioning3. Deciding4. Consensus5. Entire Organisation6. Building a Planning and Designing Culture7. Sensing Readiness8. Create a Prototype9. Commissioning a Project Leader
Timing
The timing of implementing a change process or method in an organisation could determine the success or failure of that change change tactic can present the greatest potential benefits and lowest cost to a firm,
when change involves steep and ongoing learning, the sooner a firm starts changing, the greater will be the firm's advantage over slower-to-change competitors (Black J. S. and Gregersen H. B. 2002)
THREE TYPES:
Anticipatory: When change leaders look ahead and predict change in advance Reactive: When change leaders react to signs and signals that change is needed Crisis: When signs and signals to change can no longer be denied Adapted from (Black J. S. and Gregersen H. B. 2002)
LeadersChampions
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D.2. ‘Innovation’ Dynamic
- INNOVATION
Drivers
Quantum Shift (Disruptive Events)(Youngblood M.D. 2000)
Effects on today's industry business environment: Trends towards global business (globalisation and increased competition) Breakthroughs in technologies that have empowered users to be able to work physically independent of organisations Changes in personal lifestyles that make non-traditional work process more acceptable (demographic trends) Sophisticated and increased demand of clients Increased complexity and decreasing time pressures (pace of economic change) new employment patterns, organisational structures and changing clients growing importance of environmental issues and pressure groups (Grenier R. and Metes G. 1995; Flanagan R. 1998)
Hectic pace: Sayings like 'Don't fix it if it isn't broke' is changing to 'If you have been doing it the same way for the past 20 years, chances are you are not doing it right anymore' Increased productivity Legal infrastructure Power of knowledge Creative destruction (Hee 1998)
Construction Industry
Challenges Hectic pace Increased productivity Legal infrastructure Power of knowledge Creative destruction (Ahmad I. 2000) Impacts
Improve performance characteristics in construction: Production process (as a whole) Output Employment Productivity International competitiveness Quality of products Cost and prices(Gann D. 1997)
Increased levels of professionalism: a better standard of work; more cost effective projects; fewer delays and expensive mistakes; fewer accidents and less ill health; reduced staff turnover; earlier completion dates; an advantage over competition; increased repeat business (Rethinking Construction 2000).
Advantages: productivity gains increased business turnover shorter cycle time systems to manage larger and more complex projects improved accuracy and consistency of documentation.(Fujitsu Centre 1998)
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Organizational
Competitive advantage Process problem. Technological opportunity External requirements(Mitropoulos and Tatum 2000)
Better integration of information flows between different firms in projects; Automation of routine information processing and communication activities within project teams; and Production of new information providing new levels of transparency about processes (Gann 1997)
Stakeholder Benefits
Architects Quantity Surveyor Consulting Engineers Principal and Specialised Contractors Building Suppliers and Manufactures Small-To-Medium-Sized Enterprises (SMEs)(DCITA 1998; Fujitsu Centre 1998; Foresight 2000; Lau, Wong et al. 2001).
Barriers Construction Industry
The nature of the industry's constructed products, organisations and processes: site-based nature of erecting, assembly and installation buildings and structures becoming more complex - often involving the integration of expensive systems; and legacy of sunk costs.(Gann D. 1997)
Executives, being convinced that investing in innovation-driven change is more of a cost factor (producing unacceptable returns), rather than a value generator; Perception that it is bad business and equally non-contributing, to replace old, unused, or broken technologies, wit Difficulty in getting integrated ICT systems. Large percentage of managers and employees don't know (or even care) about the potential of innovative change Insufficient stakeholder drive. Lack of time (too busy) to implement or learn a new a new technology or process. The fear (of potential embarrassment) that even with formal training and education available, certain individuals may still feel inadequate to benefit from an innovation-driven change initiative(Whyte J. 2002).
Suitability / Compatibility (Does it meet your needs?)Advantages
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D.3. ‘Implementation’ Dynamic
ION
Sustainable Strategy / Methods
Four strategies: Total conversion at a fixed date Parallel operations with a gradual transition Phased implementation Pilot implementation(Paulson B.C. 1995).
Leaders
Champions Business success alone is insufficient for managers to justify the implementation of innovative change strategies, unless there is a strong support for such change from CHAMPIONS (preferably senior management within the organisation).
3 Cornerstones of SuccessOverall CommitmentDurable VisionPossibilities
Timing
Drivers
Successful Implementation Provides: an improved level of professionalism (unknown in the past); a better standard of work; more cost effective projects; fewer delays and expensive mistakes; fewer accidents and less ill health; reduced staff turnover; earlier completion dates; an advantage over competition; and increased repeat business (Rethinking Construction 2000). By Recommending:
Increasing awareness of, and skills to implement strategic change Restructuring the industry supply chain to leverage benefits Encouraging a performance-based, value-added focus for innovative Chang(Rethinking Construction 2000).
taking an incremental approach to implementation; ensuring the new initiatives have business benefits; changing / re-engineering the organisation to take advantage of the innovative solution use of individual projects to fund incremental adoption and as an opportunity to learn to use the new solution training and development of staff to be able to use the technology successfully; and top-level management 'buy-in' (Fujitsu Centre 1998).
Barriers Construction Industry
lack of people with an 'overarching' vision for the industry; fragmented and adversarial nature of the industry; lack of trust among firms; lack of shared language in which to understand the supply chain process; and lack of shared / common / compatible technology (Fujitsu Centre 1998).
high cost of innovating or learning a new technology - due to tight margins for funding; fear of over-investment ; industry reluctance to invest sufficiently; belief that innovative solutions alone (without re-engineering / organisational change) can deliver promised benefits; resistance to reengineering / organisational change; lack of newly required skills and awareness of opportunities; belief that innovation is not necessary - that the industry is doing sufficiently without it; and client, senior partner and manager resistance (Fujitsu Centre 1998).
Organisations pursuing technological advancement, motivated only by profit maximisation is not enough. Many firms adopt innovative tools and systems for profit-motivated reasons and fail due to underestimating the difficult task of managing its impact upon organisation structures and cultures -i.e.: successful ICT adoption depends on the 'politics of technology' in its management in the organisation
(Tantoush T. and Clegg S. 2001).
DEFINITION Implementation is the 'challenge that comes at the end of all new (and old) methods for improving organisations', including: architecture development, change management, total quality management and new systems (Revenaugh 1994)
GUIDELINES
Maintain openness and honesty Encourage participatory planning in defining goals, objectives, ETC Managerial support and involvement should be evident throughout The goals for the change should be understood and viewed positively by all concerned. Overall benefits are to be maximised and efforts made to coordinate the goals There must be enough opportunities for education and training as well as positive incentives Both the organisation and new system must be designed for the people who will use it (Paulson B.C. 1995).
1. Attempt to understand the organisation's culture and attitudes to training;2. recognise all levels of the organisation's culture in order to consider how positive attitudes can be fostered at all of these;3. determine measurable goals for changing attitudes to training in the organisation in relation to time;4. utilise (amongst other things) "Driving / Restraining Forces" to analyse the extent of the problem, the task to be undertaken, and how to bring about change;5. adopt a proactive approach to the advancement of organisational-level training and evaluation by 'promoting' this to senior management 6. choose a suitable change strategy or strategies to promote these new organisational beliefs;7. involve a wide range of organisational participants in the implementation stage of the attempt to change attitudes; and lastly8. actively evaluate the results of this 'hands-on' approach (Lewis and Thornhill 1994).
Increase external requirements: Create 'problems': Increase potential for competitive advantage: Increase technological opportunities: Closer cooperation between technology developers and contractors: Reduce the contractor's initial costs and costs of failure: (Mitropoulos P. and Tatum C.B. 2000)
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D.4. ‘Culture’ Dynamic
Invest in People
Respect, Recruit and Retain(Rethinking Construction 2000)
Shared Ownership
T/F? 'Shared Ownership Cultures' can fail, due to: Employees having 'initiative fatigue'. Employees may not understand the 'proposal' (too complex, unconventionally written (too technical), etc). 'Managers listen - yet do not change' (threatened by perceived 'disempowerment'). New or Improved plans not supported by appropriate and timely actions from decision makers.(Baines A. 1998)
T/F? 'Employee participation' is essential, because any organisational policies and plans will have an impact (in one way or another) on their 'working' lives (Baines A. 1998).
Empowerment
T/F?To ensure improved and overall performance: it is important to involve, engage and empower all people in issues that directly affect them (Rethinking Construction 2000)
T/F?Investing in human capital, to bridge the skills gap, in research and development, and knowledge awareness, will help to maintain competitiveness. (Foresight 2000)
Methods of Culture Change
1. Changing People 2. Changing Places3. Changing People's Beliefs and Attitudes Through: use of role models participation use of formal communication counselling Management education4. Changing Behaviour5. Alligning Structures, Systems, and/or Technology6. Changing Corporate Image(Williams A., Dobson P. et al. 1993)
Beliefs are "Learnt": gained by observation or experience; inferred from existing beliefs; or gained from external sources (Williams A., Dobson P. et al. 1993)
Belief Factors:1. The nature of the organisations environment:
2. Acceptable levels of organisational performance in terms of:
3. The organisation appropriate for success:
4. The organisation and its:
5. Ones own and that of others work behaviour:
(Williams A., Dobson P. et al. 1993)
Two Types of Values: Instrumental: - values that result in feelings of satisfaction and dissatisfaction Moral: - values that result in feelings of pride and joy by carrying a sense of obligation (should or aught) (Williams A., Dobson P. et al. 1993)
Attitudes: described as a "learned predisposition to respond in a consistently favourable or unfavourable manner to a given object or idea" Most attitudes are developed over time involves an affective evaluation that prompts one to respond in a particular way not necessarily based on 'direct' experience individuals often hold a 'stereotype' attitude towards concepts such as management, business and technology, even without sufficient or complete information(Williams A., Dobson P. et al. 1993)
Assumptions: are strongly held by members of a group or organisation tend to be those realities or activities one neither confronts nor debates There are various types of assumptions shared, formed or taught within a group or organisation - i.e. those relating to industry, reality, truth, time and space culture is the sum total of all the shared and taken-for-granted assumptions that a group has learnt throughout its history Assumptions are difficult to change (Schein E. H. 1999)
'Culture Change Program Activities':1. Defining the desired goals2. Analysing the current state 3. Reviewing the change strategies available4. Deciding on the appropriate strategies5. Implementing and evaluating the strategies (Lewis P. and Thornhill A. 1994)
Improved Corporate Image
T/F? via name, logo, advertising, publication of success, etc typically develops positive attitudes among both customers and staff enhances their overall commitment towards the organisation.
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1 -FOUR APPROACHES:
1.Aggressive: Referred to as 'Cultural Vandalism' 2.Conciliate: Cultural change can take place through 'non-dramatic, gradual and routine means', 3.Corrosive: an invisible network of power structures that are shared by all, with no dominant party
- changing it becomes increasing difficult due to the status quo. 4.Indoctrinate: these cultural programs are designed, planned, and presented,
therefore seen as not being incidental, self-directing or individually centred. (Bate P. 1996)
ALIGN Culture (people) with Innovative Change
The link between implementing innovative change and organisational culture is not a new phenomenon (Uren D. 2001).
T/F? Change projects fail to meet their performance goals due to organisations giving inadequate attention to non-technical (human and organisational) factors(Cabrera A., Cabrera E.F. et al. 2001)
T/F?Organisations must efficiently manage the changes imposed whilst MINIMISING the human costs of the transition andMAXIMISING the benefits from the technology. (Cabrera A., Cabrera E.F. et al. 2001)
An organisation can have the optimum implementation strategy, but if its culture is not ALIGNED with and supportive of that strategy, the strategy will either stall or fail (Schneider W.E. 2000).
The task of 'aligning' innovative change and people (culture) is not an easy task, it is important to understand the interconnections between the two and their relationship with other important organisation sub-systems -i.e.: organisational structure; business and management processes; and strategy.
(Cabrera A., Cabrera E.F. et al. 2001)
Determining new and improved ways of doing businessis dependent on the innovation of the user, not only the technology itself - requiring careful consideration and a greater emphasis to the 'human touch' (Gore Jr E.W. 1999; Ahmad I. 2000; Claver E., Llopis J. et al. 2001)
Motivation / Incentives / Rewards
T/F?"Does there have to be some threat or sense of failure or crisis before people are motivated to make changes?" (Schein E. H. 1999) p116
TWO methods to motivate people to change:1. When they are confronted with a real or perceived THREAT (e.g. job security, increasing competition, etc)2. Through real or perceived OPPORTUNITIES (e.g. improved profitability, greater productivity, increased employee development, etc)
The "ARCTIC Approach" for Rewards:
1. Achievement Accomplishment: The need to meet or beat goals or to do better in the future than one has done in the past. Competition: The need to compare ones performance with that of others and to do better.2. Relations Approval: The need to be appreciated and recognised by others. Belonging: The need to feel part of and accepted by the group.
3. Conceptual / Thinking Problem Solving: The need to confront problems and create answers. Coordination: The need to relate pieces and integrate them into a whole.4. Improvement Growth: The need to feel continued improvement and growth as a person, not just improved results. Exploration: The need to move into unknown territory for discovery.5. Control Competence: The need to feel personally capable and competent. Influence: The need to influence others' opinions and actions.(Black J. S. and Gregersen H. B. 2002)
Fear Factor
Overcome By: Creating a common understanding that enables positive action. Providing appropriate / easily accessible information on risk evaluation and implementation. Providing both cultural and contractual changes to remove fear of liability and assigned blame Investigating unsuccessful projects to provide lessons for the future. Lessening constraints imposed by regulations, codes and standards that oppose innovative solutions (CRISP 2000).
Trust Factor
T/F?"Employees do not always believe what their leaders tell them unless they are educated to the economic realities of their business." (Schein E. H. 1999) p120
LeadershipT/F?"Culture and leadership are two sides of the same coin." (Schein E. H. 1997) p15
Correctly Define Your Unique Culture
T/F?"When we know what culture is, we know what needs to be changed for culture to change. Only once we appreciate its nature can we understand how it might be changed. When we know its role, we can comprehend its importance" (Williams A., Dobson P. et al. 1993) p11.
"If you are serious about managing culture in your organisation, the biggest danger you face is that you not fully appreciate the depth and power of culture." (Schein E. H. 1999) p185.
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D.5. ‘Leadership’ Dynamic
D.6. ‘Training and Education’ Dynamic
IP
Leadership vs ManagementCharactoristics
Leading Implementation ActionsDecision-Making Initiatives
Leadership Culture Changing LeadersCulture of Collaboration
Leadership Traps
5 - TRAINING & EDUCATION (SKILLS / KNOWLEDGE / EXPERIENCE)
ion
CULTURE
Action Points
Trainers are recommended to consider the following 'action points': Attempt to understand the organisation's culture and organisational attitudes to training evaluation; Recognise all levels of the organisation's culture in order to consider how positive attitudes can be fostere Determine measurable goals for changing attitudes to training in the organisation in relation to time; Utilise Forces of Resistance (Force-Field Model) to help analyse the extent of the problem, the task to be Adopt a proactive approach to the advancement of organisational-level training and evaluation by 'promot choose a suitable change strategy or strategies to promote these new organisational beliefs; involve a wide range of organisational participants in the implementation stage of the attempt to change a actively evaluate the results of this culture change attempt. (Lewis P. and Thornhill A. 1994)By Considering the following Effects: fear and stress of employees (old and young) having to learn an unfamiliar / automated process; and impact on their self-esteem and ability to succeed (threatened confidence) (Vickers M.H. 1999)
Benefits
Through cultural training programs, organisations and their members can focus on the concept of cultural change as a 'learning process' (Schein E. H. 1999).
T/F?: highly trained and motivated workers leading to more successful firms; better training will raise industry standards and improve employment prospects; a healthier and happier workforce; an improved image for the industry and attraction of more skilled people; research and development has long-term economic gains; an innovative environment that will stimulate and create more and better ideas; more flexible use of multi-skilled people; and finally a high-tech image delivering improved social benefits will make the construction industry more attractive a(Foresight 2000).
