Upload
others
View
2
Download
0
Embed Size (px)
Citation preview
Project Management
EXECUTIVE SUMMARY
Super steel PTE ltd is a leading steel manufacturing and supplying unit which has
established its operations effectively in Singapore and Asia pacific region. The company was
established in the year 2005 and since then, is successfully operating within the sector. It has
been analysed that, super steel PTE ltd has developed a strong network of suppliers and
distributers thus enhancing its chances of significant success in the present competitive
market. Super steel PTE ltd is presently dealing in diverse industries and projects in order to
create a significant development aspect within the market.
Different industries which are providing business to the firm include construction,
ship-building and oil & gas industry. Cost benefit analysis reflects that the oil and gas
industry has significant prospects of development and growth within the market. It will help
the business unit in enhancing its productivity and profitability in the market. The analysis
helped in understanding the critical aspects of project selection commencement and
management. Every stage of the study helped in revealing a well defined means of
knowledge and understating for the study. The evaluation concludes that the stated project
has high chances of success in the economy.
TABLE OF CONTENTS introduction ............................................................................................................................................ 4
Analysis of the THREE Projects Selected ................................................................................................. 4
Criteria for project selection ................................................................................................................... 6
Budget ..................................................................................................................................................... 7
Pre-Project commencement ................................................................................................................... 7
Risks, Contingencies and Stakeholders analysis ..................................................................................... 8
Gantt chart ............................................................................................................................................ 13
Critical path and slack areas ............................................................................................................. 15
Conclusion ............................................................................................................................................. 17
references ............................................................................................................................................. 19
INTRODUCTION
Super steel PTE ltd is a leading steel manufacturing and supplying unit which has
established its operations effectively in Singapore and Asia pacific region. The company was
established in the year 2005 and since then, is successfully operating within the sector. The
organization develops quality solutions to its consumers thus creating well defined and
significant solutions for the business growth and development (Thiel and et.al., 2015).
Effective value added services and well integrated channels of distribution has helped the
business in creating high plans of expansion and growth within the economy. It has been
analysed that, Super steel PTE ltd has developed a strong network of suppliers and
distributers thus enhancing its chances of significant success in the present competitive
market.
Project management is a well defined discipline which focuses on planning,
organizing, implementing, managing and controlling the activities to attain the specific goals
and objective (Badiru, A.B. and Osisanya, 2016). Super steel PTE ltd is presently dealing in
diverse industries and projects in order to create a significant development aspect within the
market. Different industries which are providing business to the firm includes, construction,
ship-building and oil & gas industry. The present study will evaluate the three projects
available and seek the best development measure for the business. Effective project
management technique will be implemented in order to attain success for the selected project.
ANALYSIS OF THE THREE PROJECTS SELECTED
Super steel PTE ltd has developed strong network within the market. The chances of
growth and development for the business are high (Bearer and et.al., 2012). The diversified
industry in which the company deals in includes construction, shipping and oil & gas
industry. The comparative analysis of the three mentioned projects will be undertaken in
order to analyse the most effective option available for the business.
Construction project
The stated industry has high chances of growth and development within the economy.
With rising standard of living and falling accommodation places, regular urbanization and
development is taking place within the market (Swayne, 2012). Asia is the most densely
populated continent and demand for construction is high and significant within the economy.
The demand for steel pipes and fittings are also high in the industry. Steel however is not
used as the prime raw material in construction thus different contractors use low cost
substitutes of steel in order to gain effective market success.
Moreover high market competition is another aspect which reduces the project
success aspect within the market. In addition to this the demand of steel in the construction
industry is limited. Building construction projects has the prospects of development in the
market (Raufflet, Cruz and Bres, 2014). Thus super steel company has limited scope for
growth and development in the mentioned sector. Tentative cost benefit analysis of the sector
reveals that the demand for steel in the construction industry will be moderate however due to
high competition the price leadership will be low. In addition to this it can be analysed that
profit margin in the stated project will not be effective due to low demand and high
competition (Burke, Montevecchi and Wiese, 2012). Hence overall analysis of the case
reveals that the stated project must not be undertaken for business expansion.
