BIM Project Execution Plan
Version 1.0
For
[Project Title]
Of
The Pennsylvania State University
Developed by
[Author Company]
This template is a tool that is provided to assist in the development of a BIM project execution plan as required per
contract. It was adapted from the buildingSMART alliance TM (bSa) Project “BIM Project Execution Planning” as
developed by The Computer Integrated Construction (CIC) Research Group of The Pennsylvania State University.
The bSa project is sponsored by the Charles Pankow Foundation (www.pankowfoundation.org), Construction
Industry Institute (CII) (www.construction-institute.org), Penn State Office of Physical Plant (OPP)
(www.opp.psu.edu), and The Partnership for Achieving Construction Excellence (PACE) (www.engr.psu.edu/pace).
The BIM Project Execution Planning Guide and corresponding templates can be downloaded at
www.engr.psu.edu/bim.
Contributors to the template:






Ed Gannon, Penn State Office of Physical Plant
Colleen Kasprzak, Penn State Office of Physical Plant
Eric Nulton, Penn State Office of Physical Plant
Craig Dubler, The Pennsylvania State University
John Messner, The Pennsylvania State University
Ashwin Ramesh, The Pennsylvania State University
Please direct any questions about this template to Colleen Kasprzak (cmk264@opp.psu.edu) or Ed Gannon
(ejg3@opp.psu.edu). Please do not contact any of the other contributors pertaining to this template.
This coversheet can be replaced by a project specific coversheet that includes at a minimum: document title, project title, project
location, author company, and project number).
Please note: Instructions and examples to assist with the completion of this guide are italicized in grey font and/or in brackets. The
text can and should be modified and/or deleted to suit the needs of the organization completing this template. If modified, the format
of the text should be changed to match the rest of the document, by selecting the normal style in the template styles. Font within
sections should be Arial, size 9, black.
[PROJECT TITLE]
[DATE]
BIM Project Execution Plan
Version 1.0
For
[Project Title]
Of
The Pennsylvania State University
Developed by
[Author Company]
TABLE OF CONTENTS
SECTION A: BIM PROJECT EXECUTION PLANNING GUIDE OVERVIEW ................................................................3
SECTION B: PROJECT INFORMATION .......................................................................................................................4
SECTION C: KEY PROJECT CONTACTS ....................................................................................................................5
SECTION D: PROJECT GOALS / BIM OBJECTIVES ...................................................................................................6
SECTION E: BIM PROCESS DESIGN ..........................................................................................................................7
SECTION F: BIM INFORMATION EXCHANGE WORKSHEET ....................................................................................8
SECTION G: BIM AND FACILITY DATA REQUIREMENTS .........................................................................................9
SECTION H: COLLABORATION PROCEDURES ....................................................................................................... 13
SECTION I: QUALITY CONTROL ............................................................................................................................... 14
SECTION J: TECHNOLOGICAL INFRASTRUCTURE NEEDS .................................................................................. 15
SECTION K: MODEL STRUCTURE ............................................................................................................................ 17
SECTION L: PROJECT DELIVERABLES ................................................................................................................... 18
SECTION M: ATTACHMENTS .................................................................................................................................... 19
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
2
[PROJECT TITLE]
[DATE]
SECTION A: BIM PROJECT EXECUTION PLAN OVERVIEW
To successfully implement Building Information Modeling (BIM) on a project, [Author Company] has developed this
detailed BIM Project Execution Plan. The BIM Project Execution Plan defines uses for BIM on the project (i.e. design
authoring, design reviews, 3D design and construction coordination, and record modeling), along with a detailed
process for executing BIM on this project.
[Insert Additional Information here (i.e. a BIM Mission Statement). This is the location to provide additional BIM overview information
up to one paragraph. Additional detailed information can be included as an attachment to this document.]
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
[DATE]
SECTION B: PROJECT INFORMATION
This section defines basic project reference information and BIM related project milestones.
1.
FACILITY OWNER:
THE PENNSYLVANIA STATE UNIVERSITY
2.
PROJECT NAME:
3.
PROJECT LOCATION:
4.
CONTRACT TYPE:
5.
PROJECT DESCRIPTION:
6.
ADDITIONAL INFORMATION: [Unique BIM project characteristics and requirements]
7.