INNOVATIVE CHANGE
Tertiary education to develop and support the understanding of how to evaluate and implement innovative change and inThis provision is required both in undergraduate / postgraduate courses to create a more receptive and able cadre of construction professionals (including the creation of a more common understanding) as well as the role of providing specific research and consultancy support to companies or networks (CRISP 2000).
Training can be offered through, innovative synchronised and instructor-led training systems with video, audio and graphical presentations, allowing fuller learning participation from any location. It is predicted that higher quality online training and courseware (meeting the ever-broadening needs of industry learners and organisations) will become, and in many cases already is, a standard method of training, thereby altering the adult learning experience in future decades (Kilby T. 2001).
DECISION-MAKING FACTORS AND SUB-FACTORS
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Appendix E: Six Research Methods Considered
1 Exploratory
Conducted when a problem is not clearly defined; or to identify new
problems or issues. Due to its fundamental nature, this method often
concludes that a perceived problem does not actually exist. It’s
usually applied to help determine the most appropriate research
design, data collection method and selection of subject. Often relies
on secondary research (Section 4.3) by reviewing relevant literature /
data, or through qualitative approaches such as:
• informal discussions with consumers, employees, management or
competitors, etc
• formal approaches through in-depth interviews, surveys, focus
groups, case studies / pilot studies, etc
In this case the research results alone are usually insufficient for
decision-making, but can provide significant insight into a given
situation – that is to say, although the results provide certain
indications as to the why, how and when something occurs, they
usually fail to convincingly suggest, for example, how often or how
many
2 Constructive
Usually employed when a new solution theory, process, model,
software, or framework to a problem still needs to be developed.
Although this research method / approach demands a much lower
form of validation (as opposed to the empirical and exploratory-based
research types), findings and conclusions still have to be ‘objectively
argued and defined’ by undertaking, for example: analytical
comparisons or benchmark tests
3 Empirical
Predominantly utilised to test the feasibility of a solution (for example
a hypothesis). Basing its findings on accurately describing or testing
(directly and/or indirectly) certain observations or realities by using
experimental evidence. Also referred to as fundamental or pure
research, its primary objective is ‘…the advancement of knowledge
and the theoretical understanding of the relations among variables’
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4 Basic
It is an exploratory undertaking that is often driven by a researcher’s
curiosity, interest, or intuition (hypothesis) - suggesting that this
research method provides the foundation for further, sometimes
applied research.
5 Historical
6 Scientific
• Although certain unexpected outcomes can lead to a variety of
practical applications, this form of research is usually conducted
without any practical end in mind
• As there is no guarantee of short-term practical or commercial
gain, obtaining sufficient funding may prove difficult
• In line with the characteristics of an empirical research (above),
this method is said to refer to a body of techniques for
investigating phenomena, acquiring new knowledge, or correcting
and integrating previous knowledge
• It is based on gathering observable, empirical and measurable
evidence subject to specific principles of reasoning - consisting of
collecting data through observation and experimentation; and then
formulating and testing various hypotheses
• Wassenaar and Oestreich (1977) confirms scientific researchers
‘…propose hypotheses as explanations of phenomena’ and then
proceed ‘…to design experimental studies to [repeatedly] test
these hypotheses’ in order to predict dependable results.
• The process is objective to ensure a reduction in ‘biased
interpretations’ of results
• All related data and methodology used is fully documented,
archived and shared with others to allow ‘full disclosure’ and
careful scrutiny / verification of results
• Due to this form of research generally following a certain structural
process, it usually adheres to the following steps as part of a
formal research approach:
o Identify the research topic and define hypothesis;
o Provide conceptual and operational definitions;
o Gather and analyse relevant data;
• Test and revise hypothesis; and finally
• Conclude.
Appendices
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Appendix F: Ten-step Process for Developing Survey Questionnaires
In conjunction with the Eleven-step Delphi Process discussed in Section 5.9, this
research also considered certain elements and activities from the following ten
sequential survey-related actions and questions presented by Wassenaar and
Oestreich (1977).
TEN STEPS ACTION DESCRIBED
1. Establish Survey Objectives and Define Population of Interest
To determine the objectives of the Delphi Survey Questionnaire this research
considered the following unknowns:
• What (problems or difficulties) gave rise to administering a survey?
• How would administering this survey help solve these problems or
difficulties?
• What type of information is sought?
• Who will benefit from this survey?
Defining the ‘population of interest’ is described as a must by Fellows and Liu
(2003, 28-32, 44, 91-97). Therefore, this research considered the following
factors:
• The group that will be investigated - panel of industry experts (Section
5.10);
• The geographic area or location of projects that will be targeted - Australian
construction industry organisations;
• What part of the building and construction industry will benefit from this
research – Organisations delivering innovative change; and
• Determining an industry expert’s background (occupation; size and type of
organisation; knowledge, experience; etc.)
2. Select Most Suitable Survey Distribution Method
Two of the most frequently used methods of distribution are mail and
telephone. The decision to employ the email (electronic mail) method as being
the most appropriate to distribute and collect survey data is based on the
advantages outweighing the disadvantages.
3. Develop Implementation Plan
As part of the Delphi Technique employed, and prior to implementing the final
Delphi Survey Questionnaire to the panel of industry experts, this research first
administered a draft copy of the survey instrument on a small portion of
industry members, research supervisors, editors and other researchers to
ensure the format, functionality and relevancy of its questions, statements, etc.
(factors) are satisfactory.
(Continue onto next page)
Appendices
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TEN STEPS ACTION DESCRIBED
4. Determine Required Size
As highlighted in Step 1 – it was decided to administer the Delphi Survey
Questionnaire to a select group of construction industry experts – sourced
from various professional body and research member databases, including:
architects, builders, engineers, project managers, clients, research groups,
etc.
5. Develop Survey Instrument
In developing the Delphi Survey Questionnaire, two basic answer formats
were considered (Section 4.5):
• Structured responses (Quantitative): to a range of ’multiple-choice’ type
questions, statements, etc. (factors)
• Open-ended responses (Qualitative): blank spaces / fields for respondents
to fill in any additional suggestions, recommendations, etc.
6. Test Survey Instrument
As highlighted in Step 3 (above) and in The Eleven-step Delphi Process
(Section 5.9), the Delphi Survey Questionnaire was first ‘tested’ on a ‘sample
of respondents to help ensure its validity, relevancy, reliability, contents,
format, ease of implementation and use.
7. Administer Survey As recommended by Wassenaar and Oestreich (1977), the ‘subject matter’ of
the research (objective, hypothesis, definition of terms, etc.) was clearly
introduce and explain prior to distributing the Delphi Survey Questionnaire to
the panel of industry experts
8. Edit and Tabulate Survey Results
A three-step process was considered:
• On return, the Delphi Survey Questionnaires were firstly edited and
formatted to ensure they are usable for scoring, or discarded if incomplete.
• Secondly, responses to open-ended (qualitative) questions, statements,
etc. (factors) were reconfigured and appropriately categorised for
subsequent assessment (rating) by industry specialist
• Finally, all results were manually and electronically tabulated, analysed,
categorised, etc.
9. Test Significance and Validity Of Results
The significance and validity of Delphi Survey Questionnaire results were
tested and compared against the research hypothesis under the guidance and
direction of the industry experts involved
10. Report Survey Findings
As suggested by Dictionary.com (2009) - when reporting the final results of the
Delphi Survey Questionnaire to the industry experts, the following information
may be included:
• Purpose, scope, and / or brief statement of methodology
• Summary - highlights of Delphi Survey Questionnaire findings
• Information on how the Delphi Survey Questionnaire was conducted
• A copy of the Delphi Survey Questionnaires used
Appendices
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Appendix G: Delphi Survey - Invitation Letter
Date: 15th June 2008
Address: ………………………………… ………………………………… ………………………………… Attention: ………………………………… [Industry Expert Panel Member] Dear……………………….., Mr Achi Weippert (student # N0246 1633 03) is currently at the final stages of completing his PhD in the Faculty of Built Environment and Engineering (School of Urban Development). As his Principal supervisor, I hereby invite you to participate in completing his Delphi Survey Questionnaire. Your valued input, experience and knowledge on the delivery and application of change within a construction industry organisation will be central in helping Achi Weippert identify and evaluate what dynamics are key components of a Conceptual Decision-making Framework (CDF) for the delivery of innovative change in organisations. Research Question: Achi Weippert provides the following overarching research question for his PhD survey questionnaire: ‘What decision-making dynamics are necessary when delivering innovative change within an organisation?’ As we are committed to a short turnaround timeframe (collecting and analysing survey responses), Achi Weippert will contact you within the next few days to (a) confirm your participation and (b) forward to you the relevant survey questionnaire for completion. Should you require any further clarification regarding the above, please do not hesitate in contacting my office directly. Sincerely, (Signature not provided in this copy) Prof Stephen Kajewski Head, School of Urban Development Director, QUT Project Management Academy Faculty of Built Environment & Engineering Queensland University of Technology GPO Box 2434, Brisbane, Queensland, 4001, Australia e: [email protected]
Appendices
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Appendix H: Delphi Survey Pack (Round One)
1st August 2008
DELPHI SURVEY QUESTIONNAIRE INTRODUCTION & BACKGROUND
To follow is a brief introduction and background information pertaining to the
completion of the attached Delphi Survey Questionnaire (Round One).
Introduction
On behalf of the Queensland University of Technology (QUT) and myself (Achi
Weippert), I thank you for accepting my invitation to be part of this research, which
stems from various state-of-the-art building and civil ‘innovative change related’
research projects and initiatives, including:
(a) Developing; trialling; and evaluating various business, technology and process tools
and systems on building and civil construction case study projects, in an attempt to
enhance collaborative initiatives and construction efficiencies between members of a
geographically dispersed project consortium.
(b) Identifying ways to help overcome industry cultural barriers towards change; modify
traditional work habits; improve current technical challenges; and encourage
organisations and key stakeholders in the uptake of innovative change, and promote
a knowledge sharing and culture change philosophy.
Appendices
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DELPHI SURVEY QUESTIONNAIRE Purpose & Research Question
The Delphi Survey Questionnaire questions, statements, etc. (factors) are designed to
provide industry-expert confirmation on the inclusion (or exclusion) of six dynamics –
change, innovation, implementation, culture, leadership, training and education –
in terms of their relevancy in being key components of a Conceptual Decision-making Framework (CDF) for the delivery of innovative change in organisations.
Furthermore the outcomes of the attached Delphi Survey Questionnaire - based on
your valued input, experience and knowledge in the delivery and application of new /
innovative change within a organisation - will underpin future research undertakings in
developing a construction industry-specific Innovative Change Delivery Process
(ICDP).
In an attempt to meet the above research objectives, Achi Weippert provides the
following overarching research question:
‘What additional decision-making dynamics are necessary when delivering innovative
change within an organisation?’
Confidentiality and Ethical Clearance
The Delphi Survey Questionnaire meets the ‘ethics requirements’ of QUT’s Office of
Research (ethics approval number 0800000883). All personal information and data
obtained from the Delphi Survey Questionnaire will remain STRICTLY
CONFIDENTIAL - required purely for: Statistical purposes; and so that the Author may
be able to contact you, should further clarification of any of your responses be required.
Appendices
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Using the Delphi Technique
Today’s competitive arena requires construction industry organisations to continually
investigate, apply and utilise new and innovative tools, thereby forcing them to undergo
continuous change. The ‘oracle’ of a Delphic Study is not a new research concept or
methodology and is used by many of today’s leading international organisations and
research institutions as a practical and effective method of responding to expert
questions, statements, etc. (factors) and determining / clarifying various value-adding
‘unknowns’. The utilisation of the Delphi process is deemed appropriate for this research
for the following reasons:
(a) Better results (of unbiased responses) will be achieved by engaging a group of industry recognised and respected experts with diverse backgrounds,
experiences, and opinions in delivering innovative change within the construction
industry arena
(b) The research question is ‘emotionally-charged’ (c) The experts responses (ratings) are mostly opinion-based (Andrews C.G. and
Allen J.M. 2002)
Referring to the table below, over the next four to eight weeks, a series of two Delphi
Survey Questionnaires will be sent CONFIDENTIALLY to approximately ten building and
civil construction experts who have agreed to participate in this research. This means:
the sources and responses remain completely independent and separate; and the
identity of each of the experts is known only to the Author. When disturbing research
findings and compiling the thesis, each participant will be represented by a number or
code only.
Appendices
- 298 -
STEP ACTION DEFINED STATUS
1 AUTHOR
i. Prepare the first survey
ii. To distribute first survey (independent and separate) to the panel of
experts
• Via mail, fax and / or computerised systems (email, internet, etc)
ROUND ONE
COMPLETE
EXPERT
i. To complete the first survey anonymously and independently
ii. To use a scoring system (weighting, ranking, etc) provided
iii. Feedback can be both positive and negative, thereby amplifying
differences as well as commonalities
iv. To return survey via mail, fax and / or computerised systems (email,
internet, etc)
ROUND ONE
CURRENT SURVEY
3-5 AUTHOR
i. Analysis of the first round responses and supporting comments
• The results of the first survey are analysed, tabulated and
transcribed
ii. Prepare the second round survey, showing:
• First round statistical results
• First round supporting comments
• Highlight and include any differences, inconsistencies and
suggestions, etc (if provided)
iii. Distribute the second round survey (independent and separate) to the
panel of experts
• Via mail, fax and / or computerised systems (email, internet, etc)
ROUND ONE
NEXT
6 EXPERT
i. To complete the second survey anonymously and independently
ii. To use a scoring system (weighting, ranking, etc) provided
iii. Feedback can be both positive and negative, thereby amplifying
differences as well as commonalities
iv. To return survey via mail, fax and / or computerised systems (email,
etc)
ROUND TWO
7 AUTHOR
i. Analysis of the second round responses and supporting comments,
suggestions, etc (if provided)
• The results of the second survey are analysed, tabulated and
transcribed at a central location
ROUND TWO
8 AUTHOR
& EXPERT
i. Repeat steps 4 to 7 until stability in the results is achieved
• The submission of each new round (based on reiterations of the
survey process) is repeated until consensus is attained among
participants
• Each round of results invariably triggers new weighting, ranking,
resolutions, estimates, predictions, probabilities etc
• Approximately two to four cycles of the above Delphi process
generally result in a consensus among the participants
POSSIBLE STAGE(S)
9 AUTHOR i. Prepare a report to present the conclusions of the exercise
• Distribute copy of report to principle supervisor, research
specialists and industry experts
FINAL STAGE
2
WE A
RE H
ERE
Appendices
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Survey Instructions: Round One
Kindly complete each of the Delphi Survey Questionnaire’s following Sections:
Background (You & Your Organisation)
1. Change 2. Innovation 3. Implementation 4. Culture 5. Leadership 6. Training & Education 7. Additional Dynamic(s) (Note: Section 7 is Optional)
Kindly refer to the Definition of Terms (below) used within the Delphi Survey
Questionnaire and indicate your response to each ‘Factor’ by simply indicating your preferred ‘rating’ for each - by inserting a against the appropriate response:
1 = Not Relevant 2 = Little Relevance 3 = Quite Relevant 4 = Very Relevant 5 = Most Relevant
The attached Round One Delphi Survey Questionnaire should take approximately
fifteen to twenty minutes to complete.
Definition of Terms
Kindly refer to the following definitions of terms used within the Delphi Survey
Questionnaire:
NOTE: The AIM of collecting and summarising the various responses from survey rounds, is for all
members of this panel of experts to reach a CONSENSUS or STABILITY in the weight of the various
dynamics and associated factors provided in the Delphi Survey Questionnaire.
Appendices
- 300 -
Definition of Terms
Change ‘To make the form, nature, content, future course, etc., of (something) different from what it is or from what it would be if left alone… to become different in essence…
losing one’s or its original nature...’ Dictionary.com (2008b)
Culture Culture is defined as a collection of common held experiences, perceptions, values, attitudes, beliefs, morals, and ‘ways of thinking’ that both ‘represent’ and ‘influence’
the way ‘things are collectively done’ by members within an organisation, group, or team environment
Dynamic ‘An efficient incentive…a basic or interactive force… especially one that motivates, affects development or stability, etc. Dictionary.com (2008c)
Expert ‘An experienced person who has special skill or knowledge in some particular field, area or subject’ Dictionary.com (2008e)
An expert is defined as being an experienced individual or group skilled and/or knowledgeable in the process of delivering change within the construction industry arena
Implementation ‘To fulfil… to perform… to carry out… to put into effect, etc... according to or by means of a definite plan or procedure’ Skyrme (1998)
Initiative An Initiative is defined as a plan; proposal; idea; scheme; program; project; etc.