Ship building project
Shipping projects and industry operate exclusively within the market. This industry
has high and significant impact on the economy. The ship building project demand high
investment in terms of cost and resources. The raw material within the industry need to be
quality assured and standard (Perry, 2012). The present analysis of the project reveals that
ship building industry has constant demand within the market. Super steel will be having an
effective growth aspect if the company invests in the sector. The industry evaluation reveals
that the demand for steel in ship building will be effective. Moreover profit margin in the
sector is also high because limited suppliers provide oligopolistic control within the
economy. However it has been evaluated that construction sites of ship building is limited
within the market.
Cost of transportation and overheads for Super steel will be high. Cost in terms of
transportation and delivery will be high for the business. This will result in minimizing the
profit margin for the company (Thurner and Proskuryakova, 2014). Hence the overall
evaluation reveals that the stated project is effective highly potential for business
development however due to high cost the aspects of profit for the same will be low and
insignificant. Moreover the cost of gestation will also be high in the project as ship building
demands high investment in terms of time as well.
Oil and gas extraction project
Oil and gas industry is one of the most widely developing sectors within the economy.
Due to falling supply and increasing demand of the product price is high for the same. The
demand of steel pipes and equipment is wide in the sector. Moreover the construction aspects
demand well defined means of products and material (Tavana and et.al., 2012). Super steel is
an effective manufacturer of top quality steel. Undertaking the project of oil and gas
extraction will help the business in enhancing the profit market along with the aspects of
development in the market.
Cost benefit analysis reflects that the oil and gas industry has significant prospects of
development and growth within the market. It will help the business unit in enhancing its
productivity and profitability in the market (Gross and et.al., 2013). Due to high quality
structure demand for product extraction the competition level in the market will be limited.
Moreover in sales revenue in the sector is very high. Thus overall evaluation reveals that
Super Steel must undertake the mentioned project in order to enhance the growth and
profitability measures of the business.
CRITERIA FOR PROJECT SELECTION
Project selection criteria play a very crucial and significant role in project
management aspect. This aspect helps the project manager in analysing and choosing the best
opportunity to develop an effective and well defined project. The major factors which affect
the project selection criteria are:
Project cost: This is one of the most significant and crucial aspect of project
management. The cost of project helps the manager and stakeholders in analysing the
performance aspects and profitability of the same (Ciarreta and Nasirov, 2012). This
factor is one of the most crucial parts to determine as it creates high success aspect for
the project. It also contributes in project planning and development. The cost of oil
and gas project in the current case is high and significant
Quality aspect: Assessment of quality aspects for the project helps in analysing that
the project can be completed in significant time of or not (Finer and et.al., 2015). It is
very important for the project manager to determine the quality aspects for the project
as it help in planning and determining the expected results as well. The expected
quality for oil and gas project is high.
Time: In order to attain high and significant development aspects within the market
project time evaluation is very significant to determine (Gatti, 2013). For effective
project selection the stated option must be determined on the basis of expected time
and whether the project manager will be able to complete it the stated time. This is
significant to analyse and evaluate for the business.
Scope: The scope of the project is crucial to examine the level of expectation and
demand by the clients (Middleton and et.al., 2015). If the project scope is wide and
effective the prospects of development after project completion is high. Thus project
with wide scope must be effectively selected by the businesses or project team.
Profitability: This is very important factor in project selection. For the present project
the scope of profitability is high and significant because high demand and low supply
of oil and gas makes the product highly effective in the economy (Hannisdal A and
et.al., 2012). Thus the profit margin of this project as compared to others will be high.
BUDGET
This aspect is critical for project management and selection. The budget helps the
companies in analysing its scope and level of planning. For the present project of oil and gas
extraction the budget will be 2 million US dollars. It will help in developing an effective plan
to attain acceptable output for the project so that project success and completion proves to be
profitable and effective for the business. The stated budget will ensure that steel pipes and
equipments requisites is attained by the company itself thus saving cost of material for the
same.