PROJECT NUMBERS:
UNIVERSITY PARK, PA
PROJECT INFORMATION
NUMBER
PENN STATE BUILDING NUMBER
[9999-000]
PENN STATE PROJECT NUMBER
[12345.00]
COMPANY PROJECT NUMBERS
[IF APPLICABLE]
[COMPANY PROJECT NUMBERS]
[IF APPLICABLE]
[COMPANY PROJECT NUMBERS]
[IF APPLICABLE]
[COMPANY PROJECT NUMBERS]
[IF APPLICABLE]
8.
PROJECT SCHEDULE / PHASES / BIM MILESTONES
PROJECT PHASE / MILESTONE
ESTIMATED
START DATE
ESTIMATED
COMPLETION
DATE
PROJECT STAKEHOLDERS
INVOLVED
SCHEMATIC DESIGN
50% DESIGN DEVELOPMENT
100% DESIGN DEVELOPMENT
CONSTRUCTION DOCUMENTS
25% CONSTRUCTION
CLOSEOUT
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
[DATE]
SECTION C: KEY PROJECT CONTACTS
The following is a list of the lead BIM contacts for each organization on the project. Additional contacts can be included later in the
document.
ROLE
ORGANIZATION
PROJECT
MANAGER
PENN STATE
PENN STATE BIM
MANAGER
PENN STATE
NAME
LOCATION
EMAIL
PHONE
PROJECT
MANAGERS(S)
BIM MANAGER(S)
ARCHITECTURE
LEAD
CIVIL LEAD
ELECTRTICAL /
TELECOM LEAD
FIRE PROTECTION
LEAD
MECHANICAL
LEAD
PLUMBING LEAD
STRUCTURAL
LEAD
OTHER PROJECT
ROLES
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
[DATE]
SECTION D: PROJECT GOALS / BIM OBJECTIVES
Describe how the BIM Model and Facility data are leveraged to maximize project value (i.e. design alternatives, life-cycle analysis,
scheduling, estimating, material selection, pre-fabrication opportunities, construction phasing, etc). For BIM Goals and Use Analysis
Worksheets, please reference www.engr.psu.edu/bim/download.
1.
MAJOR BI GOALS / OBJECTIVES
PRIORITY
(HIGH/ MED/LOW)
GOAL DESCRIPTION
POTENTIAL BIM USES
REQUIRED
ELIMINATE FIELD CONFLICTS
3D COORDINATION,
CONSTRUCTABILITY REVIEWS
REQUIRED
IDENTIFY CONCERNS ASSOSCIATED WITH PHASING
ON CAMPUS
4D MODELING, SITE UTILIZATION
PLANNING
REQUIRED
ACCURATE 3D RECORD MODEL
RECORD MODELING, 3D
COORDINATION
REQUIRED
INCREASE EFFECTIVENESS OF SUSTAINABLE GOALS
ENGINEERING ANALYSIS, LEED
EVALUATION
[INSERT ADDITIONAL GOALS BELOW IF APPLICABLE]
2.
BIM USES
The BIM Uses currently highlighted/shaded/checked (X) are required by The Pennsylvania State University. The BIM Uses marked
(O) are recommended for use on the project by The Pennsylvania State University. Use this table to highlight applicable BIM Uses
on the project as well as include any additional BIM Uses in the empty cells provided. See the BIM Project Execution Guide at
www.engr.psu.edu/bim/BIM_Uses for Use Descriptions.