Innovation ‘The creation of new knowledge and turning ideas into valuable products and services….developing and implementing a new idea in an applied setting…the effective
generation and implementation of a new idea, which enhances overall organisational performance…the process whereby new and improved products, processes,
materials and services are developed and transferred to a market where they are appropriate’ RICS and Salford University (2007, 9-14), RICS and Salford University
(2007, 3), White and Bruton (2007, 16-165, 243-57, 393) and Dictionary.com (2008f)
Innovation is defined as follows: The generation and application of new knowledge; an original idea; product; process; material; or service that enhances overall
performances..
Innovative Change
Innovative Change is defined as: The intentional (controlled / deliberate) development or unintentional (uncontrolled / natural) progression of an idea, knowledge, product,
process, system, service or course of action that appropriately enhances and transforms overall performances and efficiencies within a practical environment – an
improved way of doing something better.
Interdependent ‘Mutually dependent…reliant on one another’ AllWords.com (2008) and Dictionary.com (2008g)
Appendices
- 301 -
Definition of Terms
Key ’A vital, crucial element … serving as an essential component [of something]… of vital importance’ Robbins (1998, 138-86, 347, 595-98, 601-46). To be referred to as a
‘key’ component, element, factor, dynamic, etc., is based on the relevancy rating it receives – that is, by referring to a scale of 1 (no relevancy) to 5 (most relevant), should
any of the above receive a relevancy rate of between 3 and 5 (somewhat to most relevant), then it is considered to be a ‘key’ component of a CDF for delivering innovative
change within an organisation.
Leadership ‘The ability to influence a group toward the achievement of common goals and objectives…the art of getting things done through others’ White and Bruton (2007, 16-165,
243-57, 393) and Mirriam-Webster's Online Dictionary (2008)
Learning Culture
Learning Culture is defined as follows: Where the collective disciplines and individual learning qualities and capabilities of employees are encouraged to be practiced in an
environment that promotes enhanced levels of thinking, a commitment to continuous discovery, a way of perceiving issues, support, motivation and the use of shared
views
Organisation ‘An administrative and functional structure (as a business) [including] the personnel of such a structure’ Dictionary.com (2008j) or ’a group of people who work together’
Dictionary.com (2008n) – including project teams; action or task groups; etc.
Team ’A number of persons associated in some joint action… a group organised to work together… a cooperative unit’ Dictionary.com (2008d)
Factor ’One that actively contributes to an accomplishment, result, or process…a fundamental, essential, or irreducible constituent of a composite entity / [dynamic]’ Gupta and
Thomas (2001)
Sub-Culture Sub-Culture is defined as clusters or groups of people naturally developed and / or formed through regular interaction within their common work and / or social
environment…based on shared understandings and interpretations of common events and activities
Training / Education
‘Unlocking and developing an individual employee’s creativity and skills (to do things differently through newly attained knowledge and experience)...and to be able to
effectively apply and communicate these new skill-sets [new way of doing things] within their work environment’ Linowes J.G. (1999), Swe and Kleiner (1998) and
Dictionary.com (2009)
Appendices
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Survey Return Options
Once complete, kindly SAVE your responses and return the attached Round One Delphi
Survey Questionnaire to the Author by 1st September 2008 – by using one of the
following return options…:
(a) Attach completed survey document to an email message and send it to
[email protected] for analysis; OR
(b) Print completed survey and fax it to (07) 3890 2457 for analysis; OR
(c) Print completed survey document and post it to 61 Wyandra Crescent Murarrie, 4172
for analysis; OR
(d) Contact the Author (Achi Weippert) on 0413 035 882 to have your completed survey
collected from your office.
Should you require any further assistance or clarification, please do not hesitate in contacting me. Sincerely,
Achi Weippert (PhD Candidate) Faculty of Built Environment and Engineering School of Urban Development Queensland University of Technology (QUT) Email: [email protected] Mobile: 0413 035 882 Mail: 61 Wyandra Crescent, Murarrie, Brisbane, 4172
Appendices
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DELPHI SURVEY QUESTIONNNAIRE
ROUND ONE
‘What decision-making dynamics are necessary when delivering innovative change within an
organisation?’
Achi Weippert
PhD Candidate
# N0246 1633 03
1st August 2008
Appendices
- 304 -
BACKGROUND: YOU & YOUR ORGANISATION (Page 1 of 2)
1) Contact Details (STRICTLY CONFIDENTIAL)
Your Name
Company Name
Post Code
Work Phone
Web Address
FOR THE FOLLOWING QUESTIONS: PLEASE INSERT A AGAINST THE APPROPRIATE RESPONSE
2) What is the highest level of education that you have completed?
Some High School Or Less
High School Graduate
Some College/TAFE
Certificate Qualification
Diploma
Bachelor Degree
Post-Graduate Qualification 3) What is the title of your current position?
4) How long have you been working in your present position?
Years
5) Do you have any experience in implementing a change initiative within your work environment?
YES
NO If you answered NO kindly proceed to Q7
6) If you answered YES to the above question: kindly provide a brief description of your experiences…
Appendices
- 305 -
BACKGROUND: YOU & YOUR ORGANISATION (Page 2 of 2)
FOR THE FOLLOWING QUESTIONS: PLEASE INSERT A AGAINST THE APPROPRIATE RESPONSE
7) What is your organisation's size (employees)?
1-10 100-500
10-50 500-1000
50-100 More than 1000
8) Does your organisation Mainly Work…?
Local (Regional)
Interstate
International
9) Is your organisation Private or Public driven?
Private (e.g.: PTY LTD)
Public / Government (i.e.: Local / State / Federal)
10) What is your company's main classification?
Client
Contractor
Sub-contractor
Consultant
Specialist
Supplier
Research
Academic
11) What is your company's average annual turnover?
Less than $500,000
$500,00 - $1M
$1M - $5M
$5M - $10M
$10M - $20M
$20M - $50M
$50M - $100M
More than $100M
Don’t know?
12) Which of the following industry sector(s) does your company work in?
Construction: Non building (civil, electrical, hydraulic, mechanical, etc)
Construction: Building (commercial; industrial)
Construction: Building (residential)
Other
(If you chose Other: kindly specify below:
(e.g.: Mining, Motor, Aviation, Agriculture,
Business, Banking, …etc)
Appendices
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1. CHANGE (Page 1 of 2)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH CHANGE FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
ROUND ONE
CH
AN
GE
FAC
TOR
S
INQUEST #1:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
T R
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LITT
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1 2 3 4 5 The following are key factors in emphasising / reinforcing the 'need' to undergo change…
(a) … Globalisation of the economy (offering increased business opportunities)?
(b) … Increased competition? (Fuelling the need to 'survive')?
(c) … Technological advancement? (In areas such as software, hardware, e-Systems, mobile computing, handheld products, manufacturing, installation/erecting, etc)?
(d) … Labour shortages? (Causing, for example the need to adopt advanced resource and knowledge management initiatives)?
i. NEED FOR CHANGE
(e) … Increased client expectations? (In using, for example new / innovative / state-of-the-art processes, systems, products, methods, materials, etc.)?
ii. CHANGE DRIVERS
Identifying and then determining ways to incorporate the Key factors that can help drive / convince members to readily adopt the implementation and application process?
iii. CHANGE BARRIERS
Identifying and then determining ways to overcome various forms of resistance that challenges members to readily adopt and adapt to the implementation and application process?
iv. OVERCOMING CHALLENGES
Having ready access to relevant, trialled and tested actions and approaches to help members overcome their inherent fear and resisting nature towards the implementation and application process?
CONSTRUCTION INDUSTRY LEADERS WHO ARE
RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING CHANGE FACTORS - AS PART OF
THEIR DECISION-MAKING PROCESS …
Appendices
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1. CHANGE (Page 2 of 2)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH CHANGE FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
ROUND ONE
CH
AN
GE
FAC
TOR
S INQUEST #1: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO
ARE RESPONSIBLE FOR IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN
ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
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LITT
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QU
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1 2 3 4 5
Having ready access to the most relevant, trialled and tested (best practice) implementation and application process / strategy that is…
(a) … Timely (undertaken at a suitable / preferred point in time)?
(b) … Cost effective (efficient use of resources)?
i. COST vs. TIMING vs. DIFFICULTY
(c) … Less ‘difficult’ / user friendly (greater chance of success / sustainability)?
ii. METHODS MODELS / FRAMEWORKS
Having ready access to relevant, trialled and tested (best practice) change models, methods / frameworks to help ensure a successful and sustainable implementation and application process?
CONSTRUCTION INDUSTRY LEADERS
WHO ARE RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO
TAKE INTO ACCOUNT THE FOLLOWING CHANGE FACTORS - AS PART OF THEIR
DECISION-MAKING PROCESS …
Appendices
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2. INNOVATION (Page 1 of 1)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH
INNOVATION FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
ROUND ONE
INN
OVA
TIO
N
FAC
TOR
S
INQUEST # 2:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING
INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN
ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
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LITT
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QU
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MO
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1 2 3 4 5 i. STRATEGIC MANAGEMENT
Having ready access to relevant, trialled and tested (best practice) strategic approaches, actions / methods to help better manage / control / govern / lead / champion a newly proposed innovation-driven change initiative?
ii. INNOVATION TYPES
Determining the most appropriate ‘type’ of innovation to pursue (including being familiar of all associated factors, potential business / strategic benefits, profitability aspects, risks, etc)?
iii. INNOVATIVE CAPABILITIES VS. INNOVATIVE NEED
Determining the efficiency and responsiveness of an organisation’s or project team's innovative capabilities (i.e.: ability to recognise, create and apply innovative initiatives) to help verify the overall need to be more innovative or not?
iv. INNOVATION DRIVERS
Identifying and then determining ways to incorporate the key factors that help drive / convince members to accelerate and revitalise their desire in becoming more innovative?
v. INNOVATION CHALLENGES / BARRIERS
Identifying and then determining ways to overcome key concerns that tend to challenge innovation related activities / initiatives?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO TAKE
INTO ACCOUNT THE FOLLOWING INNOVATION FACTORS - AS PART OF
THEIR DECISION-MAKING PROCESS …
Appendices
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3. IMPLEMENTATION (Page 1 of 1)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH
IMPLEMENTATION FACTOR BY INSERTING A
INTO THE APPROPRIATE BOX
ROUND ONE
IMPL
EMEN
TATI
ON
FA
CTO
RS
INQUEST # 3:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
T R
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LITT
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QU
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1 2 3 4 5 i. BUSINESS GOALS / OBJECTIVES
Ensuring that the implementation / application process fulfils (meets) at least one or a combination key / pre- determined business / strategic / project goals and objectives?
Having ready access to relevant, trialled and tested (best practice) implementation strategies / methods / models / frameworks that best serve the needs of… (a) … The innovation-driven change solution ‘new way of doing things’ itself?
ii. STRATEGIES / METHODS / MODELS / FRAMEWORKS
(b) … The organisation or project team work / social environment - i.e.: members, end-users and other stakeholders affected by the implementation / application process?
Ensuring the implementation and application process incorporates the following three actions…: (a) … Timing: determining a suitable point in time for an implementation / application process to get underway?
(b) … Prioritisation: identifying what takes precedence pre, during and after the implementation / application process?
iii. TIMING / PRIORITISATION / DELEGATION
(c) … Delegation: determining who does what (resource management) pre, during and after the implementation / application process?
iv. BARRIERS / CHALLENGES
Determining ways to overcome key concerns / contributing factors that tend to challenge the implementation / application process?
v. SUCCESS FACTORS
Determining ways to Incorporate critical success factors that will help ensure a sustainable implementation / application process?
CONSTRUCTION INDUSTRY
LEADERS WHO ARE RESPONSIBLE FOR DELIVERING INNOVATIVE
CHANGE WITHIN AN ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING IMPLEMENTATION FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
Appendices
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4. CULTURE (Page 1 of 2)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH CULTURE FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
ROUND ONE
CU
LTU
RE
FAC
TOR
S
INQUEST # 4:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING
INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN
ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
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LITT
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QU
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MO
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1 2 3 4 5 Convincing members to readily change their current / traditional ways of ‘doing things’ (culture) in order to adopt a newer, more efficient or innovative way of ‘doing the same thing’ is challenging - due to ‘culture’ being …: (a) … One of the most highly influential resources in determining the sustainability (success or failure) of an implementation and application process?
(b) … One of the most difficult and complex dynamics to identify with / define / understand?
i. CULTURE CHANGE PHILOSOPHY
(c) … One of the most difficult and complex dynamics to predict / control / manage?
Increased Levels of success in adopting a sustainable change in culture can be achieved by construction industry leaders…:
(a) … Reinforcing a relationship of ‘trust’ between co-workers, senior management, employees, and other internal / external stakeholders?
(b) … Improving office design / layout and / or working environments / conditions (e.g.: open vs. closed office layout, upgrade onsite facilities & safety, etc)?
(c) … Introducing a voluntary job or task rotation policy (e.g.: flexible rosters, five-day working week policy, etc)?
(d) … Offering / promoting pragmatic reward and effective incentive packages?
ii. SUCCESS FACTORS
(e) … Increasing employee / stakeholder participation in the decision making process of implementing innovation-driven change initiatives (‘new way of doing things’) in existing / future work environments?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR DELIVERING
INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO TAKE INTO
ACCOUNT THE FOLLOWING CULTURE FACTORS - AS PART OF THEIR DECISION-
MAKING PROCESS …
Appendices
- 311 -
4. CULTURE (Page 2 of 2)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH CULTURE FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
ROUND ONE
CU
LTU
RE
FAC
TOR
S
INQUEST # 4: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING INNOVATION-
DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT
TEAM ENVIRONMENT…ARE TO TAKE INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF
THEIR DECISION-MAKING PROCESS …
NO
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1 2 3 4 5 i. CLASSIFICATION / FEATURE / CHARACT. / QUALITY / TYPE /
Having ready access to relevant, trialled and tested (best practice) methods on how to analyse the unique and highly influential cultural features, characteristics (perceptions, behaviour, values, etc.), qualities, types and classifications (strengths, weaknesses, etc.) of an organisation, group or team? (i.e.: to help determine the most efficient / effective way to change / adapt / align traditional work / social habits to a newly proposed (innovation-driven) initiative or new / alternate way of ‘doing things’ )
ii. NEED FOR CULTURE CHANGE
To ensure the successful and sustainable implementation / application of a new or alternate ‘way of doing something’ (change) will require the above features, characteristics, qualities, types and classifications of an existing culture (work and social undertakings of employees) to change? (i.e.: better aligning themselves to the 'new way of doing things')
iii. WORK-LIFE BALANCE
Ensuring that members of an organisation, group, or team strongly align with a suitable, sustainable and efficient ‘work-life balance’ strategy? (i.e.: one that satisfies both employee and family needs and expectations – by considering e.g.: flexible hours worked, health and well-being (such as supply of fresh fruit in the workplace, health checks, and a greater emphasis on exercise), social gatherings (family fun days), adventure / team-building activities, etc.)
iv. SUB-CULTURES
Having ready access to relevant, trialled and tested (best practice) methods on how to analyse the uniquely inherent, varying and often contradicting sub-cultures of an organisation or project team? (i.e.: to help determine the most efficient / effective way to change / adapt / align traditional work / social habits to a newly proposed (innovation-driven) initiative or new / alternate way of ‘doing things’ )
v. METHODS / MODELS / FRAMEWORKS
Having ready access to relevant, trialled and tested (best practice) cultural ‘alignment’ / change models, methods and frameworks? (i.e.: to help ensure implementation / application success and sustainability)
CONSTRUCTION INDUSTRY LEADERS WHO
ARE RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING CULTURE FACTORS - AS
PART OF THEIR DECISION-MAKING PROCESS…
Appendices
- 312 -
5. LEADERSHIP (Page 1 of 2)
KINDLY CHOOSE YOUR WEIGHTING
FOR EACH LEADERSHIP FACTOR
BY INSERTING A INTO THE
APPROPRIATE BOX
ROUND ONE
LEA
DER
SHIP
FA
CTO
RS
INQUEST # 5:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING
INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN
ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
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LITT
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1 2 3 4 5 i. LEADER vs. MANAGER
Realise that ‘…NOT all leaders are managers, NOR are managers all leaders’?
