
Explore the BIM execution plan, also called the BIM implementation plan, as essential pre-project documents that set rules and expectations for large, complex construction projects, with a practical case study.
This BEP introduction explains the BIM execution plan and its role in large projects, detailing contents like project initiation, team structure, communication, and modeling methodologies.
Identify the project initiation elements of a BIM execution plan, including general description, key participants, and BIM scope of work with zones, activities, trades, and requirements.
Outline BIM planning by detailing BIM zones and workflows, from contract BIM modeling 300 to construction BIM 350, including 4D/5D integration and as-built processes.
Explore the BIM planning phases from contract BIM modelling through as-built BIM, detailing data reception, initial technical studies, discrepancy handling, and cross-trade coordination.
Outline the initial BIM plan with time frames for each scope item, including 4D and 5D, and apply a weighted progress methodology to monitor monthly BIM progress.
Explore BIM model criteria and guidelines in the BIM execution plan, including system of measurements, origin, division by zones and trades, and naming conventions.
Explore the BIM team structure and roles, including the BIM manager, team leader, and engineers, detailing responsibilities, procedures, naming conventions, and interfaces for on-site and off-site collaboration.
Define how to manage communication and information exchange in the BIM execution plan through platforms, access permissions, meetings, and progress reports for on-site and off-site teams.
Explore the appendix definitions in the BIM execution plan, detailing LOD levels from LOD100 to LOD500, the BIM coding system, 4D and 5D model methodologies, elements, and quality control checks.
Explore the BIM coding system and BIM model elements, detailing modeling methodology, scope, zone and assembly codes, loads, exclusions, across contract, construction, and as-built models.
Apply model quality control checks: consistency, modeling, technical, coordination, and cad standards, with logging and automated tools, then implement 4D and 5D methodology using assembly codes, schedules, and Navisworks visualization.
Explore the appendix on naming conventions in the BIM Execution Plan, detailing abbreviations for scope, 5d simulation, as-built, documents, disciplines, and the naming of drawings and sheets.
explains how to draft a detailed BIM project execution plan using a template, covering cover pages, project information, milestones, roles, BIM uses, goals, and integrated project delivery with collaborative workflows.
Discover how a BIM execution plan template captures project information, contacts, milestones, and goals, and defines BIM uses across design, construction, and operation for contractor projects.
This lecture outlines the BIM execution plan's organizational rules, clarifying design and construction team responsibilities, BIM manager and lead coordinator roles, and model objectives across project stages.
Define LOD levels and BIM information exchanges within an integrated project delivery framework, and implement model sharing, quality control, clash detection, and software workflows.
A BIM Execution Plan (BEP), also known as a BIM Implementation Plan, is a comprehensive document that helps project participants move forward with clear roles and expectations. A BEP is an essential element to create before beginning any construction project, especially for those that are large or complex with many collaborators.
Through clear roles, responsibilities and real-time communication, a BEP keeps all in sync while ensuring construction stays on track. This is vital when adhering to tight schedules. A thoughtful plan also makes sure details don’t fall through the cracks or become last-minute change orders that cause delays.
A thorough a BEP is a powerful project accountability tool that keeps work moving forward throughout the various phases of planning and construction. A well-coordinated project starts with a well-crafted BEP.
BIM Scope:
Design Model LOD 300
Construction Model & Shop Drawings LOD 350
BOQ
4D
5D
Course Contents:
Project Initiation
BIM Planning
BIM Model Criteria and Guidelines
BIM Team Structure
Communication and Information Exchange
Appendices
Appendix I: Definitions
Appendix II: BIM Coding System
Appendix III: BIM Model Elements
Appendix IV: Modelling Methodology
Appendix V: Model Quality Control Methodology
Appendix VI: BOQ Model Development Methodology
Appendix VII: 4D/5D Model Methodology
Appendix VIII: Naming Convention
Notes:
You will learn how to read and create BIM Execution Plan
Implementation of the course with Actual Case Study
You will Learn What is a BIM execution plan (BEP)?
You will Learn Who needs a BEP?
You will Learn What are the key elements of a successful BEP?