PRE-PROJECT COMMENCEMENT
In order to effectively select and complete the project well defined evaluation of the
project commencement is important. This helps in delivering effective and well defined
results for the selected aspect (Pegg, 2012). The pre project commencement for the present
oil and gas project will be as follows:
Project goal: The project goal for the present project is confirm and clear. It focuses
on creating a well defined means of oil and gas extraction aspect (Kang, 2014). The
project manager focuses on developing an effective means of oil and gas extraction
means to attain high means of profitability for the stated unit. It will be highly
effective in business development as well.
Stakeholders: The stakeholders of the project will be senior management, project
managers, employees, government, public and suppliers of the same. These
stakeholders will prove to be an effective and well defined part of project completion
and success (Parish and et.al., 2013).
Project Scope: The project scope for the stated aspect will be significant and well
defined. The oil extraction measures are highly demanded within the market thus the
scope of the project is wide and focuses on attaining high and significant profitability
within the market.
Deliverables: This measure of the project commencement focuses on analysing the
deliverable which the project will provide after completion. For the present project a
significant plan of oil extraction will be delivered which will help in attaining high
market success (Krupnick, Wang and Wang, 2014).
Project risk: Every project has high amount of risks and contingencies associated with
the completion. The selected project is very wide and critical. It focuses on effectively
developing a measure to extract the fuel. The major risks associated with the project
involves health and safety risk, planning, resources aspect risk etc. These risks will be
effective managed and mitigated for the project.
RISKS, CONTINGENCIES AND STAKEHOLDERS ANALYSIS
Stakeholder analysis
Stakeholders are the crucial and most significant part of every project. These are the
people who are directly associated with the project performance and its impact on the
completion of the project as well. For the present project of oil and gas extraction
stakeholders plays a very significant role in effective growth of the overall project. Following
figure effectively represent the stakeholders and their power and interest in the project. The
strategies which will be implemented to manage stakeholders will be:
Keep satisfied: This strategy of stakeholder involvement is used for the ones who has
high power but low interest in the working aspects. For the present project
government and national authorities can be categorised for the same (Ghandi and Lin,
2014). They can be kept satisfied by effectively adopting the environmental policies
and measures.
Manage closely: The major stakeholders who have power and interest in the project
plays a crucial role in the segment. These involve senior management, project
manager, major suppliers etc. By developing effective means of communication one
can manage them closely.
Keep informed: These stakeholders with high interest but low power are needed to be
informed on a regular basis (Gross and et.al., 2013). These include stakeholders such
as consumers and employees of the company. Strategies such as project progress
report may be helpful for them.
Monitor: Stakeholders with low power and low interest falls in this category. In order
to manage them close monitoring is required. This helps in ensuring their needs and
expectation while enhance project completion effectively.
Risk assessment
The risk assessment for the present project has effectively been evaluated and
analysed in the following table.
Category Event Effect Cause Likelih