Ensuring that a leader / champion's 'human intervention' capabilities / experience include…: (a) … An enhanced level of both personal and professional communication skill sets? (b) … Being able to facilitate a positive environment of mutual assurance and success? (c) … The ability of Setting achievable business goals and objectives?
ii. HUMAN INTERVENTION
(d) … Recognising personal (employee) and other (non-human) resource capabilities / limitations? Considering the introduction of new (external) leaders to champion employees through the implementation / application process due to them potentially contributing…: (a) … Fresh / enhanced / valuable ‘never tried before’ leadership skill sets (communication, business, etc.)?
(b) … Tried and tested recipes for success (innovative ideas, processes, approaches etc.)?
iii. NEW VS. OLD LEADERS / CHAMPIONS
(c) … Clearer (unbiased / realistic) visions / goals / objectives for the future?
iv. TRUST & COLLABORATION
Ensure leaders / champions encourage employees to continuously promote a sustainable 'culture’ of trust and collaboration (pre, during and beyond) the implementation / application process?
v. LEADERSHIP TRAPS
Ensure leaders / champions have ready access to past leadership ‘traps' / hints (do’s and don’ts) experienced by acknowledged leaders / champions from both construction and other industry sectors?
CONSTRUCTION INDUSTRY LEADERS WHO
ARE RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING LEADERSHIP FACTORS - AS
PART OF THEIR DECISION-MAKING PROCESS…
Appendices
- 313 -
5. LEADERSHIP (Page 2 of 2)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH
LEADERSHIP FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
ROUND ONE
LEA
DER
SHIP
FA
CTO
RS
INQUEST # 5: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING
INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN
ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
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1 2 3 4 5 i. REGULAR REVIEWS
Ensuring leaders / champions Regularly and continuously (pre, during and beyond) review and test the implementation / application process?
ii. MINIMISE RESISTANCE
Ensuring leaders / champions have ready access to and incorporate relevant, tried and tested (best practice) 'approaches' that can reduce organisational or team member resistance towards the implementation of an innovation-driven change initiative?
iii. METHODS / MODELS / FRAMEWORKS
Ensuring leaders / champions have ready access to and incorporate relevant, tried and tested (best practice) leadership models, methods, action lists, and frameworks to help ensure a successful implementation / application process?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR DELIVERING
INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO TAKE INTO
ACCOUNT THE FOLLOWING LEADERSHIP FACTORS - AS PART OF THEIR DECISION-
MAKING PROCESS …
Appendices
- 314 -
6. TRAINING & EDUCATION (Page 1 of 2)
KINDLY CHOOSE YOUR WEIGHTING FOR EACH
TRAINING & EDUCATION FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
ROUND ONE
TRA
ININ
G &
ED
UC
ATI
ON
FA
CTO
RS
INQUEST # 6:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING
INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN
ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
elev
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LITT
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1 2 3 4 5 Ensuring trainers and educators offer and promote effective reward and learning incentive packages that encourages…:
(a) … Employees to continue training, learning and developing their individual skill-sets?
(b) … Increased productivity levels of employees?
i. LEARNING INCENTIVES
(c) … Employees to voluntarily create, share, and apply their newly attained knowledge amongst other co-workers; stakeholders; and work environments?
ii. DELIVERY
Ensuring trainers and educators have ready access to, and have the required skill-sets to employ the latest training and education delivery tools (models, frameworks, action-points, ‘disciplines’, etc)? (e.g.: utilising synchronised and instructor-led training systems / programs with innovative and user-friendly video, audio and graphical presentation for geographically dispersed applications, etc.)
iii. BENEFITS
Ensuring trainers and educators recognise and continuously promote the key benefits that can be gained through improved training and education?
iv. GOOD INVESTMENT?
Investing in the development (training / educating) of employees and project team members is a logical, worthwhile and essential endeavour?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR DELIVERING
INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING TRAINING AND EDUCATION
FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS…
Appendices
- 315 -
6. TRAINING & EDUCATION (Page 2 of 2)
THE NEXT (FINAL) SECTION 7 IS OPTIONAL
KINDLY CHOOSE YOUR WEIGHTING FOR EACH
TRAINING & EDUCATION FACTOR BY INSERTING A
INTO THE APPROPRIATE BOX
ROUND ONE
TRA
ININ
G &
ED
UC
ATI
ON
FA
CTO
RS
INQUEST # 6: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
T R
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LITT
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QU
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1 2 3 4 5 The best way for trainers and educators to improve long-term efficiencies and enhance overall productivity levels of employees (through the effective utilisation of a newly proposed innovation-driven change initiative or new way of ‘doing things’) is to…:
(a) …Unlock and develop an individual employee’s creativity and skills?
i. ENHANCED EFFICIENCY / PRODUCTIVITY
(b) …Provide employees with a suitable and professional learning / training environment / platform that enable newly acquired skill-sets to be effectively disseminated, communicated and applied within current and future work environments?
ii. UNTRAINED / UNEDUCATED
Ensuring key employees and / or project team members are NOT left uneducated or untrained on how to effectively utilise a newly proposed innovation-driven change initiative or new way of ‘doing things’? (i.e.: to help ensure members of an organisation and / or project team perform to their full / required potential)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO
TAKE INTO ACCOUNT THE FOLLOWING TRAINING AND EDUCATION FACTORS - AS PART OF THEIR DECISION-MAKING
PROCESS …
Appendices
- 316 -
7. ADDITIONAL DYNAMIC(S) (OPTIONAL) Kindly identify any Additional dynamic(s) and associated factors you believe are most relevant when considering the sustainable delivery of Innovative Change within
construction industry organisations:
END of Delphi Survey Questionnaire (Round ONE)
(Kindly save and return your responses to the Author - as outlined at the beginning of the survey)
THANK YOU
ADDITIONAL KEY AND INTERDEPENDENT DECISION-MAKING DYNAMIC - # 7 Name Brief Description
(7)…
Factor (s) Associated To The Dynamic You Proposed Above
Factor (s) Brief Description
(a)
(b)
ADDITIONAL KEY AND INTERDEPENDENT DECISION-MAKING DYNAMIC - # 8 NAME Brief Description
(8)…
Factor (s) Associated To The Dynamic You Proposed Above
Factor (s) Brief Description
(a)
(b)
ADDITIONAL KEY AND INTERDEPENDENT DECISION-MAKING DYNAMIC - # 9 NAME Brief Description
(9)…
Factor (s) Associated To The Dynamic You Proposed Above
Factor (s) Brief Description
(c)
Appendices
- 317 -
Appendix I: Delphi Survey Pack (Round Two)
(Continue onto next page)
Appendices
- 318 -
1st October 2008
DELPHI SURVEY QUESTIONNAIRE – ROUND TWO
On behalf of the Queensland University of Technology (QUT) and myself (Achi
Weippert), I thank you for accepting my invitation to continue being part of the second
round of this research. For your convenience, to follow is a brief reiteration of the Delphi
research methodology and background information pertaining to the completion of the
attached Delphi Survey Questionnaire (Round Two).
The Delphi Research Methodology
As stated in round one, the ‘oracle’ of a Delphic Study is not a new research concept or
methodology and is used by many of today’s leading international organisations and
research institutions as a practical and effective method of answering expert questions
and determining / clarifying various value-adding ‘unknowns’. The utilisation of the
Delphi process is deemed appropriate for this research for the following reasons:
(a) Better results (of unbiased responses) will be achieved by engaging a group of industry recognised and respected experts with diverse backgrounds,
experiences, and opinions in delivering innovative change within the construction
industry arena
(b) The research question is ‘emotionally-charged’ (c) The experts responses (ratings) are mostly opinion-based (Andrews C.G. and
Allen J.M. 2002)
Referring to the table below, you have now received, completed and returned the First
Round of the Delphi Survey Questionnaire. All your Round One responses have
CONFIDENTIALLY been entered into a database. These were then analysed and
summarised in preparation of the attached ROUND TWO Delphi Survey Questionnaire
instrument. The sources and responses are completely independent and separate and
the identity of each of the experts is known only to the Author – that is, when disturbing
research findings and compiling the thesis, each participant will be represented by a
number or code only.
Appendices
- 319 -
STEP ACTION DEFINED STATUS
1 AUTHOR
i. Prepare the first survey
ii. To distribute first survey (independent and separate) to the panel of
experts
• Via mail, fax and / or computerised systems (email, internet, etc)
ROUND ONE
COMPLETE
2 EXPERT
i. To complete the first survey anonymously and independently
ii. To use a scoring system (weighting, ranking, etc) provided
iii. Feedback can be both positive and negative, thereby amplifying
differences as well as commonalities
iv. To return survey via mail, fax and / or computerised systems (email,
etc)
ROUND ONE
COMPLETE
3-5 AUTHOR
i. Analysis of the first round responses and supporting comments
• The results of the first survey are analysed, tabulated and
transcribed
ii. Prepare the second round survey, showing:
• First round statistical results
• First round supporting comments
• Highlight and include any differences, inconsistencies and
suggestions, etc Distribute the second round survey (independent and
separate) to the panel
• Via mail, fax and / or computerised systems (email, internet, etc)
ROUND ONE
COMPLETE
EXPERT
i. To complete the second survey anonymously and independently
ii. To use a scoring system (weighting, ranking, etc) provided
iii. Feedback can be both positive and negative, thereby amplifying
differences as well as commonalities
iv. To return survey via mail, fax and / or computerised systems (email,
internet, etc)
ROUND TWO
CURRENT
SURVEY
7 AUTHOR
i. Analysis of the second round responses and supporting comments,
suggestions, etc (if provided)
• The results of the second survey are analysed, tabulated and
transcribed at a central location
ROUND TWO
(NEXT)
8 AUTHOR
& EXPERT
i. Repeat steps 4 to 7 until stability in the results is achieved
• The submission of each new round (based on reiterations of the
survey process) is repeated until consensus is attained among participants
• Each round of results invariably triggers new weighting, ranking,
resolutions, estimates, predictions, probabilities etc
• Approximately two to four cycles of the above Delphi process
generally result in a consensus among the participants
POSSIBLE STAGE(S)
9 AUTHOR i. Prepare a report to present the conclusions of the exercise
• Distribute copy of report to principle supervisor, research specialists
and industry experts
FINAL STAGE
6
WE A
RE H
ERE
Appendices
- 320 -
Confidentiality and Ethical Clearance The Delphi Survey Questionnaire (Round Two) meets the ‘ethics requirements’ of QUT Office
of Research (ethics approval number 0800000883). All personal information and data obtained
from the Delphi Survey Questionnaire will remain STRICTLY CONFIDENTIAL - required purely
for statistical purposes; and so that the Author may be able to contact you, should further
clarification of any of your responses be required.
Instructions: Round Two
Kindly complete each of the Delphi Survey Questionnaire’s following Sections:
Background (You & Your Organisation) - Already provided in Round One
1. Change 2. Innovation 3. Implementation 4. Culture 5. Leadership 6. Training & Education 7. Additional dynamic(s) - Sections 7, 8 & 9 (proposed by industry experts during
Round One)
Indicate your response to each ‘Factor’ by simply indicating your preferred ‘rating’ for each (by
inserting a against the appropriate response):
1 = Not Relevant 2 = Little Relevance 3 = Quite Relevant 4 = Very Relevant 5 = Most Relevant
NOTE: The AIM of collecting and summarising the various responses from survey rounds, is for all participants to
reach a CONSENSUS or STABILITY in the weight of the various dynamics and associated factors provided in the
Delphi Survey Questionnaire. As an official member of this panel of experts, you are now given an opportunity to
re-evaluate the original responses you provided in Round One by comparing them to the mean rate of all panel
members…either:
(a) Re-enter your original Round One weight for a dynamic or associated factor; OR
(b) Match (agree with) the mean rate of the panel members; OR
(c) Provide a new weight for a dynamic or associated factor.
Appendices
- 321 -
The attached ROUND TWO Delphi Survey Questionnaire should take approximately fifteen to twenty minutes to complete.
Survey Return Options
Once complete, kindly SAVE your responses and return the attached Round Two Delphi Survey Questionnaire to the Author by 1st November 2008 – by using one of the following return options…: (a) Attach completed survey document to an email message and send it to the Author at
[email protected] for analysis; OR (b) Print completed survey and fax it to (07) 3890 2457 for analysis; OR (c) Print completed survey document and post it to 61 Wyandra Crescent Murarrie, 4172 for
analysis; OR (d) Contact the Author (Achi Weippert) on 0413 035 882 to have your completed survey
collected from your office.
Definition of Terms
Kindly refer to the definitions of terms (found on the following page) used within the
Delphi Survey Questionnaire:
Additional Information Should you require any further assistance or clarification, please do not hesitate in contacting me. Sincerely,
Achi Weippert (PhD Candidate) Faculty of Built Environment and Engineering School of Urban Development Queensland University of Technology (QUT) Email: [email protected] Mobile: 0413 035 882 Mail: 61 Wyandra Crescent, Murarrie, Brisbane, 4172
Appendices
- 322 -
Definition of Terms
Change ‘To make the form, nature, content, future course, etc., of (something) different from what it is or from what it would be if left alone… to become different in essence…
losing one’s or its original nature...’ Dictionary.com (2008b)
Culture Culture is defined as a collection of common held experiences, perceptions, values, attitudes, beliefs, morals, and ‘ways of thinking’ that both ‘represent’ and ‘influence’
the way ‘things are collectively done’ by members within an organisation, group, or team environment
Dynamic ‘An efficient incentive…a basic or interactive force… especially one that motivates, affects development or stability, etc. Dictionary.com (2008c)
Expert ‘An experienced person who has special skill or knowledge in some particular field, area or subject’ Dictionary.com (2008e)
An expert is defined as being an experienced individual or group skilled and/or knowledgeable in the process of delivering change within the construction industry arena
Implementation ‘To fulfil… to perform… to carry out… to put into effect, etc... according to or by means of a definite plan or procedure’ Skyrme (1998)
Initiative An Initiative is defined as a plan; proposal; idea; scheme; program; project; etc.
Innovation ‘The creation of new knowledge and turning ideas into valuable products and services….developing and implementing a new idea in an applied setting…the effective
generation and implementation of a new idea, which enhances overall organisational performance…the process whereby new and improved products, processes,
materials and services are developed and transferred to a market where they are appropriate’ RICS and Salford University (2007, 9-14), RICS and Salford University
(2007, 3), White and Bruton (2007, 16-165, 243-57, 393) and Dictionary.com (2008f)
Innovation is defined as follows: The generation and application of new knowledge; an original idea; product; process; material; or service that enhances overall
performances.
Innovative Change
Innovative Change is defined as: The intentional (controlled / deliberate) development or unintentional (uncontrolled / natural) progression of an idea, knowledge, product,
process, system, service or course of action that appropriately enhances and transforms overall performances and efficiencies within a practical environment – an
improved way of doing something better.
Interdependent ‘Mutually dependent…reliant on one another’ AllWords.com (2008) and Dictionary.com (2008g)
Appendices
- 323 -
Definition of Terms
Key ’A vital, crucial element … serving as an essential component [of something]… of vital importance’ Robbins (1998, 138-86, 347, 595-98, 601-46). To be referred to as a
‘key’ component, element, factor, dynamic, etc., is based on the relevancy rating it receives – that is, by referring to a scale of 1 (no relevancy) to 5 (most relevant), should
any of the above receive a relevancy rate of between 3 and 5 (somewhat to most relevant), then it is considered to be a ‘key’ component of a CDF for delivering innovative
change within an organisation.