X
X
CONSTRUCT
X
DESIGN
BUILDING MAINTENANCE
SCHEDULING
OPERATE
O
X
DESIGN AUTHORING
PROGRAMMING
BUILDING SYSTEM
ANALYSIS
X
SITE UTILIZATION
PLANNING
CONSTRUCTABILITY
REVIEWS
X
DESIGN REVIEWS
SITE ANALYSIS
ASSET MANAGEMENT
X
3D COORDINATION
X
3D COORDINATION
SPACE MANAGEMENT/
TRACKING
O
PRECONSTRUCTION
COORDINATION
CONSTRUCTION SYSTEM
DESIGN
O
PRECONSTRUCTION
COORDINATION
DISASTER PLANNING
X
RECORD MODELING
PLAN
STRUCTURAL ANALYSIS
DIGITAL FABRICATION
3D CONTROL AND
PLANNING
X
LIGHTING ANALYSIS
O
ENERGY ANALYSIS
MECHANICAL ANALYSIS
OTHER ENG. ANALYSIS
LEED EVALUATION
CODE VALIDATION
4D MODELING
O
4D MODELING
4D MODELING
4D MODELING
COST ESTIMATION
COST ESTIMATION
COST ESTIMATON
COST ESTIMATION
EXISTING CONDITIONS
MODELING
EXISTING CONDITIONS
MODELING
EXISTING CONDITIONS
MODELING
EXISTING CONDITIONS
MODELING
X = Penn State Required BIM Use, O = Penn State Recommended BIM Use
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
6
[PROJECT TITLE]
[DATE]
SECTION E: BIM PROCESS DESIGN
Provide process maps for each BIM Use selected in Section D: Project Goals / BIM Objectives. These process maps provide a
detailed plan for the implementation of each BIM use. They also define the specific Information Exchanges for each activity, building
the foundation for the entire execution plan. The plan includes the Overview Map (Level 1) of the BIM uses, a Detailed Map of each
BIM Use (Level 2), and a description of elements on each map, as appropriate. Level 1 and Level 2 sample maps are available for
download at www.engr.psu.edu/bim/download. (Please note that these are sample maps and should be modified based on project
specific information and requirements). Please reference Chapter 3: Designing BIM Project Execution Process in the BIM
Project Execution Planning Guide found at www.engr.psu.edu/bim/download. Please include a screenshot of the Level 1
Overview Map in this Section.
1.
LEVEL 1 PROCESS OVERVIEW MAP: ATTACHMENT X
SAMPLE
2.
LIST OF LEVEL 2 DETAILED BIM USE PROCESS MAP(S): ATTACHMENT X
Add additional process maps from Part 2 of Section D: Project Goals /BIM Objectives.






Design Authoring
Design Reviews
3D Design Coordination
3D Construction Coordination
Constructability Reviews
Record Modeling
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
[DATE]
SECTION F: BIM INFORMATION EXCHANGE WORKSHEET
Model elements by discipline, level of detail, and any specific attributes important to the project are documented using the
Information Exchange Worksheet. See Chapter 4: Defining the Requirements for Information Exchanges in the BIM Project
Execution Planning Guide for details on completing this template.
1.
LIST OF INFORMATION EXCHANGE WORKSHEET(S): ATTACHMENT X
The following list includes the BIM Uses required for projects at The Pennsylvania State University. Modify this list for specific
projects, relating to the chosen BIM Uses in Part 2 of Section D: Project Goals / BIM Objectives. Please include a screenshot of the
worksheet.






Design Authoring
Design Reviews
3D Design Coordination
3D Construction Coordination
Constructability Reviews
Record Modeling
SAMPLE
2.
MODEL DEFINITION WORKSHEET(S): ATTACHMENT X
The Model Definition Worksheet provides the information for the progression of the model throughout the lifecycle of the project. The
information needed to fill out this worksheet should be extracted from the Information Exchange Worksheet from Part 1 of this
section.
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
[DATE]
SECTION G: BIM AND FACILITY DATA REQUIREMENTS
1.
OWNER DELIVERABLE REQUIREMENTS
In this template, the non-shaded, sub-category rows may be added or modified per project requirements. Note in the column that if
the information will be required on the project. Shaded rows are the minimum requirements for The Pennsylvania State University
and must be delivered to the owner at the end of the project. See Attachment X for list of required asset attributes.
MODEL ELEMENT BREAKDOWN
A
B
C
D
SUBSTRUCTURE
A10
FOUNDATIONS
A1010
STANDARD FOUNDATIONS
A1020
SPECIAL FOUNDATIONS
A1030
SLAB ON GRADE
A20
BASEMENT CONSTRUCTION
A2010
BASEMENT EXCAVATION
A2020
BASEMENT WALLS
SHELL
B10
SUPERSTRUCTURE
B1010
FLOOR CONSTRUCTION (STRUCT)
FLOOR CONSTRUCTION (ARCH)
B1020
ROOF CONSTRUCTION (STRUCT)
ROOF CONSTRUCTION (ARCH)
B20
EXTERIOR ENCLOSURE
B2010
EXTERIOR WALLS
B2020
EXTERIOR WINDOWS
B2030
EXTERIOR DOORS
B30
ROOFING
B3010
ROOF COVERINGS
B3020
ROOF OPENINGS
INTERIORS
C10
INTERIOR CONSTRUCTION
C1010
PARTITIONS
C1020
INTERIOR DOORS
C1030
FITTINGS
C20
STAIRS
C2010
STAIR CONSTRUCTION
C2020
STAIR FINISHES
C30
INTERIOR FINISHES
C3010
WALL FINISHES
C3020
FLOOR FINISHES
C3030
CEILING FINISHES
SERVICES
D10
CONVEYING SYSTEMS
D1010
ELEVATORS & LIFTS
D1020
ESCALATORS & MOVING WALKS
D1030
OTHER CONVEYING SYSTEMS
D20
PLUMBING
D2010
PLUMBING FIXTURES
WATER FOUNTAIN
D2020
DOMESTIC WATER DISTRIBUTION
VALVE - BACKFLOW
VALVE - CONTROL
VALVE - SAFETY RELIEF
REQUIRED?
