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© 2011 Autodesk
CR4224 - On the Road to 6D, Challenges and
Responsibilities in all Stages of the Project
Damien LegrandBIM Business Development Director
Mauricio MunozBusiness Systems Manager - Australia
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© 2011 Autodesk
Class Summary
� Often BIM requirements are driven by the owner or developer who is interested in getting the 6D (Facilities Management) benefit at the end of a BIM delivery process. This class will describe the challenges and level of integration required between all parties involved in the process (general contractor, subcontractors,
quantity surveyors, and design consultants).
� The key goal will be to highlight the importance of a continuous delivery
process at levels, gradually building towards the final 6D target.
� Using real project scenarios, we will demonstrate how to put the pieces of the puzzle together and analyze the consequences and impact on all parties involved at different stages of the project.
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© 2011 Autodesk
Learning Objectives
At the end of this class, you will be able to:
� Identify the critical parts of the BIM delivery process while aiming for a final 6D result
� Describe the benefits and challenges for all parties involved
� Generate and drive the BIM momentum during the project life cycle
� Develop the reviewing and measuring tools to monitor the overall efficiency of the delivery process
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© 2011 Autodesk
Agenda
� Introduction
� 6D delivery process definition and concepts
� Situation 1: Coordination in a Design Management sense
� Situation 2: Using a consultant Revit model for costing purposes
� Situation 3: Managing the services openings (CBW) request process
� Situation 4: SOA and Room Data Sheets from a contract management perspective
� Conclusion
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© 2011 Autodesk
About the Speakers
Damien Legrand
Director and BIM Business Development Executive
BIM Solutions Centre
Mauricio Munoz
Business Systems Manager - Australia
Meinhardt Group
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© 2011 Autodesk
Quick Survey
� Role / Position
� Drafter
� Engineer
� CAD / BIM Manager
� Other
� Knowledge of the products
� Autodesk Revit Architecture / Structure / MEP
� Autodesk Navisworks
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© 2011 Autodesk
Quick Survey
� Organization
� Architect
� Engineers (Structure / MEP / Civil)
� Main Contractor
� Subcontractors
� Quantity Surveyor
� Owner / Developer
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© 2011 Autodesk
6D delivery process definition and concepts
� Why BIM?
Internal benefits to individual parties
� Why 6D?
Owner or developer requirement
� What is 6D?
Model information to enable facility management and maintenance
� What are the consequences?
Financial and workflow Impact on designer, fabricators and builders
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© 2011 Autodesk
6D delivery process definition and concepts
� Capabilities of technology
Technology can support all aspects of the delivery process
(3D, 4D, 5D)
� Challenge: Connecting the dots
Get everyone working toward a common goal without compromising the advantages of using
BIM for each speciality
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© 2011 Autodesk
Case studies
� Situation 1: Coordination in a Design Management sense
� Situation 2: Using a consultant Revit model for costing purposes
� Situation 3: Managing the services openings (CBW) request process
� Situation 4: SOA and Room Data Sheets from a contract management perspective
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© 2011 Autodesk
The project: The Singapore Sports Hub
� 55,000 seat stadium for athletics, football, rugby, and cricket
� 3,000 seat multi-purpose indoor arena, 6,000 seat aquatic center
� 40,000m2 Retail Mall, 2-storey Office building, 4-Storey Car Park, Sports Museum, Sports Library, and Water Sports Centre
� Integrated MRT station and many hectares of publicly accessible landscaping providing community
sports and leisure activities
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© 2011 Autodesk
Situation 1: Coordination and Design Management
� Requirements
� Design planning
� Multidiscipline coordination
� Validation of information passed on to the estimating and production teams
� Challenges
� Number of design teams and parties involved
� Specificity and scale of the project
� Time constraint
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© 2011 Autodesk
Situation 1: Coordination and Design Management
� Solutions Implemented
� Visualisation
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© 2011 Autodesk
Aquatic Centre – What does it look like inside ?
Situation 1: Coordination and Design Management
© 2011 Autodesk
The Diving Pool and Diving Boards – (not so easy to visualise from plans and sections)
© 2011 Autodesk
Situation 1: Coordination and Design Management
� Solutions Implemented
� Visualisation
� Design Coordination Monitoring process
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© 2011 Autodesk
Situation 1: Coordination and Design Management
� Solutions Implemented
� Visualisation
� Design Coordination Monitoring process
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© 2011 Autodesk
� Design Monitoring Process Concept
� The why’s
� The quantity of design documents to review is enormous.
� On the Sports Hub, the contractor iis the main co-ordinator.
� How do we effectively demonstrate to the consultants that the design is not as co-
ordinated as the consultants would like us to believe
� The how’s
� Through this system the process of co-ordination is demonstrable and trackable.
� We are using this successfully on the NST, AQC and MPIA and will soon roll it out to all
buildings.
Situation 1: Coordination and Design Management
© 2011 Autodesk
Key Plan for the Co-ordination Issues found for L01 NS2 of the NST
Situation 1: Coordination and Design Management
© 2011 Autodesk
Example page from the co-ordination report. It can be read as an A3 paper document or accessed electronically directly in the 3D model
Situation 1: Coordination and Design Management
© 2011 Autodesk
Example page from co-ordination report – note lift doors blocked by brickwork
Situation 1: Coordination and Design Management
© 2011 Autodesk
Schedule of issues from the co-ordination report – this is used to track resolution of problems and is automatically linked to the content sheets
Situation 1: Coordination and Design Management
© 2011 Autodesk
Issue Highlighted by DSPL. Opening in Wall Missing
The revised model is inserted into the same view and we see that the consultant has fixed the issue.