Leadership ‘The ability to influence a group toward the achievement of common goals and objectives…the art of getting things done through others’ White and Bruton (2007, 16-165,
243-57, 393) and Mirriam-Webster's Online Dictionary (2008)
Learning Culture
Learning Culture is defined as follows: Where the collective disciplines and individual learning qualities and capabilities of employees are encouraged to be practiced in an
environment that promotes enhanced levels of thinking, a commitment to continuous discovery, a way of perceiving issues, support, motivation and the use of shared
views
Organisation ‘An administrative and functional structure (as a business) [including] the personnel of such a structure’ Dictionary.com (2008j) or ’a group of people who work together’
Dictionary.com (2008n) – including project teams; action or task groups; etc.
Team ’A number of persons associated in some joint action… a group organised to work together… a cooperative unit’ Dictionary.com (2008d)
Factor ’One that actively contributes to an accomplishment, result, or process…a fundamental, essential, or irreducible constituent of a composite entity / [dynamic]’ Gupta and
Thomas (2001)
Sub-Culture Sub-Culture is defined as clusters or groups of people naturally developed and / or formed through regular interaction within their common work and / or social
environment…based on shared understandings and interpretations of common events and activities
Training / Education
‘Unlocking and developing an individual employee’s creativity and skills (to do things differently through newly attained knowledge and experience)...and to be able to
effectively apply and communicate these new skill-sets [new way of doing things] within their work environment’ Linowes J.G. (1999), Swe and Kleiner (1998) and Von
Krogh et al. (2000, i-x, 3, 5-43, 100, 292)
APPENDICES
- 324 -
DELPHI SURVEY QUESTIONNNAIRE
ROUND TWO
‘What decision-making dynamics are necessary when delivering innovative change within an
organisation?’
Achi Weippert
PhD Candidate
# N0246 1633 03
1st October 2008
APPENDICES
- 325 -
BACKGROUND: YOU & YOUR ORGANISATION (You have already provided these details in Delphi Survey Questionnaire – Round One)
1. CHANGE (Page 1 of 2)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH CHANGE FACTOR
BY INSERTING A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
CH
AN
GE
FAC
TOR
S
INQUEST #1:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES
(‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR
PROJECT TEAM ENVIRONMENT…ARE TO TAKE
INTO ACCOUNT THE FOLLOWING FACTORS AS PART
OF THEIR DECISION-MAKING PROCESS …
NO
T R
elev
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LITT
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Rel
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ce
QU
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EXPE
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AVE
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YOU
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1 2 3 4 5 The following are key factors in emphasising / reinforcing the 'need' to undergo change… (a) … Globalisation of the economy (offering increased business opportunities)?
(b) … Increased competition? (Fuelling the need to 'survive')? (c) … Technological advancement? (In areas such as software, hardware, e-Systems, mobile computing, handheld products, manufacturing, installation/erecting, etc)?
(d) … Labour shortages? (Causing, for example the need to adopt advanced resource and knowledge management initiatives)?
i. NEED FOR CHANGE
(e) … Increased client expectations? (In using, for example new / innovative / state-of-the-art processes, systems, products, methods, materials, etc.)?
ii. CHANGE DRIVERS
Identifying and then determining ways to incorporate the Key factors that can help drive / convince members to readily adopt the implementation and application process?
iii. CHANGE BARRIERS
Identifying and then determining ways to overcome various forms of resistance that challenges members to readily adopt and adapt to the implementation and application process?
iv. OVERCOMING CHALLENGES
Having ready access to relevant, trialled and tested actions and approaches to help members overcome their inherent fear and resisting nature towards the implementation and application process?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING CHANGE FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 326 -
1. CHANGE (Page 2 of 2)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH CHANGE FACTOR
BY INSERTING A INTO THE APPROPRIATE
BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
CH
AN
GE
FAC
TOR
S
INQUEST #1: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
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LITT
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QU
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Rel
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EXPE
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AVE
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YOU
R W
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1 2 3 4 5 Having ready access to the most relevant, trialled and tested (best practice) implementation and application processes / strategies that are…
(a) … Timely (undertaken at a suitable / preferred point in time)?
(b) … Cost effective (efficient use of resources)?
i. COST vs. TIMING vs. DIFFICULTY
(c) … Less ‘difficult’ / user friendly (greater chance of success / sustainability)?
ii. METHODS MODELS / FRAMEWORKS
Having ready access to relevant, trialled and tested (best practice) change models, methods / frameworks to help ensure a successful and sustainable implementation and application process?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE
FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING
CHANGE FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 327 -
2. INNOVATION (Page 1 of 1)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH INNOVATION FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
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ROUND TWO
INN
OVA
TIO
N
FAC
TOR
S INQUEST # 2:
CONSTRUCTION INDUSTRY
LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES
(‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR
PROJECT TEAM ENVIRONMENT…ARE TO TAKE
INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
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1 2 3 4 5 i. STRATEGIC MANAGEMENT
Having ready access to relevant, trialled and tested (best practice) strategic approaches, actions / methods to help better manage / control / govern / lead / champion a newly proposed innovation-driven change initiative?
ii. INNOVATION TYPES
Determining the most appropriate ‘type’ of innovation to pursue (including being familiar of all associated factors, potential business / strategic benefits, profitability aspects, risks, etc)?
iii. INNOVATIVE CAPABILITY VS. INNOVATIVE NEED
Determining the efficiency and responsiveness of an organisation’s or project team's innovative capabilities (i.e.: ability to recognise, create and apply innovative initiatives) to help verify the overall need to be more innovative or not?
iv. INNOVATION DRIVERS
Identifying and then determining ways to incorporate the key factors that help drive / convince members to accelerate and revitalise their desire in becoming more innovative?
v. INNOVATION CHALLENGES / BARRIERS
Identifying and then determining ways to overcome key concerns that tend to challenge innovation related activities / initiatives?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING INNOVATION FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 328 -
3. IMPLEMENTATION (Page 1 of 1)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH IMPLEMENTATION FACTOR BY INSERTING A
INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
IMPL
EMEN
TATI
ON
FA
CTO
RS
INQUEST # 3:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
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LITT
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Rel
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QU
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Rel
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1 2 3 4 5 i. BUSINESS
GOALS / OBJECTIVES
Ensuring that the implementation / application process fulfils (meets) at least one or a combination key / pre- determined business / strategic / project goals and objectives?
Having ready access to relevant, trialled and tested (best practice) implementation strategies / methods / models / frameworks that best serve the needs of…
(a) … The innovation-driven change solution ‘new way of doing things’ itself?
ii. STRATEGIES /
METHODS / MODELS / FRAMEWORK
(b) … The organisation or project team work / social environment - i.e.: members, end-users and other stakeholders affected by the implementation / application process?
Ensuring the implementation and application process incorporates the following three actions…: (a) … Timing: determining a suitable point in
time for an implementation / application process to get underway?
(a) … Prioritisation: identifying what takes precedence pre, during and after the implementation / application process?
iii. TIMING /
PRIORITISE / DELEGATION
(b) … Delegation: determining who does what (resource management) pre, during and after the implementation / application process?
iv. BARRIERS /
CHALLENGES
Determining ways to overcome key concerns / contributing factors that tend to challenge the implementation / application process?
v. SUCCESS
FACTORS
Determining ways to Incorporate critical success factors that will help ensure a sustainable implementation / application process?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE
FOR DELIVERING INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING IMPLEMENTATION FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 329 -
4. CULTURE (Page 1 of 2)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH CULTURE FACTOR
BY INSERTING A INTO THE APPROPRIATE
BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
CU
LTU
RE
FAC
TOR
S INQUEST # 4:
CONSTRUCTION INDUSTRY LEADERS
WHO ARE RESPONSIBLE FOR IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
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elev
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LITT
LE
Rel
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QU
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Rel
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t VE
RY
Rel
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1 2 3 4 5 Convincing members to readily change their current / traditional ways of ‘doing things’ (culture) in order to adopt a newer, more efficient or innovative way of ‘doing the same thing’ is CHALLENGING - due to ‘CULTURE’ being …: (a) … One of the most highly influential resources in determining the sustainability (success or failure) of an implementation and application process?
(a) … One of the most difficult and complex dynamics to identify with / define / understand?
i. CULTURE CHANGE PHILOSOPHY
(b) … One of the most difficult and complex dynamics to predict / control / manage? Increased Levels of success in adopting a sustainable change in culture can be achieved by construction industry leaders…: (a) … Reinforcing a relationship of ‘trust’ between co-workers, senior management, employees, and other internal / external stakeholders?
(a) … Improving office design / layout and / or working environments / conditions (e.g.: open vs. closed office layout, upgrade onsite facilities & safety, etc)?
(b) … Introducing a voluntary job or task rotation policy (e.g.: flexible rosters, five-day working week policy, etc)?
(c) … Offering / promoting pragmatic reward and effective incentive packages?
ii. SUCCESS FACTORS
(d) … Increasing employee / stakeholder participation in the decision making process of implementing innovation-driven change initiatives (‘new way of doing things’) in existing / future work environments?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO
TAKE INTO ACCOUNT THE FOLLOWING CULTURE FACTORS - AS
PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 330 -
4. CULTURE (Page 2 of 2)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH CULTURE FACTOR
BY INSERTING A INTO THE APPROPRIATE
BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
CU
LTU
RE
FAC
TOR
S
INQUEST # 4: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-MAKING
PROCESS …
NO
T R
elev
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LITT
LE
Rel
evan
ce
QU
ITE
Rel
evan
t
VER
Y R
elev
ant
MO
ST
Rel
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EXPE
RT
AVE
RA
GE
YOU
R
WEI
GH
TIN
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1 2 3 4 5 i. FEATURE / CHARACTER / QUALITY / TYPE / CLASSIFIC.
Having ready access to relevant, trialled and tested (best practice) methods on how to analyse the unique and highly influential cultural features, characteristics (perceptions, behaviour, values, etc.), qualities, types and classifications (strengths, weaknesses, etc.) of an organisation, group or team? (i.e.: to help determine the most efficient / effective way to change / adapt / align traditional work / social habits to a newly proposed (innovation-driven) initiative or new / alternate way of ‘doing things’)
ii. NEED FOR CULTURE CHANGE
To ensure the successful and sustainable implementation / application of a new or alternate ‘way of doing something’ (change) will require the above features, characteristics, qualities, types and classifications of an existing culture (work and social undertakings of employees) to change? (i.e.: better aligning themselves to the 'new way of doing things')
iii. WORK-LIFE BALANCE
Ensuring that members of an organisation, group, or team strongly align with a suitable, sustainable and efficient ‘work-life balance’ strategy? (i.e.: one that satisfies both employee and family needs and expectations – by considering e.g.: flexible hours worked, health and well-being (such as supply of fresh fruit in the workplace, health checks, and a greater emphasis on exercise), social gatherings (family fun days), adventure / team-building activities, etc.)
iv. SUB-CULTURES
Having ready access to relevant, trialled and tested (best practice) methods on how to analyse the uniquely inherent, varying and often contradicting sub-cultures of an organisation or project team?
(i.e.: to help determine the most efficient / effective way to change / adapt / align traditional work / social habits to a newly proposed (innovation-driven) initiative or new / alternate way of ‘doing things’ )
v. METHOD / MODEL / FRAMEWORK
Having ready access to relevant, trialled and tested (best practice) cultural ‘alignment’ / change models, methods and frameworks? (i.e.: to help ensure implementation / application success and sustainability)
CONSTRUCTION INDUSTRY LEADERS
WHO ARE RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN ORGANISATION ARE TO
TAKE INTO ACCOUNT THE FOLLOWING CULTURE FACTORS - AS
PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 331 -
5. LEADERSHIP (Page 1 of 2)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH CULTURE FACTOR
BY INSERTING A INTO THE APPROPRIATE
BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
LEA
DER
SHIP
FA
CTO
RS
INQUEST # 5:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING INNOVATION-
DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
elev
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LITT
LE
Rel
evan
ce
QU
ITE
Rel
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Rel
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1 2 3 4 5 i. LEADER vs. MANAGER
Realise that ‘…NOT all leaders are managers, NOR are managers all leaders’?
Ensuring that a leader / champion's 'human intervention' capabilities / experience include…: (a) … An enhanced level of both personal and professional communication skill sets?
(a) … Being able to facilitate a positive environment of mutual assurance and success?
(b) … The ability of setting achievable business goals and objectives?
ii. HUMAN INTERVENTION
(c) … Recognising personal (employee) and other (non-human) resource capabilities / limitations?
Considering the introduction of new (external) leaders to champion employees through the implementation / application process due to them potentially contributing…: (a) … Fresh / enhanced / valuable ‘never tried before’ leadership skill sets (communication, business, etc.)?
(a) … Tried and tested recipes for success (innovative ideas, processes, approaches etc.)?
iii. NEW VS. OLD LEADERS / CHAMPIONS
(b) … Clearer (unbiased / realistic) visions / goals / objectives for the future?
iv. TRUST & COLLABORATE
Ensure leaders / champions encourage employees to continuously promote a sustainable 'culture’ of trust and collaboration (pre, during and beyond) the implementation / application process?
v. LEADERSHIP TRAPS
Ensure leaders / champions have ready access to past leadership ‘traps' / hints (do’s and don’ts) experienced by acknowledged leaders / champions from both construction and other industry sectors?
CONSTRUCTION INDUSTRY LEADERS WHO ARE
RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING LEADERSHIP FACTORS - AS PART
OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 332 -
5. LEADERSHIP (Page 2 of 2)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH LEADERSHIP FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
LEA
DER
SHIP
FA
CTO
RS
INQUEST # 5: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING INNOVATION-
DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS … N
OT
Rel
evan
t LI
TTLE
R
elev
ance
Q
UIT
E R
elev
ant
VER
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elev
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MO
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Rel
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EXPE
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YOU
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WEI
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1 2 3 4 5 i. REGULAR REVIEWS
Ensuring leaders / champions Regularly and continuously (pre, during and beyond) review and test the implementation / application process?
ii. MINIMISE RESISTANCE
Ensuring leaders / champions have ready access to and incorporate relevant, tried and tested (best practice) 'approaches' that can reduce organisational or team member resistance towards the implementation of an innovation-driven change initiative?
iii. METHODS / MODELS / FRAMEWORKS
Ensuring leaders / champions have ready access to and incorporate relevant, tried and tested (best practice) leadership models, methods, action lists, and frameworks to help ensure a successful implementation / application process?
CONSTRUCTION INDUSTRY
LEADERS WHO ARE RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING LEADERSHIP FACTORS - AS PART
OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 333 -
6. TRAINING & EDUCATION (Page 1 of 3)
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH TRAINING & EDUCATION FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
TRA
ININ
G &
ED
UC
ATI
ON
FA
CTO
RS
INQUEST # 6:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR IMPLEMENTING INNOVATION-
DRIVEN CHANGE INITIATIVES (‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS … N
OT
Rel
evan
t LI
TTLE
R
elev
ance
Q
UIT
E R
elev
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VER
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MO
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1 2 3 4 5 Ensuring trainers and educators offer and promote effective reward and learning incentive packages that encourages…: (a) … Employees to continue training, learning and developing their individual skill-sets?
(a) … Increased productivity levels of employees?
i. LEARNING INCENTIVES
(b) … Employees to voluntarily create, share, and apply their newly attained knowledge amongst other co-workers; stakeholders; and work environments?
ii. DELIVERY
Ensuring trainers and educators have ready access to, and have the required skill-sets to employ the latest training and education delivery tools (models, frameworks, action-points, ‘disciplines’, etc)? (e.g.: utilising synchronised and instructor-led training systems / programs with innovative and user-friendly video, audio and graphical presentation for geographically dispersed applications, etc.)
iii. BENEFITS
Ensuring trainers and educators recognise and continuously promote the key benefits that can be gained through improved training and education?
iv. GOOD INVESTMENT?
Investing in the development (training / educating) of employees and project team members is a logical, worthwhile and essential endeavour?
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE
FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING TRAINING AND EDUCATION
FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 334 -
6. TRAINING & EDUCATION (Page 2 of 3)
The next section (Training & Education - Page 3 of 3) - present four additional training
& education factors proposed by a participants in Round One – that is, as most relevant
(rating of 5) in being part of the decision-making process in the delivery of innovative
change within an organisation
Kindly assess these accordingly (based on your experiences)…
KINDLY RE-EVALUATE YOUR WEIGHTING FOR
EACH TRAINING & EDUCATION FACTOR BY
INSERTING A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
TRA
ININ
G &
ED
UC
ATI
ON
FA
CTO
RS
INQUEST # 6: (cont.)