DATA
TYPE
NOTES
O
O
O
O
O
O
O
O
O
O
O
O
O
X
X
X
X
X
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
MODEL ELEMENT BREAKDOWN
VALVE – VACUUM BREAKER
METER
PUMP
D2030
SANITARY WASTE
PUMP
D2040
RAIN WATER DRAINAGE
SUMP PUMP
D2030
OTHER PLUMBING SYSTEMS
D30
HVAC
D3010
ENERGY SUPPLY
STEAM TRAP
MANHOE
TANK
D3020
HEAT GENERATING SYSTEMS
BOILER
PUMP
HEATER
D3030
COOLING GENERATING SYSTEMS
AIR CONDITIONER
CHILLER
CLOSED LOOP
COOLER
COOLING TOWER
D3040
DISTRIBUTION SYSTEMS
AIR HANDELING UNITS
COLLECTOR – DUST
COMPRESSOR
DRYER - AIR
BLOWER
FAN
FILTER
HEAT EXCHANGER – AIR COOLED
HEAT EXCHANGER – PLATE & FRAME
HEAT EXCHANGER – SHELL & TUBE
WATER HEATER
FURNACE
VAV
SENSOR
D3050
TERMINAL & PACKAGE UNITS
D3060
CONTROLS & INSTRUMENTATION
D3070
SYSTEMS TESTING & BALANCING
D3090
OTHER HVAC SYSTEM & EQUIPMENT
D40
FIRE PROTECTION
D4010
SPRINKLERS
D4020
STANDPIPES
D4030
FIRE PROTECTION SPECIALTIES
D4040
OTHER FIRE PROTECTION SYSTEMS
D50
ELECTRICAL
D5010
ELECTRICAL SERVIES & DISTRIBUTION
PANELBOARDS
TRANSFORMER
D5020
LIGHTING & BRANCH WIRING
LIGHT FIXTURE
[DATE]
REQUIRED?
DATA
TYPE
NOTES
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
O
X
X
X
X
X
X
X
X
X
X
X
X
X
O
O
X
X
X
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
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[PROJECT TITLE]
MODEL ELEMENT BREAKDOWN
REQUIRED?
DATA
TYPE
NOTES
D5030
E
F
G
COMMUNICATIONS & SECURITY
ACCESS CONTROL PANEL
D5040
GROUNDING SYSTEMS
D5090
OTHER ELECTRICAL SYSTEMS
GENERATOR
SWITCH ATS
EQUIPMENT AND FURNISHINGS
E10
EQUIPMENT
E1010
COMMERCIAL EQUIPMENT
E1020
INSTITUTIONAL EQUIPMENT
E1030
VEHICULAR EQUIPMENT
E1090
OTHER EQUIPMENT
E20
FURNISHINGS
E2010
FIXED FURNISHINGS
E2020
MOVABLE FURNISHINGS
SPECIAL CONSTRUCTION AND DEMOLITION
F10
SPECIAL CONSTRUCTION
F1010
SPECIAL STRUCTURES
F1020
INTEGRATED CONSTRUCTIOM
F1030
SPECIAL CONSTRUCTION SYSTEMS
F1040
SPECIAL FACILITIES
F1050
SPECIAL CONTROLS & INSTRUMENTATION
F20
SELECTIVE BUILDING DEMOLITION
F2010
BUILDING ELEMENTS DEMOLITION
F2020
HAZARDOUS COMPONENTS ABATEMENT
BUILDING SITE WORK
G10
SITE PREPERATION
G1010
SITE CLEARING
G1020
SITE DEMOLITION & RELOCATIONS
G1030
SITE EARTHWORK
G1040
HAZARDOUS WASTE REMEDIATION
G20
SITE IMPROVEMENTS
G2010
ROADWAYS
G2020
PARKING LOTS
G2030
PEDESTRIAN PAVING
G2040
SITE DEVELOPMENT
G2050
LANDSCAPING
G30
SITE CIVIL/MECHANICAL UTILITIES
G3010
WATER SUPPLY & DISTRIBUTION SERVICES
G3020
SANITARY SEWER SYSTEMS
G3030
STORM SEWER SYSTEMS
G3040
HEATING DISTRIBUTION
G3050
COOLING DISTRIBUTION
G3060
FUEL DISTRIBUTION
G3090
OTHER CIVIL/MECHANICAL UTILITIES
G40
SITE ELECTRICAL UTILITIES
G4010
ELECTRICAL DISTRIBUTION
G4020
SITE LIGHTING
STREET LIGHT
STREET LIGHT - CONTRACTOR
G4030
SITE COMMUNICATIONS & SECURITY
G4090
OTHER ELECTRICAL UTILITIES
G50
OTHER SITE CONSTRUCTION
[DATE]
X
X
X
O
O
O
X
X
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[PROJECT TITLE]
[DATE]
MODEL ELEMENT BREAKDOWN
1
2
3
2.