Key Plan for the Co-ordination Issues found for L01 NS2 of the NST
Situation 1: Coordination and Design Management
© 2011 Autodesk
On the schedule we change the status from “issue outstanding” to “issue resolved” and the relevant comment in the report changes from red text to grey text.
Situation 1: Coordination and Design Management
© 2011 Autodesk
Situation 1: Coordination and Design Management
� Solutions Implemented
� Visualisation
� Design Coordination Monitoring process
� Impacts
� Better reactivity to the design coordination problem
� Better collaboration between the consultants and the main contractor
� Better confidence in the post process such as the QTO or Set-outs drawings
and so on
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© 2011 Autodesk
Situation 2: Using a Revit model for costing purposes
� Project requirements
� Model and workflow established for coordination
purposes initially
(Architecture, Civil, Structure MEP)
� Challenges
� QS performing quantity take-off from the models
� Models enabled to support their requirements
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© 2011 Autodesk
Situation 2: Using a Revit model for costing purposes
� Solution implemented
� Analysed the scope of work to comply with the new
QS requirement
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© 2011 Autodesk
Situation 2: Using a Revit model for costing purposes
� Solution implemented
� Reviewed information in current models
� Understand the interoperability between Revit
and the costing software
Had no other choices than to remodel
all the structural elements
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© 2011 Autodesk
Situation 2: Using a Revit model for costing purposes
� Impacts
� Delivery schedule
� Human impact (frustration)
� Financial impact
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
� Project requirements
� CBW accuracy and traceability
� Collaborative work with Structural and Architectural department
� Challenges
� Getting builder’s work holes in the right place on a large project is very difficult and the
failure to get it right is one of the biggest causes of rework in the construction process:
� More labor, more time, more cost
� Loss of opportunity to focus on critical path activities
� With BIM we can improve the proportion of holes which are cast/cored/cut in the right
place first time.
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
The “ Flag” family
• Faced based components
• Site category
• ID parameters • Unique ID number• Status
• Dated created• Services type
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� Solution implemented
© 2011 Autodesk
Situation 3: Managing the CBW requests process
A Revit model of the slab openings as sent to the main contractor
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
Combined models to produce the CBW drawing
• Floor plan annotated• List of all the opening requests
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
Callout plan for the congested area
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
Drawing annotated manually during the meeting
Coordination Meeting
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
The CBW model is updated accordingly
The flag changes colour to reflect their new status
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© 2011 Autodesk
Situation 3: Managing the CBW requests process
� Impacts
� Less labor, less time, cost effective
� Better opportunity to focus on critical path activities
With BIM we can improve the proportion of holes which are cast/cored/cut in the right place first time.
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© 2011 Autodesk
Situation 4: SOA and Room Data Sheets
� Project requirements
� Deliver according to the contract
� Prove that the building is comp[lying with the contraact
� Challenges
� Long and manual process if performed on the as built documentation
� Cost factor associated to the rectification of some parts of the building to match the
contract
� Constant negotiation with the client in a pressure period of the prpject just before final
delivery.
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© 2011 Autodesk
Situation 4: SOA and Room Data Sheets
� Solutions Implemented
� Linked the Revit Model to the Contract
� Visualied the problems graphically with the help of the model
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© 2011 Autodesk
Situation 4: SOA and Room Data Sheets
1. The contract INTO Revit
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Example of a room data sheet
• Frozen version of the
contract linked in the toprightcorner
• Live Revit schedule
Manual visual comparison
© 2011 Autodesk
Situation 4: SOA and Room Data Sheets
1. The contract INTO Revit
2. The contract & the model IN Excel
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© 2011 Autodesk
9. VERIFICATION OF THE CONTRACT REQUIREMENTS
AQCUIRED FROM REVIT
SCHEDULE
FROM CONTRACT SCHEDULE OF ACCOMODATION ANDROOM DATA SHEET
© 2011 Autodesk
Situation 4: SOA and Room Data Sheets
1. The contract INTO Revit
2. The contract & the model IN Excel
3. The contract and the model IN on single access database
� Enable the generation of validation form to be checked by different specialist
� One central point of information for the room information
� Revit used as a graphical interface
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© 2011 Autodesk
Conclusion
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� To be successful in delivering a 6D process:
� Identify requirements for every stages of the project from the beginning
� Establish collaborative workflows as part of your
BIM execution plan
� Ensure project’s workflows and process remained
in check at all times
© 2011 Autodesk 62
Questions
Damien LegrandBIM Solutions Centre Ltd
Mauricio Munoz
Meinhardt Group - [email protected]
© 2011 Autodesk
Autodesk, AutoCAD* [*if/when mentioned in the pertinent material, followed by an alphabetical list of all other trademarks mentioned in the material] are registered trademarks or trademarks of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product and
services offerings, and specifications and pricing at any time without notice, and is not responsible for typographical or graphical errors that may appear in this document. © 2011 Autodesk, Inc. All rights reserved.
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