ood
Impac
t
Total
rankin
g
Performance
Resource
inefficiency
May cause in delay
in project
completion
Non acceptable
quality of raw
material
supplied
2 4 8
Conflict May restrict the
project process
Employee
frustration,
leadership issues
4 5 20
Low output Impact on
profitability
(Kang, 2014)
Ineffective
performance of
employees
2 4 8
Budget
Planning gap Delay in overall
project
performance
lack of resources 2 5 10
Market crash Financial
ineffectiveness and
inefficiency
Unforeseen
contingency in
the market
1 3 3
Cost
increment
Budget of the
project will be
affected
Supplier’s
decision
2 3 6
Time
Activities
delay
Delay in project
completion thus
cost increment
Delay in process
or employee
performance
(Ghandi and
Lin, 2014)
3 5 15
Ineffective
performance
Affect the quality
of outcome
Lack of training
and
development
4 4 16
Natural will result in Natural 2 4 8
disaster project progress calamities
Project
extension
Increase in budget Gap between
planning and
execution
3 5 15
Resources
Quality
difference
Lack of demand in
the market
Ineffective
process and
performance of
employees and
resources
3 3 9
Lack of
trained
employee
Project delay Lack of
experienced
employees
4 3 12
Lack of
Physical
resources
Delay in
competition of
activities
Ineffective
planning
2 2 4
In effective
training
Increasing errors
and accidents
Lack of
experiences
employees
3 4 12
Resistance to
change
Restrict project
progress
Employee
negotiation
2
2 4
Health and
safety risk
Accidents Can create heavy
calamities for
employees as well
as process of
working
Lack of training
or safety
measures
3 5 15
Calamities or
deaths
Fear and
dissatisfaction
within employees
Lack of training
or safety
measures
2 5 10
Environment
safety
Effective support
and appreciation
from government
Proper policy
implementation
and ethical
working aspects
4 5 20
Safe project
completion
High profitability Proper planning
and monitoring
of the project
4 4 16
Execution Gap in Result in project Due to 4 4 16
planned and
actual
performance
delay and cost
enhancement
ineffective data
and research
results
In effective
support
Result in project
delay and cost
enhancement
Lack of
employee
motivation and
support within
the project
(Pegg, 2012)
3 3
9
Unexpected
culture
Low project
progress and
possible restriction
within the market
Due to
ineffective
support and
market resreach
2 4 8
Contingencie
s
Labour strike Result in project
delay and cost
enhancement
Lack of
employee
motivation and
support within
the project
3 5 15
Financial
market fall
Financial
ineffectiveness and
inefficiency
Unforeseen
contingency in
the market
2 3 6
Natural
disaster
Significant loss of
resources and site
Call of nature 2 5 10
Government
policy
change
Delay in progress
and lack of support
of the government
and authorities.
Will demand
effective planning
for the situation
Insignificant
market
evaluation
2 4 8
Technology
Software
failure
Result in project
delay and cost
enhancement
Technology
failure or system
support issue
3 5 15
Lack of
effective
machinery
Will affect the
project capability
and completion
Lack of
effective and
well defined
2 3 6
aspects in a
significant manner
(Burke,
Montevecchi and
Wiese, 2012)
planning for the
overall process
GANTT CHART
Project plan
1 Project management for oil and gas
extraction
536
days
Mon 08-
05-17
Mon 27-
05-19
1.1 Initiation
84
days
Mon 08-
05-17
Thu 31-
08-17
1.1.1 Analysis of oil extraction process
5
days
Mon 08-
05-17
Fri 12-05-
17
1.1.2 Examining process involves
10
days
Mon 15-
05-17
Fri 26-05-
17 3
1.1.3 Evaluating resource involvemnt
12
days
Mon 29-
05-17
Tue 13-
06-17 4
1.1.4 Investigating resource requiremnt
10
days
Wed 14-
06-17
Tue 27-
06-17 5
1.1.5 Calculating busget need
5
days
Wed 14-
06-17
Tue 20-
06-17 4,5
1.1.6 Defining project scope
5
days
Wed 21-
06-17
Tue 27-
06-17 7
1.1.7 Identifying market opportunity
7