REQUIRED?
DATA
TYPE
NOTES
G5010
SERVICE TUNNELS
G5090
OTHER SITE SYSTEMS & EQUIPMENT
CONSTRUCTION SYSTEMS
CONSTRUCTION EQUIPMENT
TEMPORARY SAFETY
TEMPORARY SECURITY
TEMPORARY FACILITIES
WEATHER PROTECTION
SPACE
CONSTRUCTION ACTIVITY SPACE
ANALYSIS SPACE
INFORMATION
CONSTRUCTION INFORMATION
ENGINEERING INFORMATION
RECORD INFORMATION
VARIANCES
List variances from minimum modeling requirements as specified in contract. Note: Variances must exceed minimum contract
requirements (i.e. using a newer release of AEC CAD Standard or IFC version).
VARIANCE
JUSTIFICATION
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
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[PROJECT TITLE]
[DATE]
SECTION H: COLLABORATION PROCEDURES
1.
COLLABORATION STRATEGY:
Describe how the project team will collaborate. Include items such as communication methods, document management and
transfer, record storage, etc.
2.
MEETING PROCEDURES:
If applicable, include Specific Meeting Procedures in the Attachments. The following are examples of meetings that should be
considered:
MEETING TYPE
REQUIRED
PER PROJECT
PROJECT
STAGE
FREQUENCY
BIM REQUIREMENTS
KICK-OFF
YES
T.B.D.
ONCE
T.B.D.
BIM EXECUTION PLAN
DEMONSTRATION
YES
T.B.D.
ONCE
T.B.D.
3D DESIGN
COORDINATION
YES
DESIGN
WEEKLY
T.B.D.
3D CONSTRUCTION
COORDINATION
YES
CONSTRUCTION
WEEKLY
T.B.D.
BIM EXECUTION PLAN
REVIEW
YES
EACH
BIMONTHLY
T.B.D.
PARTICIPANTS
LOCATION
[ADDITIONAL MEETINGS
IF APPICABLE]
3.
MODEL DELIVERY SCHEDULE OF INFORMATION FOR SUBMISSION AND APPROVAL:
INFORMATION
EXCHANGE
FILE
SENDER
FILE
RECEIVER
FREQUENCY
DESIGN AUTHORING
TO 3D COORDINATION
ONE TIME
3D COORDINATION
T.B.D.
3D COORDINATION TO
RECORD MODEL
PENN
STATE
DUE DATE
OR START
DATE
MODEL
FILE
MODEL
SOFTWARE
NATIVE
FILE
TYPE
ONE TIME
[ADDITIONAL
INFORMATION
EXCHANGES IF
APPLICABLE]
4.
INTERACTIVE WORKSPACE
5.
ELECTRONIC COMMUNICATION PROCEDURES
Include File Breakdown Structure for access rights.
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
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[PROJECT TITLE]
[DATE]
SECTION I: QUALITY CONTROL
1.
OVERALL STRATEGY FOR QUALITY CONTROL
Describe the strategy to control the quality of the model.
2.
QUALITY CONTROL CHECKS
The following checks should be performed to assure quality.
CHECKS
DEFINITION
VISUAL CHECK
ENSURE THERE ARE NO
UNINTENDED MODEL
COMPONENTS AND THE DESIGN
INTENT HAS BEEN FOLLOWED.
