BIM for Infrastructure Execution Plan Template - Version 0.0 - Fill-in Guidance

Sep 12, 2026

Upload by Noah

Execution plan template for Building Information Modeling (BIM) for Infrastructure or Civil Information Modeling (CIM). Provides a living guidance structure to define CIM uses, execution processes for each use, roles and responsibilities, and specific technology requirements and deliverables. Includes minimum modeling requirements for infrastructure domains such as roadway, bridge, water & wastewater, ports & waterways, and aviation projects, plus project management considerations and consistency coordination with State DOT/Facility Owner standards.

LanguageEnglish

CategoryPaper Templates

FormatPDF

Pages19

Reading Time7 min

AccessFree to download

BIM for Infrastructure Project Execution Plan Template Introduction

Building Information Modeling (BIM) for Infrastructure / Civil Information Modeling (CIM)

Project Information

Project Basics

Project Numbers

Project Schedule/Phases/Milestones

Project Contacts

Design Team Project Contacts

Construction Team Project Contacts

Project Goals / CIM Uses

Uses by Project Phase

Use Descriptions

Collaboration Procedures

Collaboration Plan

Quality Assurance and Control

Overall Strategy for Quality Control and Assurance

Quality Control Checks

Technological Infrastructure Needs

Software

Hardware

Model Structure

File Naming Structure

Model Structure

Measurement and Coordinate Systems

CIM and CAD Standards

Project Deliverables

Deliverables

Attachments

CIM Use Selection Worksheet

CIM Process Diagrams

Information Exchange Worksheets

Model Definition Worksheet(s) / Content Plan

Modeling Protocol Exhibit

CIM and Facility Data Requirements

CIM Example Deliverables for As Builts

BIM for Infrastructure Execution Plan Template Version [0.0] For [PROJECT TITLE] Developed by [COMPANY NAME] Table of Contents Section 1: BIM for Infrastructure Project Execution Plan Template Introduction 3 Section 2: Project Information 4 Section 2.2: Project Numbers 6 Section 2.3: Project Schedule/Phases/Milestones 6 Section 3: Project Contacts 7 Section 3.1: Project Contacts 7 Section 3.2: Design Team Project Contacts 7 Section 3.3: Construction Team Project Contacts 8 Section 4: Project Goals / CIM Uses 9 Section 4.1: Uses by Project Phase 9 Section 4.2: Use Descriptions 9 Section 5: Collaboration Procedures 13 Section 5.1: Collaboration Plan 13 Section 6: Quality Assurance and Control 13 Section 6.1: Overall Strategy for Quality Control and Assurance 14 Section 6.2: Quality Control Checks 14 Section 7: Technological Infrastructure Needs 14 Section 7.1: Software 15 Section 7.2: Hardware 16 Section 8: Model Structure 17 Section 8.1: File Naming Structure 17 Section 8.2: Model Structure 17 Section 8.3: Measurement and Coordinate Systems 17 Section 8.4: CIM and CAD Standards 17 Section 9: Project Deliverables 18 Section 9.1: 18 Section 10: Attachments 19 Section 10.1: CIM Use Selection Worksheet 19 Section 10.2: CIM Process Diagrams 19 Section 10.3: Information Exchange Worksheets 19 Section 10.4: Model Definition Worksheet(s) / Content Plan 19 Section 10.5: Modeling Protocol Exhibit 19 Section 10.6: CIM and Facility Data Requirements 19 Section 10.6: CIM Example Deliverables for As Builts 19 Section 1: BIM for Infrastructure Project Execution Plan Template Introduction Building Information Modeling (BIM) for Infrastructure or Civil Information Modeling (CIM) is the enterprise-wide approach to delivering value-based, competitive, profitable solutions on projects using 3D models to manage data through the life of the project, from planning, through design, construction and operations. This execution plan is a living guidance document developed specifically for this project to define CIM uses, process for executing each use, roles and responsibilities, specific technology requirements and deliverables. The execution plan was developed to provide minimum modeling requirements related to the content and the accuracy of the design elements to be created when authoring infrastructure models for: ● Roadway ● Bridge ● Water & wastewater ● Ports & waterways ● And, aviation projects. In addition, the plan outlines the project management considerations when developing individual project requirements. Engineers and Contractors are expected to follow the minimum requirements herein; and consult other State DOT standards and specifications when developing digital information for highway and bridge construction. NOTE: To successfully implement CIM, the team will coordinate the requirements of this document with the State DOT/Facility Owner Project standards and the project management plan for consistency. Section 2: Project Information NOTE: If this information is included in the project management plan provide a link below. Information only needs to be duplicated here ifa BIM/CIM Execution Plan is required as a contract submittal. Section 2.1: Project Basics | NAME | VALUE | | --- | --- | | Project Owner | | | Project Name | | | Project Location/address | | | Contract Type/Delivery Method | | | Brief Project Description | | | Additional Project Information | | | Lead Design Consultant | | | Subconsultant | | | Subconsultant | | | General Contractor | | | Subcontractor | | | Subcontractor | | | Specialty Suppliers/Vendors | | Section 2.2: Project Numbers | PROJECT INFORMATION | NUMBER | | --- | --- | | Solicitation Number | | | Project Control Number | | | District Number | | Section 2.3: Project Schedule/Phases/Milestones | PROJECT STAGE / MILESTONE | | ESTIMATED START DATE | ESTIMATED

FAQs

What is the purpose of this BIM/CIM execution plan template?

It serves as a living guidance document to define CIM uses, execution processes, roles and responsibilities, technology requirements, and deliverables for the project lifecycle.

Which infrastructure project types are covered by the minimum modeling requirements?

The plan specifies requirements for roadway, bridge, water & wastewater, ports & waterways, and aviation projects.

What project information and schedules does the template request?

It collects project basics, project numbers, and a schedule framework across design, construction, and operations/maintenance stages, including LOD-based milestones.

Sep 12, 2026

Upload by Noah