days
Wed 28-
06-17
Thu 06-
07-17 8,6
1.1.8 Analysing project value
10
days
Fri 07-07-
17
Thu 20-
07-17 9
1.1.9 Developing aims and objective of
the project
2
days
Fri 21-07-
17
Mon 24-
07-17 10
1.1.10 Analysing proposed oil extraction
meausre
10
days
Fri 21-07-
17
Thu 03-
08-17 9,10
1.1.11 Defining methods of evaluation
8
days
Fri 04-08-
17
Tue 15-
08-17 12
1.1.12 Problem identification
5
days
Tue 25-
07-17
Mon 31-
07-17 11,10
1.1.13 Initiating structured planning
12
days
Wed 16-
08-17
Thu 31-
08-17 13
1.2 Planning
282
days
Fri 01-09-
17
Mon 01-
10-18
1.2.1 Oil extaction plan
15
days
Fri 01-09-
17
Thu 21-
09-17 14,15
1.2.2 Plan for desing and structure
15
days
Fri 22-09-
17
Thu 12-
10-17 17
1.2.3 Area evaluation
10
days
Fri 22-09-
17
Thu 05-
10-17 17,15
1.2.4 Analyzing facility layout
12
days
Fri 06-10-
17
Mon 23-
10-17 19
1.2.5 Develop physical layout
18
days
Tue 24-
10-17
Thu 16-
11-17 18,20
1.2.6 Resource movement planning
20
days
Fri 17-11-
17
Thu 14-
12-17 21
1.2.7 Finalizing optimum design
17
days
Fri 15-12-
17
Mon 08-
01-18 22
1.2.8 Resource planning
12
days
Tue 09-
01-18
Wed 24-
01-18 23
1.2.9 Analysing resource requiremnt
14
days
Thu 25-
01-18
Tue 13-
02-18 24
1.2.10 Evaluating physical resource need
12
days
Wed 14-
02-18
Thu 01-
03-18 25
1.2.11 Developing resource acquisition
method
7
days
Fri 02-03-
18
Mon 12-
03-18 26
1.2.12 Team planning
10
days
Tue 13-
03-18
Mon 26-
03-18 27
1.2.13 Team size planning
5
days
Tue 27-
03-18
Mon 02-
04-18 28
1.2.14 Team composure
11
days
Tue 03-
04-18
Tue 17-
04-18 27,29
1.2.15 Planning employee acquisition
10
days
Wed 18-
04-18
Tue 01-
05-18 30
1.2.16 Technology planning
20
days
Wed 02-
05-18
Tue 29-
05-18 31
1.2.17 Technology evaluation
19
days
Wed 30-
05-18
Mon 25-
06-18 32
1.2.18 Budget planning
25
days
Tue 26-
06-18
Mon 30-
07-18 33
1.2.19 Financial planning
12
days
Tue 31-
07-18
Wed 15-
08-18 34
1.2.20 Sources of funds
17
days
Thu 16-
08-18
Fri 07-09-
18 35
1.2.21 Communication and coordination
plan
16
days
Mon 10-
09-18
Mon 01-
10-18 34,36
1.3 Execution
94
days
Tue 02-
10-18
Fri 08-02-
19
1.3.1 Implanting oil extraction process
12
days
Tue 02-
10-18
Wed 17-
10-18 37
1.3.2 Delegation of roles and
responsibilities
10
days
Thu 18-
10-18
Wed 31-
10-18 39
1.3.3 Implementing technology
15
days
Thu 01-
11-18
Wed 21-
11-18 40
1.3.4 Process testing
5
days
Thu 01-
11-18
Wed 07-
11-18 39,40
1.3.5 Quality evaluation 10 Thu 08- Wed 21- 42
days 11-18 11-18
1.3.6 Employee training and
development
20
days
Thu 22-
11-18
Wed 19-
12-18 41
1.3.7 Database management
20
days
Thu 20-
12-18
Wed 16-
01-19 43,44
1.3.8 Gap analysis
5
days
Thu 17-
01-19
Wed 23-
01-19 45
1.3.9 Restructuring the plan
12
days
Thu 24-
01-19
Fri 08-02-
19 46
1.4 Control
49
days
Mon 11-
02-19
Thu 18-
04-19
1.4.1 Output evaluation
8
days
Mon 11-
02-19
Wed 20-
02-19 47
1.4.2 Change management
5
days
Thu 21-
02-19
Wed 27-
02-19 49
1.4.3 Performances evaluation
12
days
Thu 28-
02-19
Fri 15-03-
19 50
1.4.4 Process inefficiencies
10
days
Mon 18-
03-19
Fri 29-03-
19 51
1.4.5 Review and development
14
days
Mon 01-
04-19
Thu 18-
04-19 52
1.5 Closure
27
days
Fri 19-04-
19
Mon 27-
05-19
1.5.1 Finalizing the project
12
days
Fri 19-04-
19
Mon 06-
05-19 53
1.5.2 Project signing off
10
days
Tue 07-
05-19
Mon 20-
05-19 55
1.5.3 Final submission
5
days
Tue 21-
05-19
Mon 27-
05-19 56
Critical path and slack areas
Gantt Chart
Network diagram
CONCLUSION
The present study is based on developing an effective oil and gas extraction plan for
Supe steel PTE ltd. The stated firm has developed a significant brand identity within the
market which has helped it in creating a significant brand image within the economy. The
evaluation reflects significant aspects of effective project management. The analysis helped
in understanding the critical aspects of project selection commencement and management.