INTERFERENCE
CHECKS
DETECT PROBLEMS IN THE MODEL
WHERE TWO BUILDING
COMPNENTS ARE CLASHING,
INCLUDING SOFT AND HARD.
STANDARDS CHECK
ENSURE THAT THE BIM AND AEC
CADD STANDARD HAVE BEEN
FOLLOWED (FONTS, DIMENSIONS,
LINE STYLES, LEVELS/LAYERS,
ETC).
MODEL INTEGRITY
CHECKS
DESCRIBE THE QC VALIDATION
PROCESS TO ENSURE THAT THE
FACILITY DATA SET HAS NO
UNDEFINED, INCORRECTLY
DEFINED OR DUPLICATED
ELEMENTS AND THE REPORTING
PROCESS ON NON-COMPLIANT
ELEMENTS AND CORRECTIVE
ACTION PLANS.
RESPONSIBLE
PARTY
SOFTWARE
PROGRAM(S)
FREQUENCY
ERRORS/OMISSIONS
CHECKS
REVIT TO MAXIMO
CHECKS
PROVIDE REPORT VERIFYING
MODEL COMPLIANCE WITH THE
AUTODESK REVIT TO IBM MAXIMO
DATA INTEGRATION.
[ADDITIONAL
CHECKS IF
APPICABLE]
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[PROJECT TITLE]
[DATE]
SECTION J: TECHNOLOGICAL INFRASTRUCTURE NEEDS
1.
SOFTWARE
List software used to deliver BIM. Include the additional chosen BIM Uses from Part 2 of Section D. Provide the BIM Manager the
downloading and installation instructions for object enablers required for viewing the geometry of all objects within the models. The
BIM Manager will then distribute the information to all other project participants.
BIM USE
DISCIPLINE
(IF APPLICABLE)
SOFTWARE*
VERSION
DESIGN AUTHORING
[ARCHITECT]
T.B.D.
[MOST CURRENT]
DESIGN AUTHORING
[TRADE
CONTRACTORS]
APPLICABLE 3D MODEL
AUTHORING SOFTWARE OR
3RD PARTY ADD-ONS TO
AUTOCAD.
[MOST CURRENT]
DESIGN REVIEWS
[ARCHITECT]
T.B.D.
[MOST CURRENT]
3D DESIGN COORDINATION
[ARCHITECT]
T.B.D.
[MOST CURRENT]
3D CONSTRUCTION
COORDINATION
[CONTRACTOR]
T.B.D.
[MOST CURRENT]
3D COORDINATION
(VIEWING)
[CONTRACTOR]
T.B.D.
[MOST CURRENT]
CONSTRUCTABILITY REVIEWS
[CONTRACTOR]
T.B.D.
[MOST CURRENT]
RECORD MODEL
[CONTRACTOR]
[OWNER]
[MOST CURRENT]
[ADDITIONAL BIM USES AND
APPLICABLE SOFTWARE]
*Autodesk software products (ie. Revit Architecture, Navisworks) preferred by owner.
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
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[PROJECT TITLE]
2.
[DATE]
COMPUTERS / HARDWARE
Choose the hardware that is in the highest demand and most appropriate for the majority of BIM uses.
BIM USE
HARDWARE
OWNER OF HARDWARE
SPECIFICATIONS
DESIGN AUTHORING
DESIGN REVIEWS
3D DESIGN COORDINATION
3D CONSTRUCTION
COORDINATION
CONSTRUCTABILITY
REVIEWS
RECORD MODELING
3.
MODELING CONTENT AND REFERENCE INFORMATION
DISCIPLINE
(IF APPLICABLE)
BIM USE
MODELING CONTENT /
REFERENCE INFORMATION
DESIGN AUTHORING
T.B.D.
3D COORDINATION
T.B.D.
RECORD MODELING
T.B.D.
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
VERSION
16
[PROJECT TITLE]
[DATE]
SECTION K: MODEL STRUCTURE
1.
FILE NAMING STRUCTURE:
2.
SPECIFIC MODEL REQUIREMENTS AS PER CONTRACT: ATTACHMENT X.
3.
MODEL STRUCTURE:
4.
MEASUREMENT AND COORDINATE SYSTEMS:
Describe the measurement system and coordinate system (geo-referenced) used.
5.