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES
(‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR
PROJECT TEAM ENVIRONMENT…ARE TO TAKE
INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS … N
OT
Rel
evan
t
LITT
LE
Rel
evan
ce
QU
ITE
Rel
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t
VER
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MO
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EXPE
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AVE
RA
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YOU
R W
EIG
HTI
NG
1 2 3 4 5 The best way for trainers and educators to improve long-term efficiencies and enhance overall productivity levels of employees (through the effective utilisation of a newly proposed innovation-driven change initiative or new way of ‘doing things’) is to…:
(a) …Unlock and develop an individual employee’s creativity and skills?
i. ENHANCED EFFICIENCY / PRODUCTIVITY
(b) …Provide employees with a suitable and professional learning / training environment / platform that enable newly acquired skill-sets to be effectively disseminated, communicated and applied within current and future work environments?
ii. UNTRAINED / UNEDUCATED
Ensuring key employees and / or project team members are NOT left uneducated or untrained on how to effectively utilise a newly proposed innovation-driven change initiative or new way of ‘doing things’? (i.e.: to help ensure members of an organisation and / or project team perform to their full / required potential)
CONSTRUCTION INDUSTRY LEADERS WHO ARE
RESPONSIBLE FOR DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING
TRAINING AND EDUCATION FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 335 -
6. TRAINING & EDUCATION (Page 3 of 3)
(Identified by Industry Experts #1 & 5 - Round 1)
The next three sections (7, 8 & 9) present three additional dynamics proposed by
participants in Round One – that is, all three being regarded highly relevant (rating of 5)
in the decision-making process of delivering innovative change within an organisation.
Kindly assess these accordingly (based on your experiences)…
KINDLY PROVIDE YOUR WEIGHTING FOR EACH
TRAINING & EDUCATION FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WEI
GH
TIN
G
ROUND TWO
TRA
ININ
G &
ED
UC
ATI
ON
FA
CTO
RS
INQUEST # 6: (cont.)
CONSTRUCTION INDUSTRY
LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES
(‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR
PROJECT TEAM ENVIRONMENT…ARE TO TAKE
INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR DECISION-
MAKING PROCESS … N
OT
Rel
evan
t
LITT
LE R
elev
ance
QU
ITE
Rel
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t
VER
Y R
elev
ant
MO
ST R
elev
ant
ADDITIONAL FACTORS SUGGESTED BY AN INDUSTRY EXPERT PANEL MEMBER IN ROUND ONE EX
PER
T SU
GG
ESTE
D
WEI
GH
TIN
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YOU
R W
EIG
HTI
NG
1 2 3 4 5 Tertiary staff members are to take an active role in and get more involved with current construction industry undertakings during teaching by… (a) … Ensuring enhanced efforts and improved input from Professional Learned Bodies from the industry?
5
i. BROADER INDUSTRY SUPPORT / INVOLVEMENT
(b) … Having ready access to relevant successful - as well as failed - case study examples for enhanced future learning?
5
ii. ABILITY
Ensuring trainers and educators have the ability to offer the necessary industry standard and level of education?
5
iii. UNDERSTANDING
Ensuring employees and / or project team members have the basic ability to learn the new skill sets?
5
iv. COMMONSENSE
Ensuring employees and / or project team members can think in a logical way?
5
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING TRAINING AND EDUCATION FACTORS - AS PART OF THEIR DECISION-
MAKING PROCESS
APPENDICES
- 336 -
7. KNOWLEDGE SHARING / MANAGEMENT (Page 1 of 1)
(Identified by Industry Expert #2 - Round 1)
KNOWLEDGE SHARING / MANAGEMENT KINDLY EVALUATE
YOUR WEIGHTING FOR EACH KNOWLEDGE
SHARING / MANAGEMENT FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WE
IGH
TIN
G
ROUND TWO
DEFINITION: The need for an
organisation or team to be ready and able to (a) convert their traditional
(tacit and explicit) formats of value-adding
data, information and / or knowledge (for future use), and (b) storing
them in a shared (electronic) environment
- whilst ensuring their efforts to manage and share the electronic
data, information and / or knowledge, closely
matches (if not reduces) their traditional efforts of managing and sharing
the equivalent hard copy formats of the same
data, information and / or knowledge - i.e.:
"leading... not bleeding" by having e.g.: ready
access to (a) user friendly / electronic-shared workspaces /
platforms (internet, etc.), and / or (b) data, information and
knowledge creating, storing, and sharing platforms, system,
programs, etc.
INQUEST # 7:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES
(‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR
PROJECT TEAM ENVIRONMENT…ARE TO TAKE
INTO ACCOUNT THE FOLLOWING FACTORS AS PART
OF THEIR DECISION-MAKING PROCESS …
NO
T R
elev
ant
LITT
LE R
elev
ance
QU
ITE
Rel
evan
t
VER
Y R
elev
ant
MO
ST R
elev
ant
ADDITIONAL FACTORS SUGGESTED BY AN INDUSTRY EXPERT PANEL MEMBER IN ROUND ONE EX
PER
T SU
GG
ESTE
D W
EIG
HTI
NG
YOU
R W
EIG
HTI
NG
1 2 3 4 5 i. CHANGING TRADITIONAL DATA STORAGE METHODS
Converting traditional (tacit and explicit) formats of value-adding data, information and / or knowledge (for future use), and (b) storing them in a shared (electronic) environment?
5
ii. SHARING VS. STORING EFFORT
Ensure efforts to MANAGE and SHARE electronic data, information and / or knowledge, closely matches (if not reduces) traditional efforts of managing and sharing the equivalent hard copy formats of the same data, information and / or knowledge?
5
iii. SHARED WORK-SPACES
Having ready access to user friendly / electronic-shared workspaces / platforms (internet, etc.) and data, information and knowledge creating, storing, and sharing platforms, system, programs, etc.?
5
iv. LEADING EDGE
Ensuring that all sharing and management of data, information and knowledge are value adding as no-one wants to be on the "bleeding edge"? "Leading... not bleeding".
5
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING KNOWLEDGE SHARING / MANAGEMENT
FACTORS - AS PART OF THEIR DECISION-MAKING PROCESS
APPENDICES
- 337 -
8. IMPACT ON END CLIENT BUSINESS (Page 1 of 1)
(Identified by Industry Expert #9 - Round 1)
CLIENT BUSINESS
KINDLY PROVIDE YOUR WEIGHTING FOR EACH
CLIENT BUSINESS FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WE
IGH
TIN
G
ROUND TWO
DEFINITION: The need for an organisation or
team to be confident in re-
engineering current infrastructures (for
a proposed innovation-driven change initiative), and the need to
take into account all possible effects this may have on the re-
engineering, infrastructure and /
or business process requirements of the end-client and other
key stakeholders
INQUEST # 8:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES
(‘NEW WAY OF DOING THINGS’) WITHIN AN ORGANISATION OR
PROJECT TEAM ENVIRONMENT…ARE TO TAKE
INTO ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
elev
ant
LITT
LE R
elev
ance
QU
ITE
Rel
evan
t
VER
Y R
elev
ant
MO
ST R
elev
ant
ADDITIONAL FACTORS SUGGESTED BY AN INDUSTRY EXPERT PANEL MEMBER IN ROUND ONE EX
PER
T SU
GG
ESTE
D
WEI
GH
TIN
G
YOU
R W
EIG
HTI
NG
1 2 3 4 5
i. GO THE EXTRA MILE
Developing strong client / key stakeholder relationships - i.e.: beyond the mere re-engineering / supply requirements of the physical infrastructure of the proposed innovation-driven change initiative?
5
ii. DEVELOP SYNERGY
(2 + 2 = 5+)
Developing a total business plan with the client (with win / win outcomes) - by taking into account all possible effects the implementation of a proposed innovation-driven change initiative may have on the re-engineering, infrastructures and / or business process requirements of the end-client and other key stakeholders (e.g.: by employing an impact or risk assessment plan)?
5
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
DELIVERING INNOVATIVE CHANGE WITHIN AN
ORGANISATION ARE TO TAKE INTO ACCOUNT THE
FOLLOWING IMPACT ON END-CLIENT BUSINESS FACTORS - AS PART OF THEIR DECISION-
MAKING PROCESS
APPENDICES
- 338 -
9. WHOLE OF BUSINESS LIFECYCLE COST (Page 1 of 1)
(Identified by Industry Expert #9 - Round 1)
End of Delphi Survey Questionnaire (Round Two)
Kindly save and return your responses to the Author
(As outlined at the beginning of the survey)
THANK YOU
WHOLE OF BUSINESS KINDLY PROVIDE YOUR WEIGHTING FOR EACH WHOLE OF BUSINESS
FACTOR BY INSERTING
A INTO THE APPROPRIATE BOX
RO
UN
D O
NE
WE
IGH
TIN
G
ROUND TWO
DEFENITION: The need for an organisation or
team to fully consider the
lifecycle costs (of a proposed
innovation-driven change initiative) and
compare these against total business /
project costs (e.g.: by
undertaking a cost / return on
investment analysis)
INQUEST # 9:
CONSTRUCTION INDUSTRY LEADERS WHO ARE RESPONSIBLE FOR
IMPLEMENTING INNOVATION-DRIVEN CHANGE INITIATIVES (‘NEW WAY OF
DOING THINGS’) WITHIN AN ORGANISATION OR PROJECT TEAM ENVIRONMENT…ARE TO TAKE INTO
ACCOUNT THE FOLLOWING FACTORS AS PART OF THEIR
DECISION-MAKING PROCESS …
NO
T R
elev
ant
LITT
LE R
elev
ance
QU
ITE
Rel
evan
t
VER
Y R
elev
ant
MO
ST R
elev
ant
ADDITIONAL FACTORS SUGGESTED BY AN INDUSTRY EXPERT PANEL MEMBERS IN ROUND ONE EX
PER
T SU
GG
ESTE
D
WEI
GH
TIN
G
YOU
R W
EIG
HTI
NG
1 2 3 4 5
The need to…:
(a) … Work closely with clients… in order to evaluate the proposed innovation-driven change initiative - based on whole of business cost lifecycle?
5
i. COST OF INNOVATION-DRIVEN CHANGE INITIATIVE
(b) … Considered all Capital vs. Operational Costs (i.e.: have effectively compared the upfront capital costs of the proposed innovation-driven change initiative against the later and ongoing operation costs)?
5
CONSTRUCTION INDUSTRY
LEADERS WHO ARE RESPONSIBLE FOR DELIVERING INNOVATIVE
CHANGE WITHIN AN ORGANISATION ARE TO TAKE INTO ACCOUNT THE FOLLOWING WHOLE OF BUSINESS
LIFECYCLE COST FACTORS - AS PART OF THEIR DECISION-MAKING
PROCESS
APPENDICES
- 339 -
Appendix J: Data Analysis and Key Findings
DELPHI SURVEY
NINE KEY INTERDEPENDENT DYNAMICS #1 #2 #3 #4 #5 #6 #7 #8 #9
ROUND 2 AVERAGE RATING
(#1-7 & 9)
ROUND 1 AVERAGE RATING (#1 - 9)
1 CHANGE 70 82 75 79 78 75 77 0 85 78 75 %2 INNOVATION 60 68 76 76 68 64 64 0 88 71 76 %3 IMPLEMENTATION 67 81 80 76 71 80 61 0 79 74 78 %4 CULTURE ("Human Factor") 66 70 69 68 68 58 76 0 84 70 70 %5 LEADERSHIP ("Champion") 74 81 78 78 71 66 71 0 89 76 79 %6 TRAINING / EDUCATION 79 85 68 80 82 72 78 0 99 80 77 %
7 KNOWLEDGE SHARING / MANAGEMENT (Suggested by Industry Expert #2 - Round 1) 70 83 75 80 80 70 90 0 100 81 100 %
8 IMPACT ON END CLIENT BUSINESS (Suggested by Industry Expert #9 - Round 1) 80 60 60 80 80 80 80 0 100 78 100 %
9 WHOLE OF BUSINESS LIFECYCLE COST (Suggested by Industry Expert #9 - Round 1) 80 80 80 80 90 60 100 0 100 84 100 %
INDUSTRY EXPERT PANELKEY INTERDEPENDENT DYNAMICS
*** SUMMARY ***
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
RELEVANCY SUMMARY OF NINE DYNAMICS
78 71 7470
76 80 81 78 8475 76 78
7079 77
100 100 100
0
10
20
30
40
50
60
70
80
90
100
CHANGE
INNOVATIO
N
IMPLE
MENTATION
CULTURE ("H
uman
Factor
")
LEADERSHIP ("C
hampio
n")
TRAININ
G / EDUCATIO
N
KNOWLEDGE SHARIN
G / MANAGEMENT
(Su..
.
IMPACT O
N END CLIENT BUSIN
ESS (S
ugge
st.
WHOLE O
F BUSINESS LI
FECYCLE C
OST (S
u...
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 ROUND 2 AVERAGE RATING (#1-7 & 9)
ROUND 1 AVERAGE RATING (#1 - 9)
Three additional dynamics identified by expert panel
members as being key components of a CDF for
delivering innovative change within organisations
NINE DYNAMICS
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 340 -
DELPHI SURVEY
KEY INTERDEPENDENT DYNAMIC: CHANGE #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) NEED FOR CHANGE 60 92 88 76 88 68 84 0 88 81 % Globalisation Of The Economy? 40 80 80 80 100 60 60 0 100 75 % Increased Competition? 40 100 80 60 80 60 100 0 80 75 % Technological Advancement? 80 100 100 80 80 80 80 0 100 88 % Labour Shortages? 80 100 80 80 100 60 100 0 80 85 % Increased Client Expectations? 60 80 100 80 80 80 80 0 80 80 %CHANGE DRIVERS 80 80 80 80 80 80 80 0 80 80 %CHANGE BARRIERS 80 60 80 80 60 80 80 0 80 75 %OVERCOMING CHALLENGES 60 100 60 80 80 80 80 0 80 78 %COST vs. TIMING vs. DIFFICULTY 60 80 60 80 60 80 60 0 100 73 % Timely? 60 80 60 80 60 80 60 0 100 73 % Cost Effective? 60 100 60 80 80 60 60 0 80 73 % Less 'Difficult' / More 'User Friendly'? 60 80 60 80 80 60 60 0 80 70 %METHODS / MODELS / FRAMEWORKS 80 80 80 80 100 60 80 0 80 80 %
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
RELEVANCY OF DYNAMIC: CHANGE
8070737373787580808588
757581
0102030405060708090
100
NEED
FO
R CH
ANG
E
G
loba
lisat
ion
Of T
he E
cono
my?
In
crea
sed
Com
petit
ion?
Te
chno
logi
cal A
dvan
cem
ent?
Labo
ur S
horta
ges?
In
crea
sed
Clie
nt E
xpec
tatio
ns?
CHAN
GE
DRIV
ERS
CHAN
GE
BARR
IERS
OVE
RCO
MIN
G C
HALL
ENG
ES
COST
vs.
TIM
ING
vs.
DIF
FICU
LTY
Ti
mel
y?
Cost
Effe
ctive
?
Le
ss 'D
ifficu
lt' / M
ore
'Use
r Frie
ndly'
?
MET
HODS
/ M
ODE
LS /
FRAM
E...
