1. Project Execution Planning for Building Information Modeling (BIM) Project Execution Planning for Building Information Modeling (BIM) STEP-BY-STEP GUIDE OVERVIEW

2. BIM Project Execution Planning Overview The Building Information Modeling (BIM) Project Execution Planning Procedure is a structured method consisting of four (4) steps to create a strategy for BIM implementation throughout a building’s lifecycle.

3. Design BIM Project Execution Process Define Information Exchange Requirements Develop BIM Project Execution Plan Identify BIM Goals and Uses Use project and team characteristics to determine BIM Goals and Uses for the Project Develop a process specifically tailored to the project which includes tasks supported by BIM showing the information exchanges between processes Define the parties responsible, grouping requirements, and timeframe for each information exchange Develop a detailed plan and procedure for each use and the information flow between parties BIM Project Execution Planning Procedure

4. Step 1: Identify BIM Goals and Uses Goal: Identify the appropriate BIM goals and Uses based on project and team characteristics When: 1 st BIM Planning Meeting Responsible Parties: BIM Project Team (Owner, Arch, Engineers, Contractor(s), Facility Manager) Resources: BIM Goal and Use Selection Worksheet helps identify project BIM goals for each project phaseBIM Goal and Use Selection Worksheet BIM Ex Wiki provides information on each BIM Use helpful for the selection processBIM Ex Wiki

5. BIM Uses – Identified through interview process

6. BIM Goal and Use Selection Template BIM USE Selection Worksheet Responsible Parties BIM Uses per Phase Desire to Implement (Y/N/Maybe) Lead Team Member Addt'l Team Members Experience Level (1-5) 5=High Process Map Available?Comments Operations Phase Record ModelYContractor3N MEP Subs2NResponsible for As-Built Model / Info FM1NProvide input on information required Building System AnalysisN Building Maintenance SchedulingN BIM Goals Worksheet PriorityGoal DescriptionPotential BIM Uses 2Increase Field ProductivityDesign Reviews, 3D /MEP Coordination 1Increase effectiveness of DesignDesign Authoring, Design Reviews, 4Accurate 3D Record Model for FM TeamRecord Model, 3D Design/MEP Coordination 3Increase effectiveness of Sustainable GoalsEngineering Analysis, LEED Evaluation

7. BIM Project Execution Planning Wiki

8. Step 2: Design BIM Project Execution Process Goals: 1.Create Project Process Maps for each BIM Use identified in Step 1 2.Create an overview map of the BIM Project Execution Procedure When: 2 nd Initial BIM Planning Meeting Responsible Parties: Lead Team Members responsible for creating each Project Process Maps Resources: Template Process Maps of each BIM Use are available for a starting point for team membersTemplate Process Maps

9. Three Levels of Process Maps Required Level 1 BIM Use Map A high level process map that outlines the various BIM uses in the different phases and information exchange that bind them. Level 2 Project Process Map The template process maps created can then be taken to develop project specific process map, tailored to the process at hand. Please click here for an example of each Maphere

10. Step 3: Define Information Exchange Requirements Goal: Define the information exchange requirements identified in Step 2: Define the information exchange Identify the responsible parties Define the grouping requirements Identify the timeframe for each exchange When: 2 nd BIM Planning Meeting Resources: Information Exchange Requirements Worksheet identifies the vital information required to implement each BIM Use as described aboveInformation Exchange Requirements Worksheet

11. Information Exchange Requirements Template Information Exchange Requirements D1: Design Model D2: Coordination Model Template Map: Design Coordination Model Elements Utilizing CSI UniFormat InformationGrouping Responsible Party InformationGrouping Responsible Party ASubstructure A10Foundations A1010 Standard Foundations ABuilding LevelA/E BElementA/E A1020Special Foundations ABuilding LevelA/E BElementTC A1030Slab on Grade ABuilding LevelA/E BElementA/E A20Basement Construction A2010 Basement Excavation ABuilding LevelA/E BElementA/E A2020Basement Walls ABuilding LevelA/E BElementA/E BShell B10Superstructur e B1010Floor Construction Building Level BElementTC B1020Roof Construction Building Level BElementTC B20Exterior Enclosure B2010Exterior WallsB,EBuilding LevelABElementA B2020Exterior WindowsB,E ABElementA B2030Exterior DoorsB,E ABElementA B30Roofing B3010Roof CoveringsB,EBuilding LevelA/EB B3020Roof OpeningsB,EBuilding LevelA/EB CInteriors C10Interior Construction C1010Partitions B,EBuilding LevelA ElementA C1020Interior Doors B,EElement ?A ElementA C1030Fittings B,EElement ?A/E ElementC?? C20Stairs C2010Stair Construction A,E A/E ElementTC C2020Stair Finishes E A A A C30Interior Finishes C3010Wall Finishes E A A A C3020Floor Finishes E A A A C3030Ceiling Finishes E A A A

12. Step 4: BIM Execution Plan Development Goal: Develop a project specific BIM Execution Planning Document. When: Upon completion of 3rd BIM Planning Meeting Responsible Party: BIM Project Team Resources: BIM Project Execution Plan Document Template

13. BIM Project Execution Plan Categories Project Goals / BIM Objectives BIM Process DesignBIM Scope Definitions Delivery Strategy / Contract Organizational Roles and ResponsibilitiesCommunication ProceduresTechnology Infrastructure NeedsModel Quality Control ProceduresProject Reference Information Project X BIM Execution Plan Identify BIM Goals and Uses Design the BIM Project Execution Process Define Information Exchange Requirements Develop BIM Project Execution Plan

14. Project Sponsors: – The Charles Pankow Foundation – The Construction Industry Institute (CII) – The Partnership for Achieving Construction Excellence (PACE) – Penn State Office of Physical Plant (OPP) Advisory Board Members BIM Execution Website: bimex.wikispaces.com Acknowledgments