Every stage of the study helped in revealing a well defined means of knowledge and
understating for the study. Report has found that time constraints and communication issues
can also affect the project progress in negative manner. The evaluation concludes that the
stated project has high chances of success in the economy.
REFERENCES
Books and journals
Badiru, A.B. and Osisanya, S.O., 2016. Project management for the oil and gas industry: a
world system approach. CRC Press.
Bearer, S. and et.al., 2012. ENVIRONMENTAL REVIEWS AND CASE STUDIES:
Evaluating the Scientific Support of Conservation Best Management Practices for Shale Gas
Extraction in the Appalachian Basin. Environmental Practice, 14(4), pp.308-319.
Burke, C.M., Montevecchi, W.A. and Wiese, F.K., 2012. Inadequate environmental
monitoring around offshore oil and gas platforms on the Grand Bank of Eastern Canada: Are
risks to marine birds known?. Journal of environmental management, 104, pp.121-126.
Ciarreta, A. and Nasirov, S., 2012. Development trends in the Azerbaijan oil and gas sector:
achievements and challenges. Energy Policy, 40, pp.282-292.
Finer, M., and et.al., 2015. Future of oil and gas development in the western
Amazon. Environmental Research Letters, 10(2), p.024003.
Gatti, S., 2013. Project finance in theory and practice: designing, structuring, and financing
private and public projects. Academic Press.
Ghandi, A. and Lin, C.Y.C., 2014. Oil and gas service contracts around the world: a
review. Energy Strategy Reviews, 3, pp.63-71.
Gross, S.A. and et.al., 2013. Analysis of BTEX groundwater concentrations from surface
spills associated with hydraulic fracturing operations. Journal of the Air & Waste
Management Association, 63(4), pp.424-432.
Hannisdal, A and et.al., 2012, April. Compact separation technologies and their applicability
for subsea field development in deep water. In Offshore Technology Conference. Offshore
Technology Conference.
Kang, Z., 2014. Natural gas supply-demand situation and prospect in China. Natural Gas
Industry B, 1(1), pp.103-112.
Krupnick, A., Wang, Z. and Wang, Y., 2014. Environmental risks of shale gas development
in China. Energy Policy, 75, pp.117-125.
Middleton, R.S. and et.al., 2015. Shale gas and non-aqueous fracturing fluids: opportunities
and challenges for supercritical CO 2. Applied Energy, 147, pp.500-509.
Parish, E.S. and et.al., 2013. Comparing scales of environmental effects from gasoline and
ethanol production. Environmental management, 51(2), pp.307-338.
Pegg, S., 2012. Social responsibility and resource extraction: Are Chinese oil companies
different?. Resources Policy, 37(2), pp.160-167.
Perry, S.L., 2012. Environmental reviews and case studies: Addressing the societal costs of
unconventional oil and gas exploration and production: A framework for evaluating short-
term, future, and cumulative risks and uncertainties of hydrofracking. Environmental
Practice, 14(4), pp.352-365.
Raufflet, E., Cruz, L.B. and Bres, L., 2014. An assessment of corporate social responsibility
practices in the mining and oil and gas industries. Journal of Cleaner production, 84, pp.256-
270.
Swayne, N., 2012. Regulating coal seam gas in Queensland: lessons in an adaptive
environmental management approach?. Environmental and Planning Law Journal, 29(2),
pp.163-185.
Tavana, M. and et.al., 2012. A hybrid Delphi-SWOT paradigm for oil and gas pipeline
strategic planning in Caspian Sea basin. Energy Policy, 40, pp.345-360.
Thiel, G.P. and et.al., 2015. Energy consumption in desalinating produced water from shale
oil and gas extraction. Desalination, 366, pp.94-112.
Thurner, T. and Proskuryakova, L.N., 2014. Out of the cold–the rising importance of
environmental management in the corporate governance of Russian oil and gas
producers. Business Strategy and the Environment, 23(5), pp.318-332.