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC: “CHANGE”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 341 -
KEY INTERDEPENDENT DYNAMIC: INNOVATION #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) INNOVATION TYPES 60 60 80 60 60 60 60 0 80 65 %STRATEGIC MANAGEMENT 60 80 100 80 100 60 60 0 100 80 %
INNOVATIVE CAPABILITIES vs. INNOVATIVE NEED 60 60 60 80 60 60 60 0 80 65 %INNOVATION DRIVERS 60 60 80 80 60 60 60 0 80 68 %INNOVATION CHALLENGES / BARRIERS 60 80 60 80 60 80 80 0 100 75 %
‘KEY INTERDEPENDENT DYNAMICS AND THEIR RELEVANT FACTORS THAT SHOULD BE PART OF THE DECISION-MAKING PROCESS IN THE INTRODUCTION OF ANY FORM OF INNOVATION-DRIVEN CHANGE WITHIN AN ORGANISATION OR TEAM’
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
DELPHI SURVEY
RELEVANCY OF DYNAMIC: INNOVATION
65
80
65 68
75
0
10
20
30
40
50
60
70
80
90
100
INNO
VATI
ON
TYPE
S
STRA
TEG
IC M
ANAG
EMEN
TIN
NOVA
TIVE
CAP
ABIL
ITIE
S vs
. INN
OVA
TIVE
NEE
D
INNO
VATI
ON
DRIV
ERS
INNO
VATI
ON
CHAL
LENG
ES /
BARR
IERS
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC: “INNOVATION”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 342 -
KEY INTERDEPENDENT DYNAMIC: IMPLEMENTATION #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) BUSINESS GOALS / OBJECTIVES 60 100 80 80 80 100 60 0 80 80 %STRATEGIES / METHODS / MODELS / FRAMEWORKS 60 60 80 60 60 60 60 0 70 64 % The innovation-driven change solution? 60 40 80 60 60 60 60 0 60 60 % The organisation or project team work / social environment? 60 80 80 60 60 60 60 0 80 68 %TIMING / PRIORITISATION / DELEGATION 73 87 80 80 73 80 67 0 86.7 78 % Timing? 80 100 80 80 60 80 60 0 80 78 % Prioritisation? 80 80 80 80 80 80 60 0 100 80 % Delegation? 60 80 80 80 80 80 80 0 80 78 %BARRIERS / CHALLENGES 60 80 80 80 60 80 60 0 80 73 %SUCCESS FACTORS 80 80 80 80 80 80 60 0 80 78 %
‘KEY INTERDEPENDENT DYNAMICS AND THEIR RELEVANT FACTORS THAT SHOULD BE PART OF THE DECISION-MAKING PROCESS IN THE INTRODUCTION OF ANY FORM OF INNOVATION-DRIVEN CHANGE WITHIN AN ORGANISATION OR TEAM’
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
DELPHI SURVEY
RELEVANCY OF DYNAMIC: IMPLEMENTATION
78737880787868
6064
80
0
10
20
30
40
50
60
70
80
90
100
BUSI
NES
S G
OAL
S / O
BJEC
TIVE
SST
RAT
EGIE
S /
MET
HO
DS
/ MO
DEL
S / F
R
Th
e in
nova
tion-
driv
en c
hang
e so
lutio
n?
The
orga
nisa
tion
or p
roje
ct te
am w
ork
/ so
TIM
ING
/ PR
IOR
ITIS
ATIO
N /
DEL
EGAT
ION
Ti
min
g?
Pr
iorit
isat
ion?
D
eleg
atio
n?
BAR
RIE
RS
/ CH
ALLE
NG
ES
SUC
CES
S FA
CTO
RS
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC: “IMPLEMENTATION”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 343 -
KEY INTERDEPENDENT DYNAMIC: CULTURE #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) CULTURE CHANGE PHILOSOPHY 73 73 100 80 80 73 100 0 80 83 % Highly Influential resources? 80 80 100 80 80 80 100 0 80 85 % Difficult and Complex Dynamics to Identify with / Define / Understand? 80 80 100 80 80 80 100 0 80 85 % Difficult and Complex Dynamics to Predict / Control / Manage? 60 60 100 80 80 60 100 0 80 78 %SUCCESS FACTORS 60 68 56 68 68 52 56 0 84 64 % Reinforcing a Relationship of ‘Trust’ ? 60 100 60 80 80 60 80 0 80 75 % Improving Office Design / Layout / Working Environments / Conditions? 60 60 40 60 60 40 40 0 60 53 % Introducing a Voluntary Job or Task Rotation Policy? 40 40 40 60 60 40 40 0 100 53 % Offering Pragmatic Reward and Effective Incentive Packages? 60 60 80 60 60 40 60 0 80 63 % Increasing Employee / Stakeholder Participation? 80 80 60 80 80 80 60 0 100 78 %FEATURE / CHARACTERISTIC / QUALITY / TYPE / CLASSIFICATION 60 60 60 60 80 60 60 0 80 65 %NEED FOR CULTURE CHANGE 80 80 80 80 60 60 80 0 80 75 %WORK-LIFE BALANCE 60 80 40 80 60 60 80 0 100 70 %SUB-CULTURES 60 60 80 40 60 40 80 0 80 63 %METHODS / MODELS / FRAMEWORKS 60 40 60 60 80 40 60 0 80 60 %
‘KEY INTERDEPENDENT DYNAMICS AND THEIR RELEVANT FACTORS THAT SHOULD BE PART OF THE DECISION-MAKING PROCESS IN THE INTRODUCTION OF ANY FORM OF INNOVATION-DRIVEN CHANGE WITHIN AN ORGANISATION OR TEAM’
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
DELPHI SURVEY
RELEVANCY OF DYNAMIC: CULTURE
6063
7075
65
78
635353
75
64
78858583
0
10
20
30
40
50
60
70
80
90
100
CU
LTU
RE
CH
ANG
E PH
ILO
SOPH
Y
Hig
hly
Influ
entia
l res
ourc
es?
D
iffic
ult a
nd C
ompl
ex D
ynam
ics
to Id
entif
y w
D
iffic
ult a
nd C
ompl
ex D
ynam
ics
to P
redi
..
SUC
CES
S FA
CTO
RS
R
einf
orci
ng a
Rel
atio
nshi
p of
‘Tru
st’ ?
Im
prov
ing
Offi
ce D
esig
n / L
ayou
t / W
orki
..
Intro
duci
ng a
Vol
unta
ry J
ob o
r Tas
k R
ot...
O
fferin
g Pr
agm
atic
Rew
ard
and
Effe
ctiv
...
Incr
easi
ng E
mpl
oyee
/ St
akeh
olde
r Par
t...
FEAT
UR
E / C
HAR
ACTE
RIS
TIC
/ Q
UAL
I..N
EED
FO
R C
ULT
UR
E C
HAN
GE
WO
RK-
LIFE
BAL
ANC
E
SUB-
CU
LTU
RES
MET
HO
DS
/ MO
DEL
S / F
RAM
EWO
RKS
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC: “CULTURE”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 344 -
KEY INTERDEPENDENT DYNAMIC: LEADERSHIP #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) LEADER vs. MANAGER 80 100 80 80 80 80 100 0 80 85 %HUMAN INTERVENTION 65 85 85 80 80 80 80 0 85 80 % Personal and Professional? 80 80 100 80 80 80 80 0 80 83 % Positive Environment of Mutual Assurance and Success? 60 80 100 80 80 80 80 0 80 80 % Achievable Business Goals and Objectives? 60 100 80 80 80 80 80 0 100 83 % Resource Capabilities / Limitations? 60 80 60 80 80 80 80 0 80 75 %NEW VS. OLD LEADERS / CHAMPIONS 67 80 60 60 67 47 67 0 86.7 67 % Leadership Skill Sets (communication, business, etc.)? 60 60 60 60 60 40 60 0 100 63 % Recipies' for Success? 60 100 60 60 60 60 60 0 80 68 % Clearer (Unbiased / Realistic) Vision / Goals / Objectives? 80 80 60 60 80 40 80 0 80 70 %TRUST & COLLABORATION 80 100 80 80 60 60 80 0 100 80 %LEADERSHIP TRAPS 60 80 80 80 80 60 60 0 80 73 %REGULAR REVIEWS 80 80 80 80 80 80 60 0 100 80 %MINIMISE RESISTANCE 80 60 80 80 60 60 60 0 80 70 %METHODS / MODELS / FRAMEWORKS 80 60 80 80 60 60 60 0 100 73 %
‘KEY INTERDEPENDENT DYNAMICS AND THEIR RELEVANT FACTORS THAT SHOULD BE PART OF THE DECISION-MAKING PROCESS IN THE INTRODUCTION OF ANY FORM OF INNOVATION-DRIVEN CHANGE WITHIN AN ORGANISATION OR TEAM’
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
DELPHI SURVEY
RELEVANCY OF DYNAMIC: LEADERSHIP
7370807380706863
67758380838085
0102030405060708090
100
LEAD
ER v
s. M
ANAG
ERH
UM
AN IN
TER
VEN
TIO
N
Pers
onal
and
Pro
fess
iona
l?
Po
sitiv
e En
viro
nmen
t of M
utua
l Ass
ura
Ac
hiev
able
Bus
ines
s G
oals
and
O...
R
esou
rce
Cap
abilit
ies
/ Lim
itatio
ns?
NEW
VS.
OLD
LEA
DER
S / C
HAM
...
Lead
ersh
ip S
kill
Sets
(com
mun
icat
...
R
ecip
ies'
for S
ucce
ss?
C
lear
er (U
nbia
sed
/ Rea
listic
) Vis
ion.
.TR
UST
& C
OLL
ABO
RAT
ION
LEAD
ERSH
IP T
RAP
S
REG
ULA
R R
EVIE
WS
MIN
IMIS
E R
ESIS
TAN
CE
MET
HO
DS
/ MO
DEL
S / F
RAM
E...
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC: “LEADERSHIP”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 345 -
DELPHI SURVEY
KEY INTERDEPENDENT DYNAMIC: TRAINING & EDUCATION #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) LEARNING INCENTIVES 60 93 60 80 60 60 80 0 93.3 73 % Continue Training, Learning and Development of skill-sets? 60 80 60 80 60 60 80 0 100 73 % Increased Productivity Levels of employees (students)? 60 100 60 80 60 60 80 0 100 75 % Voluntarily Create, Share and Apply their newly attained knowledge? 60 100 60 80 60 60 80 0 80 73 %DELIVERY 60 60 60 80 60 80 60 0 100 70 %BENEFITS 80 80 60 80 60 60 80 0 100 75 %GOOD INVESTMENT? 80 100 60 80 80 80 80 0 100 83 %ENHANCED EFFICIENCY 70 80 60 80 80 80 80 0 100 79 % Creativity and Skills? 60 100 60 80 80 80 80 0 100 80 % Suitable and Professional Learning / Training Environment / Platform? 80 60 60 80 80 80 80 0 100 78 %PRODUCTIVITY UNTRAINED / UNEDUCATED 80 100 60 80 80 80 80 0 100 83 %BROADER INDUSTRY SUPPORT (Suggested by Industry Expert #1 - Round 1) 100 80 80 80 100 60 80 0 100 85 % Ensuring Enhanced Efforts and Improved Input from Professional Learned Bodies from the Industry? 100 100 80 80 100 60 80 0 100 88 % Having Ready Acess to Relevant Sucessful as well as Failed Case Study Examples for Enhanced Future Learning? 100 60 80 80 100 60 80 0 100 83 %ABILITY (Suggested by Industry Expert #5 - Round 1) 100 100 80 100 100 80 80 0 100 93 %UNDERSTANDING (Suggested by Industry Expert #5 - Round 1) 80 80 80 80 100 60 80 0 100 83 %COMMONSENSE (Suggested by Industry Expert #5 - Round 1) 80 80 80 60 100 80 80 0 100 83 %
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
RELEVANCY OF DYNAMIC: TRAINING & EDUCATION
8383
93
8388858378807983
757073757373
0
10
20
30
40
50
60
70
80
90
100
LEAR
NIN
G IN
CEN
TIVE
S
C
ontin
ue T
rain
ing,
Lea
rnin
g an
d D
evel
op...
In
crea
sed
Prod
uctiv
ity L
evel
s of
em
ploy
ees.
..
Vo
lunt
arily
Cre
ate,
Sha
re a
nd A
pply
thei
r new
ly
DEL
IVER
Y
BEN
EFIT
SG
OO
D IN
VEST
MEN
T?EN
HAN
CED
EFF
ICIE
NC
Y
Cre
ativ
ity a
nd S
kills
?
Su
itabl
e an
d Pr
ofes
sion
al L
earn
ing
/ Tra
inin
g E
PRO
DU
CTI
VITY
UN
TRAI
NED
/ U
NED
UC
...
BRO
ADER
IND
UST
RY
SUPP
OR
T
(Sug
gest
ed
En
surin
g En
hanc
ed E
fforts
and
Impr
oved
...
H
avin
g R
eady
Ace
ss to
Rel
evan
t Suc
essf
u...
ABIL
ITY
(S
ugge
sted
by
Indu
stry
Exp
ert #
5..
UN
DER
STAN
DIN
G
(Sug
gest
ed b
y In
dust
ry E
xp
CO
MM
ON
SEN
SE
(Sug
gest
ed b
y In
dust
ry...
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC: “TRAINING & EDUCATION”
60%
Th
resh
old
Four additional factors
underpinning the Hypothesised ‘Training and
Education’ dynamic –
identified by expert panel
members as being key components
of a CDF for delivering
innovative change within
organisations
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 346 -
DELPHI SURVEY
KEY INTERDEPENDENT DYNAMIC: KNOWLEDGE SHARING & MANAGEMENT #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) CHANGING TRADITIONAL DATA STORAGE METHODS 80 80 60 80 80 80 100 0 100 83 %SHARING VS. STORING EFFORT 60 100 80 80 80 60 100 0 100 83 %SHARED WORK-SPACES 60 80 80 80 80 80 80 0 100 80 %LEADING EDGE 80 100 80 80 80 60 80 0 100 83 %
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
RELEVANCY OF DYNAMIC: KNOWLEDGE MANAGEMENT & SHARING
83808383
0
10
20
30
40
50
60
70
80
90
100
CHANGING TRADITIONALDATA STORAGE
METHODS
SHARING VS. STORINGEFFORT
SHARED WORK-SPACES LEADING EDGE
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
Four factors underpinning the additional dynamic ‘Knowledge Sharing & Management’ – identified by expert panel members as being a key
component of a CDF for delivering innovative change within organisations
DYNAMIC: “KNOWLEDGE SHARING & MANAGEMENT”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
- 347 -
KEY INTERDEPENDENT DYNAMIC: IMPACT ON END-CLIENT BUSINESS
#1 #2 #3 #4 #5 #6 #7 #8 #9AVERAGE RATING
(#1-7 & 9) GO THE EXTRA MILE 80 60 60 80 80 80 80 0 100 78 %DEVELOP SYNERGY (2 + 2 = 5) 80 60 40 80 100 60 100 0 100 78 %
‘KEY INTERDEPENDENT DYNAMICS AND THEIR RELEVANT FACTORS THAT SHOULD BE PART OF THE DECISION-MAKING PROCESS IN THE INTRODUCTION OF ANY FORM OF INNOVATION-DRIVEN CHANGE WITHIN AN ORGANISATION OR TEAM’
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
DELPHI SURVEY
RELEVANCY OF DYNAMIC: IMPACT ON END CLIENT BUSINESS
78 78
0
10
20
30
40
50
60
70
80
90
100
GO THE EXTRA MILE DEVELOP SYNERGY (2 + 2 = 5)
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
DYNAMIC:
“IMPACT ON END-CLIENT BUSINESS”
Two factors underpinning the additional dynamic ‘Impact on End-client Business’ – identified by expert panel members as being a key component of
a CDF for delivering innovative change within organisations
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
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KEY INTERDEPENDENT DYNAMIC: WHOLE OF LIFECYCLE COST #1 #2 #3 #4 #5 #6 #7 #8 #9
AVERAGE RATING
(#1-7 & 9) COST OF INNOVATION-DRIVEN CHANGE INITIATIVE 80 80 80 80 90 60 100 0 100 84 % Work Closely with Clients… 80 80 80 80 80 60 100 0 100 83 % Recognise Higher Capital Cost… 80 80 80 80 100 60 100 0 100 85 %
‘KEY INTERDEPENDENT DYNAMICS AND THEIR RELEVANT FACTORS THAT SHOULD BE PART OF THE DECISION-MAKING PROCESS IN THE INTRODUCTION OF ANY FORM OF INNOVATION-DRIVEN CHANGE WITHIN AN ORGANISATION OR TEAM’
*** FINAL WEIGHTING ***INDUSTRY EXPERT PANEL
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
DELPHI SURVEY
RELEVANCY OF DYNAMIC: WHOLE OF LIFECYCLE COST
84 83 85
0
10
20
30
40
50
60
70
80
90
100
COST OF INNOVATION-DRIVEN CHANGE INITIATIVE
Work Closely with Clients… Recognise Higher CapitalCost…
(%)
#1 #2 #3 #4 #5 #6 #7 #8 #9 AVERAGE RATING (#1-7 & 9)
Three factors underpinning the additional dynamic ‘Whole of Business Life-cycle Cost’ – identified by expert panel members as being a key component
of a CDF for delivering innovative change within organisations
DYNAMIC:
“WHOLE OF BUSINESS LIFE-CYCLE COST”
60%
Th
resh
old
NOTE: Data from Industry Expert #8 are excluded from Final Analysis (As noted in Section 5.11)
APPENDICES
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Appendix K: Proposed ‘Innovative Change Decision-making Framework’ (ICDF)
To follow is a draft example of the Inter- / Intranet-based ‘Entrance Page’ to the
proposed ICDF. This is followed by draft examples of a ‘Background (you and
your organisation)’ data collection sheet; and three dynamic assessment sheets
that organisational leaders, end-users and other key stakeholders complete as
part of the decision-making process for delivering innovative change within their
organisation.