MODEL ACCURACY AND TOLERANCES:
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[PROJECT TITLE]
[DATE]
SECTION L: PROJECT DELIVERABLES
List the BIM deliverables for the project and the format in which the information will be delivered.
BIM SUBMITTAL ITEM
STAGE
2D DOCUMENTS PRINTED DIRECTLY
FROM THE REVIT MODEL
CONSTRUCTION
ADMIN
.PDF
DOCUMENTS TO BE STAMPED
AND SIGNED IN TRADITIONAL
PRACTICE TO COMPLY WITH
LOCAL PERMITTING
REQUIREMENTS.
ALL
.XLS
EXCEL SPREADSHEET
PREFERRED
LIST OF ALL SUBMITTED FILES
FORMAT
NOTES
.PDF
[QA/QC REPORTS]
[VISUALIZATION MODEL]
.RVT
.NWD
INTERIM DESIGN SUBMITTALS
NATIVE FILE FORMATS
FINAL DESIGN SUBMITTAL
.RVT
.NWD
CONSTRUCTION SUBMITTALS
.PDF
RECORD MODEL SUBMITTAL
CLOSEOUT
.RVT [ARCH MODEL]
.NWD
.DWG
NATIVE FILE FORMATS
SEE RECORD MODEL
INFORMATION EXCHANGE TO
ENSURE THAT THE PROPER
INFORMATION IS CONTAINED IN
THIS MODEL.
[OTHER BIM DELIVERABLE]
[OTHER BIM DELIVERABLE]
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
18
[PROJECT TITLE]
[DATE]
SECTION M: ATTACHMENTS
1.
LEVEL 1 PROCESS OVERVIEW MAP [FROM SECTION E]
2.
LEVEL 2 DETAILED BIM USE PROCESS MAP(S) [FROM SECTION E]
3.
INFORMATION EXCHANGE REQUIREMENT WORKSHEET(S) [FROM SECTION F]
4.
MODEL DEFINITION WORKSHEET(S) [FROM SECTION F]
5.
REQUIRED ASSET ATTRIBUTE LIST [FROM SECTION I]
6.
SPECIFIC MEETING PROCEDURES [FROM SECTION H]
7.
SPECIFIC MODEL REQUIREMENTS FOR PROFESSIONAL [FROM ATTACHMENT K]
8.
SPECIFIC MODEL REQUIREMENTS FOR CONTRACTOR AND SUBCONTRACTOR [FROM ATTACHMENT K]
9.
DEVELOPED DOCUMENTS / CONTRACTS
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
19
[PROJECT TITLE]
[DATE]
ATTACHMENT X: SPECIFIC MODEL REQUIREMENTS FOR PROFESSIONAL
The scope defines the level of detail for each discipline so that 2D floor plans, roof plans, elevations, sections, and
schedule generation can come directly from the BIM model. Although the level of detail entered into the discipline
models may vary from the detailed scope list below, it should be enough information to generate Construction
Documents. Variations from these requirements must be reviewed and approved by the Owner and BIM Manager.
1.
ARCHITECTURAL MODEL
 Exterior Enclosure
 Interior Construction
 Core (Vertical Systems)
 Reports
 Door Schedule
 Finish Schedule
 Other intelligent information
2.
INTERIOR DESIGN MODEL
 Interior Construction
 Reports
 Door Schedule
 Finish Schedule
 Other intelligent information
3.
STRUCTURAL MODEL
 Foundations (as solid mass), footings, piers, walls (including areaways), and pits
 Slab-on-grade (as solid mass)
 Framing (as solid mass), hollow core floor plank and solid floor slabs, T-beams, L-beams, columns, CMU
bearing walls, exterior perimeter CMU walls
 Primary floor openings (stairs, elevators, mechanical shafts)
 Primary bearing wall openings
 Elevator hoist and separator beams
 Other intelligent information
4.
MEP MODEL
 All equipment, ductwork, piping, and plumbing. Do not model all plumbing at toilet cores. Model typical only.
 Fire protection mains/standpipes
 Electrical rooms
 Major conduit, telecommunications racks, under floor tray(s)
 Smoke dampers, fire dampers, thermostats, pressure sensors, other in-line devices
 Only model gauges and valves when necessary for coordination.
 Model complete typical bay to include sprinkler heads, and all other devices not commonly modeled.
 Reports
 Major equipment schedules
 Panel schedules
 Other intelligent information
BUILDING INFORMATION MODELING PROJECT EXECUTION PLAN
VERSION 1.1 (2010.12.01)
20