LEVEL 1 BIM EXECUTION PLANNING PROCESS Project Title

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LEVEL 1: BIM EXECUTION PLANNING PROCESS Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Schematic Design Development Perform Cost Estimate Contractor Construction Documents Perform Cost Estimate Contractor Cost Estimation Operations Detailed Map Compile Record Model Schematic Design Development BIM USES Perform 3 D Coordination Schematic Design Architect Programming 3 D Macro Coordination Design Development Develop Virtual Prototype Author Design Development Develop Virtual Prototype Architect Virtual Prototyping Architect Design Authoring Schematic Design Contractor 4 D Modeling Architect Develop Virtual Prototype Architect Detailed Map Engineer Create 4 D Model Engineer Schematic Design 4 D Model Schematic Design Engineering Analysis Model MEP Model Architectural Model Perform Engineering Analysis Schematic Design 3 D Virtual Prototypes Engineering Analysis Construction Documents (WP) Design Development Cost Estimation Design Development 4 D Design Development Model Engineering Analysis Model MEP Model Schematic Design 3 D Macro Coordination Model 4 D Modeling Construction Documents Design Development Schematic Design Cost Estimation Contractor 4 D Modeling Perform Engineering Analysis Virtual Prototyping Construction Documents Design Development Perform Engineering Analysis Architectural Model Virtual Prototyping 3 D Macro Coordination Construction Documents Author Construction Documents Create 4 D Model Schematic Design Program Model Construction Documents Design Development Create 4 D Model INFO EXCHANGE 3 D Macro Coordination Schematic Design Authoring Record Model Perform 3 D Coordination Author Schematic Design Validate Program Owner Perform 3 D Coordination Architect Planning Contractor Construction Documents Architectural Model CD (MP) 3 D Macro Coordination Model CD (MP) 4 D Model CD (MP) Cost Estimation Record Model MEP Model Design Development 3 D Macro Coordination Model Virtual Prototypes CD (MP) Engineering CD (MP) 3 D Virtual Analysis Model Prototypes Structural Model Civil Model CD (MP) 3 D Micro Coordination Model

REFERENCE INFO. LEVEL 2: EXISTING CONDITIONS MODELING Project Title Geotechnical Report Historical Site / Facilities Information Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex GIS Data Survey Existing Facilities Responsible Party PROCESS Survey Existing Site Conditions START PROCESS Collect Current Site Conditions Data Responsible Party Compile Existing Conditions Information Responsible Party Collect Data through Photographs Responsible Party Laser Scan Existing Conditions INFO. EXCHANGE Responsible Party Laser Scan Model Survey Model Existing Conditions Information Model END PROCESS

REFERENCE INFO. LEVEL 2: COST ESTIMATION Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Cost Reports Analysis Method Cost Database Incorporate Contingencies/ Overhead Contractor INFO. EXCHANGE PROCESS NO START PROCESS Establish Cost Estimates Adjust BIM for Takeoff Contractor 3 D Model ready for QTO/Cos t Analysis? NO NO YES Export BIM for Analysis Develop Quantities Schedule Review Quantities Contractor Evaluate Methods for Assembly Construction Organize Quantities to Cost Data Calculate Costs from Quantities Review Costs/Results Incorporate Contingencies/ Overhead Contractor Contractor Results acceptabl e? YES Quantity Takeoff for Assemblies Results in complian ce with cost target? YES END PROCESS Cost Estimate for Assemblies

LEVEL 2: 4 D MODELING Project Title REFERENCE INFO. Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Productivity Information Lead Times Prepare/Adjust Schedule All Disciplines PROCESS Set Construction Sequencing and Flow All Disciplines NO START PROCESS Create New of Modify Previous 3 D Model Link 3 D Elements to Activities Validate Accuracy of 4 D Models All Disciplines INFO. EXCHANGE Establish Information Exchange Requirements All Disciplines 4 D Modeler NO All Disciplines 3 D Model Schedule (Draft) Model correct? Review 4 D Model/Schedule YES Schedule optimize d? YES END PROCESS All Disciplines 4 D Model (Draft) Schedule 4 D Model