APPENDICES
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CONGRATULATIONSYOU ARE READY
NOT QUITE READYNEED FOR SOME
IMPROVEMENT
NOT READY AT ALLCRITICAL NEED FOR
IMPROVEMENT
*** ARE WE READY? ***
6672 70
20
80 807275
53
0
10
20
30
40
50
60
70
80
90
100
CHANGE
INNOVATION
IMPLEMENTATION
CULTURE ("Human Factor")
LEADERSHIP ("Champion")
TRAINING / EDUCATION
KNOWLEDGE SHARING / MANAGEMENT
IMPACT ON END CLIENT / KEY STAKEHOLDER
WHOLE OF BUSINESS LIFECYCLE COST
‘ARE YOU READY TO INTRODUCE
………(PROPOSED INNOVATIVE CHANGE INITIATIVE) ……..
WITHIN YOUR ORGANISATION / TEAM?’
INNOVATIVE CHANGE DECISION-MAKING FRAMEWORK
IS OUR ORGANISATION ‘READY’ TO DELIVER
…… (Proposed Innovative Change)…….?
ENTER
(Example of the ‘Entrance Page’ to the ICDF)
APPENDICES
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1) Please fill in the following CONTACT DETAILS.
Your NameCompany NamePost CodePhoneE-mailWeb Address
2) What is the HIGHEST level of EDUCATION that you have completed?
(Please choose)
3) What is the title of your CURRENT POSITION?
4) HOW LONG have you been working in your present position?
(Please choose)
(Please choose)
IF YOU ANSWERED NO : kindly proceed to Q7
5) DO YOU HAVE ANY EXPERIENCE …in leading or taking part in implementing a change initiative within your work environment?
BACKGROUND(YOU & YOUR ORGANISATION)
The information you provide will remain CONFIDENTIAL required purely for Statistical purposes
‘DECISION-MAKING FRAMEWORK’
ARE WE READY?
For the Delivery of….. (Proposed Innovative Change) ….. Within Our Organisation
Some High School or Less
High School Graduate
College / TAFE
Diploma Certification
Bacheloors Degree
Post-Graduate Degree
Doctorate
Less than 1 Year
1-2 Years
2-5 Years 5-10 Years More than 10 Years
YES
NO
Note: to be completed by organisational leaders, decision-makers, end-users and other key stakeholders - as part of their decision-making process for delivering innovative change within
their organisation)
(Example of the ‘Background’ data collection sheet of the ‘ICDF’)
APPENDICES
- 352 -
NOTE: These are hyperlinks to the proposed ‘Innovative Change Delivery Guide’ (ICDG) (Appendix M:) – providing
additional information, definitions, terms used, detailed and relative good-practice recommendations, tips, guidelines, case-
study examples; etc. to help complete the ICDF
(Example of the ‘Summary Page’ of the ICDF)
APPENDICES
- 353 -
(Example of Two ‘Data Collection Pages’ of the ICDF)
NOTE: These are hyperlinks to the proposed ‘Innovative Change Delivery Guide’ (ICDG) (Appendix M:) – providing
additional information, definitions, terms used, detailed and relative good-practice recommendations, tips, guidelines,
case-study examples; etc. to help complete the ICDF
APPENDICES
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Appendix L: Proposed ‘Innovative Change Delivery Analysis’ (ICDA)
#1 #2 #3 #4 #5 #6 #7AVERAGE
RATING (#1 - 7)
1 CHANGE 50 83 75 79 80 72 77 74 %2 INNOVATION 60 68 76 76 68 64 60 67 %3 IMPLEMENTATION 67 81 80 76 71 80 61 74 %4 CULTURE ("Human Factor") 65 66 68 67 70 55 74 66 %5 LEADERSHIP ("Champion") 65 66 68 67 70 55 74 66 %6 TRAINING / EDUCATION 25 29 30 21 24 27 24 26 %7 KNOWLEDGE SHARING / MANAGEMENT 70 90 78 80 80 65 90 79 %8 IMPACT ON END CLIENT BUSINESS 80 60 75 80 90 70 90 78 %9 WHOLE OF BUSINESS LIFECYCLE COST 80 80 25 80 90 60 80 71 %
***FINAL RESULTS***NINE DECISION-MAKING DYNAMICS
RESPONDENTS(Management, employees, key stakeholders, etc.)
***INNOVATIVE CHANGE DELIVERY ANALYSIS***
(80 - 100 %)VERY - MOST
RELEVANT
(50 - 79 %)SOMEWHAT - VERY
RELEVANT
(0 - 49 %)NONE - LITTLE
RELEVANCE
0
10
20
30
40
50
60
70
80
90
100
CHANGE
INNOVATIO
N
IMPLEMENTATIO
N
CULTURE ("Human
Factor")
LEADERSHIP ("Cham
pion")
TRAININ
G / EDUCATIO
N
KNOWLEDGE SHARING / M
ANAGEMENT
IMPACT O
N END CLIENT B
USINESS
WHOLE OF B
USINESS LIFECYCLE C
OST
AR
E W
E R
EAD
Y? (%
)
#1 #2 #3 #4 #5 #6 #7 AVERAGE RATING (#1 - 7)
A
B WEAKEST Dynamic within our Organisation
STRONGEST Dynamic within our Organisation
(Example of the ‘Final Results Page’ for the proposed ICDA)
APPENDICES
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Appendix M: Proposed ‘Innovative Change Delivery Guide’ (ICDG)
Three draft extracts from the above ICDG follow:
A GUIDE TO DELIVER…..(Proposed Innovative Change) …..IN YOUR ORGANISATION
CONGRATULATIONSYOU ARE READY
NOT QUITE READYNEED FOR SOME
IMPROVEMENT
NOT READY AT ALLCRITICAL NEED FOR
IMPROVEMENT
INNOVATIVE CHANGE DELIVERY GUIDE
*** HOW TO GET OUR ORGANISATION READY ***
6672 70
20
80 807275
53
0
10
20
30
40
50
60
70
80
90
100
CHANGE
INNOVATIO
N
IMPLEMENTATIO
N
CULTURE ("Human
Factor")
LEADERSHIP ("Cham
pion")
TRAININ
G / EDUCATIO
N
KNOWLEDGE SHARING / M
ANAGEMENT
IMPACT O
N END CLIENT / K
EY STAKEHOLDER
WHOLE OF B
USINESS LIFECYCLE C
OST
Supplementary support; good-practice guidelines; relevant (successful as well as unsuccessful) delivery of innovative change case study examples; tried and tested processes, frameworks, models, and recommendations;
‘stop-and-check innovative change decision-making indicators’; delivery ‘do’s and don’ts’; as well as access to internationally recognised industry experts; innovative change specialists; up-to-date network platforms...etc.
(Example of the ‘Entrance Page’ to the proposed ICDG)
APPENDICES
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ICDG Extract One:
WHAT IS INNOVATIVE CHANGE?
INNOVATIVE CHANGE(i) Innovative Change (See Implementing Innovative Change ) - Technology: Defined - Innovation: Defined (See Types of Innovation ) - Change: Defined - Innovation-Driven Change: Defined
(ii) Innovative Change: Need (See Need for Change )
(iii) Innovative Change: Challenges (See Barriers to Change and Seven Factors That Challenge Innovative Change )
(iv) Innovative Change: Business Opportunities (See Six Drivers of Change )
(v) Innovative Change: Influence on Culture (See Culture: IInnovativeCulture )
(i) IINNOVATIVE CHANGE (See Implementing Innovation-Driven Change)
To help define the term 'innovation-driven change' it is important to understand that technology and innovation are ‘related concepts’ representing different ‘concerns’ (White M.A. and Bruton G.D. 2007) p16, where innovation is portrayed essentially as a way industry organisations and project teams create and apply a new technology, product or process. A wide range of innovative technologies dominate today’s global industries, businesses and personal worlds, where people find it more and more difficult to function without them. Furthermore, many industry participants are being 'seduced' by these new and innovative technologies, essentially ‘blinding’ them from focusing on the real and essential reasons to readily employ an innovation-driven change initiative (Hee H. 1998).
(a) Technology: DefinedThe term technology is defined by (White M.A. and Bruton G.D. 2007) p16 in a number of ways:
‘…the process used to change inputs into outputs’
‘…the application of knowledge to perform work’
‘…the theoretical and practical knowledge, skills and artefacts that can be used to develop products as well as their production and delivery system’
‘…the technical means people use to improve their surroundings’
‘…the application of science, especially to industrial or commercial objectives, the entire body of methods and materials used to achieve such objectives’
Yet the following definition for technology tends to encapsulate all of the above descriptions:
‘…the practical implementation of learning and knowledge by individuals and organisations to aid human endeavour…it is the knowledge, products, processes, tools, and systems used in the creation of goods or in the provision of services’ (White M.A. and Bruton G.D. 2007) p16
(b) Innovation: Defined
Innovation, in essence, is simply another form of change , albeit more sophisticated and specialised in nature (Robins 1998) p646. It essentially entails the application of a new idea to improve, for example, an existing product, process or service. This action inturn results in some form of change taking place, by moving away from the old way of doing things and embracing a new and improved way of doing the same thing. Inevitably, there is a wide and diverse range of definitions for the term innovation and the following attempt to incorporate the critical process elements of innovation itself:
‘…the creation of new knowledge and turning ideas into valuable products and services’ (Skyrme 1998)
‘…developing and implementing a new idea in an applied setting’ (RICS and Salford-University 2007) p3
‘…the effective generation and implementation of a new idea, which enhances overall organisational performance’ (RICS and Salford-University 2007) p9
‘…the process whereby new and improved products, processes, materials and services are developed and transferred to a market where they are appropriate’ (White M.A. and Bruton G.D. 2007) p21
( ) Ch D fi d
A GUIDE TO DELIVER INNOVATIVE CHANGE IN YOUR ORGANISATION
NOTE: The blue texts are hyperlinks to the contents of the proposed ICDG
(below)
APPENDICES
- 357 -
ICDG Extract Two:
"COST vs. TIMING vs. DIFFICULTY" OF CHANGE
"COST vs. TIMING vs. DIFFICULTY" OF CHANGE
(i) THREE CHANGE TACTICS The timing of adopting an innovation-driven change initiative, framework, process or solution in an organisation or project team environment could determine the success or failure (difficulty) of that change. To follow are three ‘tactics’ to help determine (a) a more timely (Figure 1) and (b) more cost effective (Figure 2) implementation strategy. Figure 2 confirms that the construction industry has to realise the cost of delaying any technological or innovation-driven change initiative is in many cases not only inconvenient, but often, catastrophic (Black J. S. and Gregersen H. B. 2002).
Figure 1: Difficulty of Change
Adapted from (Black J. S. and Gregersen H. B. 2002)
Figure 2: Cost of Change
Adapted from (Black J. S. and Gregersen H. B. 2002)
To follow is a brief explanation for each of the three change tactics (Figure1) and (Figure 2):
(a) Anticipatory Change o This is the most difficult of the three approaches to start and finish due to difficulty in sensing future threats and opportunities or what unpredictable course they may take. o Requires organisations to look ahead and predict change in advance (anticipating the need for change). o Unknown return on investments is also a major reason why executives avoid this process. o However, if executed correctly, this change tactic can present the greatest potential benefits and lowest cost to a firm o When change involves steep and ongoing learning, then the sooner a firm starts changing, the greater will be the firm’s advantage over slower-to-change competitors (Figure 3).
Figure 3: Competitive Advantage
REACTIVE Change
CRISIS Change
Most Difficult
Difficult
Easiest Time
Difficulty
ANTICIPATORY Change
Least
Moderate
Most ANTICIPATORY Change
REACTIVE Change
CRISIS Change
Time
Cost
"COST vs. TIMING vs. DIFFICULTY" OF CHANGE(i) Three Change Tactics - Anticipatory Change - Reactive Change - Crisis Change
A GUIDE TO DELIVER INNOVATIVE CHANGE IN YOUR ORGANISATION
NOTE: The blue texts are hyperlinks to the contents of the proposed ICDG
(below)
APPENDICES
- 358 -
ICDG Extract Three:
FACTORS THAT HELP DRIVE INNOVATIVE CHANGE
SIX DRIVERS OF CHANGE(See Need for Change )
(i) Motivation - Two Types of Motivation - Motivation and Incentive Schemes - Eight Motivational Strategies
(ii) Threats and Opportunities
(iii) Need Factor: ‘What’s in it for me?’ - Theory of Needs - Hierarchy of Needs
(iv) Expectancy Theory
(v) Rewarding Change Efforts - Rewards and Compensation = Success
(vi) Respecting People - Looking After People - Benefits Gained from Respecting People
SIX DRIVERS OF CHANGE(see Innovation-Driven Change: Business Opportunities)
There are no quick fixes to help deliver long-term change and excellence in today’s competitive and ever changing construction industry environment. The need to recognise the endless threats and opportunities that tend to drive or motivate construction industry organisations and project teams to readily adapt the implementation process of an innovation-driven change initiative is an inevitable and ongoing challenge.
(i) Motivation The term motivation is defined here as:
‘…the willingness to exert high levels of effort toward organisational goals, conditioned by the effort’s ability to satisfy some individual need’ (Robins 1998) p168
The three key elements in the above definition (effort, organisational goals, and need) are discussed below:
o Effort: Also referred to as a measure of intensity, where the more one is motivated the more effort is relayed back into ones job or role. o Organisational Goal: For the organisation to fully benefit from these high levels of effort, leaders are to ensure that these enhanced levels of job-performances are ‘channelled’ directly towards, and consistent with, the organisations overall goals and objectives. That is to say change leaders and senior managers must consider the quality of their efforts as well as their levels of intensity. o Need: Refers to an employees standpoint towards an outcome of an effort (in meeting an organisational goal or objective), and making it appear either attractive or worth doing for themselves - see "what’s in it for me?"
(a) Two Types of MotivationThe need to identify and acknowledge the various crisis and opportunity factors that an organisation or project team are inevitably faced with during the implementation of a an innovation-driven change initiative are echoed in (Whyte J. 2002), stating there are two types motivational outcomes:
o Short-Term Motivation: This method of motivating people to change occurs when employees or team members are confronted with a real or perceived threat, such as, job security, increasing competition, etc., which inturn motivate short-term behaviours. o Long-Term Motivation: The second means of motivation is realised through real or perceived opportunities, such as, improved profitability, greater productivity, increased employee development, etc., which inturn motivate long-term behavioural change within an organisation or project team.
(b) Motivation and Incentive Schemes
‘…different things motivate different people differently at different times‘ (Grisham and Walker 2006) p229
The successful integration of innovation-driven change solutions requires employees :
A GUIDE TO DELIVER INNOVATIVE CHANGE IN YOUR ORGANISATION
NOTE: The blue texts are hyperlinks to the contents of the proposed ICDG
(below)
Chapter Nine – Discussion, Conclusions and Proposed Future Research
- 359 -
© Copyright Achim Weippert
2010
All Rights Reserved