REFERENCE INFO. LEVEL 2: SITE ANALYSIS Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Site Investigation Data Analyze Project Site Data PROCESS NO Responsible Party START PROCESS Analyze Area Data Select a Building Site Location Responsible Party Is site acceptabl e and available ? YES NO Determine Building Location and Orientation Responsible Party Generate Site Analysis Model INFO. EXCHANGE Responsible Party Site Analysis Model Is building location acceptabl e? YES END PROCESS

REFERENCE INFO. LEVEL 2: PROGRAMMING Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Site Information Identify Building Use/Type Owner PROCESS NOT ACCEPTABLE Create Program Owner START PROCESS Identify Area Requirements Owner Start Design Program ming Generate Conceptual Building Layout Identify Final List of Requirements Architect Owner Is site acceptabl e and available ? ACCEPTABLE Identify Cost Targets INFO. EXCHANGE Owner Site Analysis Model Existing Conditions Model Program Model END PROCESS

REFERENCE INFO. LEVEL 2: DESIGN AUTHORING Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Parametric Modeling Content Architect Create Schematic Design Structural Model Create Development Architecture Structural Model NO Engineer Identify Models Required All Disciplines Architect NO YES Engineer Create Other Models (as needed) All Disciplines Schematic Design Preliminary Architecture Model NO Engineer Does the model meet the requirements? YES Create Construction Documentation MEP Model Create Development Architecture MEP Model Engineer INFO. EXCHANGE Create Construction Documentation Model Does the model meet the requirements? Create Schematic Design MEP Model Program Model Architect Engineer Does the model meet the requirements? Develop Initial Architecture Model All Disciplines START PROCESS Identify Content for Model Creation Create Construction Documentation Architecture Model Create Design Development Architecture Model Architect PROCESS Create Schematic Design Architecture Model Engineer Create Other Models (as needed) All Disciplines Design Development Construction Documentation Architectural Model Structural Model MEP Model Other YES END PROCESS

LEVEL 2: DESIGN REVIEW Project Title REFERENCE INFO. Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Create Virtual Mockups Perform End User Review Architect/User Return to Design Authoring Compile Design Review Feedback All Disciplines PROCESS NO Facility Manager Perform Constructability Review All Disciplines INFO. EXCHANGE Perform O & M Review Compile Model for Constructability Review Design Model Compile Info for O & M Review All Disciplines START PROCESS Contractor Design acceptabl e? Design Review Information YES END PROCESS

REFERENCE INFO. LEVEL 2: ENERGY ANALYSIS Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Construction Type Library Space Type Library Energy Takeoff Mechanical System Library Analysis Method Weather Data Assign Construction Types to Building Elements Contractor PROCESS NO Adjust BIM for Energy Analysis Responsible Party START PROCESS Assign Outside Design Criteria and Energy Targets Mechanical Engineer Is model ready for simulatio n? NO YES Export BIM for Analysis Analyze Energy Demand Consumption Review Energy Analysis Results Prepare Report for Documentation Mechanical Engineer Results acceptabl e? YES END PROCESS Create and Assign Thermal Zones INFO. EXCHANGE Mechanical Contractor Design Model Energy Analysis Model Note: This map was developed from a review of the b. Sa/OGC AECOO-1 Testbed Project

REFERENCE INFO. LEVEL 2: STRUCTURAL ANALYSIS Project Title Soil Data Wind Loads Seismic Loads Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Snow Loads INFO. EXCHANGE PROCESS NO START PROCESS Generate Structural Layout Generate Structural Design Model Export Model to Structural Analysis Application Analyze Model Structural Engineer Architecture Model Structural Design Model (Draft) Is site acceptabl e and available ? Structural Analysis Model YES Export Model to Structural Design Application Update Structural Design Model Structural Engineer END PROCESS Structural Design Model

REFERENCE INFO. LEVEL 2: LIGHTING ANALYSIS Project Title Solar Data Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Weather Data Analyze Model for Daylighting Lighting Engineer PROCESS NO START PROCESS Identify Lighting Criteria Generate Lighting Layout Generate Basic Lighting Model Export Model to Lighting Analysis Application Modify Model for Analysis Analyze Model for Lighting Levels Lighting Engineer Lighting Engineer Is building lighting acceptabl e? YES Export Model to Lighting Design Application Update Lighting Model Lighting Engineer Analyze Model for Density Levels INFO. EXCHANGE Lighting Engineer Architecture Model Other Applicable Models Structural Model Lighting Design Model (Draft) Lighting Analysis Model Lighting Design Model END PROCESS

REFERENCE INFO. LEVEL 2: DESIGN COORDINATION Project Title Company Implementation Standards Contract Requirements Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Information Exchange Requirements Create Model Sharing System BIM Coordinator Define Coordination Meeting Location PROCESS BIM Coordinator Define Information for Discipline Models START PROCESS Start Design Coordina tion Process All Disciplines Create Discipline Models Compile Composite Model Perform Collision Detection All Disciplines BIM Coordinator Any collisions ? YES Identify Solutions to Collisions All Disciplines NO Define the Areas of Coordination Develop Schedule for Coordination All Disciplines END PROCESS Establish a Protocol to Address Collisions INFO. EXCHANGE All Disciplines Design Model Coordination Model by Discipline Coordination Model

REFERENCE INFO. LEVEL 2: SITE UTILIZATION PLANNING Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Construction Equipment Libraries Schedule Add Construction Equipment PROCESS Contractor Analyze Site Layout for Phase Transition NO Identify Construction Phases Determine Temporary Facilities Contractor START PROCESS Contractor Are all phases analyzed (occurs for each phase)? NO Contractor YES Is plan acceptabl e? Distribute Plan to Various Parties YES Contractor Analyze Site Layout for Space and Time Conflict Contractor Insert Phased Staging Areas INFO. EXCHANGE Contractor Design Model Existing Site Conditions Model Site Utilization Plan END PROCESS

INFO. EXCHANGE PROCESS REFERENCE INFO. LEVEL 2: 3 D CONTROL AND PLANNING Project Title Design Specifications and Intent Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Schedule, Cost, and Labor Info Construction Families and Libraries 3 D Controls Report NO Design Model Determine Scope of Work to be Analyzed Identify Alternative Construction Methods Model Alternative Methods Analyze Various Methods Contractor START PROCESS Contractor Site Utilization Model Is model acceptabl e? NO YES Compare and Select Options Coordinate Construction Sequences Contractor Is construct ion sequence acceptabl e? YES Generate Construction Plans Contractor Construction Model END PROCESS

INFO. EXCHANGE PROCESS REFERENCE INFO. LEVEL 2: RECORD MODELING Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Equipment Information Project Submittal Information COBIE Requirements NO START PROCESS Identify Information Requirements Compile Information Generate Additional Required Information Compile Information in FM Application Owner Facility Manager Design Model Coordination Model 4 D Model Is model acceptabl e? Record Model YES END PROCESS

REFERENCE INFO. LEVEL 2: MAINTENANCE SCHEDULING Project Title Sensor Information CMMS Information Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Warranty and Specification Information Productivity Information INFO. EXCHANGE PROCESS NO START PROCESS Collect Building System Data Interpret Data for Maintenance Needs Prepare/Adjust Schedule Perform Maintenance Validate Equipment Performance Facility Manager Responsible Party Record Model Schedule Correct? YES Regenerate Maintenance Data Facility Manager

REFERENCE INFO. LEVEL 2: BUILDING SYSTEMS ANALYSIS Project Title Developed with the BIM Project Execution Planning Procedure by the Penn State CIC Research Team http: //www. engr/psu. edu/ae/cic/bimex Sensor Data Other Performance Data Performance Costs Performance Targets Weather Data Interpret Data for Maintenance Needs PROCESS Facility Manager START PROCESS Adjust BIM for Performance Analysis NO Is model ready for simulatio n? Responsible Party NO Prepare/Adjust Schedule Perform Maintenance Validate Equipment Performance Responsible Party YES Responsible Party Facility Manager Results acceptabl e? YES Interpret Data for Maintenance Needs INFO. EXCHANGE Facility Manager Energy Analysis Model Record Model Building Performance Analysis Output END PROCESS

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