Last updated on: December 11, 2025
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In today’s construction and architecture world, embracing technology is more important than ever. One standout innovation is Building Information Modeling (BIM), which has really transformed how projects are managed by boosting efficiency, collaboration, and transparency. At the heart of this process is the BIM Execution Plan (BEP), which serves as a roadmap for handling information throughout a project’s lifecycle.
In this blog, we’ll break down the BIM Execution Plan (BEP), its importance, and how to create one. Whether you’re new to BIM or an experienced professional, understanding the BEP is key to ensuring projects are completed on time, within budget, and with clear communication.
What is BIM Execution Plan (BEP/BXP)?
The most important element of BIM (Building Information Modeling) is “Information”. The objective of developing a BIM Execution Plan (BEP) is to facilitate the management of the information in a BIM project. It can be defined as the plan prepared to streamline how the “Information Modeling” part of a project will be executed.
A BIM Execution Plan is very central to the BIM process. A BIM Execution Plan is an integral part of any new construction development project. It becomes more critical while working in a project where international collaboration is essential. It ensures that accurate information is accessible at every touchpoint at every moment.
In simple terms, BEP can be compared to an RFI or RFP that we commonly see in the IT field. A BEP is prepared as a response to the Employer’s Information Requirements. Initially, the owner outlines their BIM expectations through a template. In response, the contractors or design teams present their method of delivering those expectations by outlining the complete BIM process in their BIM Execution Plan. This helps the owner review the proposed approach and agree on the path forward. The BEP clearly details project deliverables, contract requirements, and information exchange protocols.
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Importance of BIM Execution Plan
Why construction companies should use BXP for their project?
1. Delivering Project, On-time & Within Budget
When the BEP is implemented, all the stakeholders and teams will benefit from it. So, if in case, there are any changes of course or detail changes, the general execution plan for construction is clear and can be a BIM implementation plan. The main advantage of BXP is that involved people will have a clear understanding of their role and contribution. A properly implemented BXP will make sure that a broader view of the project is clear. As a result, the project will have a higher chance of being on time and under budget.
2. BXP- Rule Book of a Construction Project
BIM Execution Plan is a highly acknowledged and acclaimed concept in BIM methodology throughout the world by process-oriented professionals. It’s a Rule Book of a construction execution plan & project laid out to help every stakeholder involved in the project. BXP is a document that will answer the following questions of individuals involved within a construction project.
- What we will do in the BIM Process?
- What kind of format we will use?
- What all software will be used during the process?
- What all processes/teams are involved throughout the process?
- Who will be responsible for each of the involved processes?
- Where will be the exchange of data between respective teams
- What is the quality of the model that we will need?
- Level of Development (LOD) required at each phase of the project
- Roles and responsibilities of every team at each phase
3. Clear Structure of Collaboration- Communication
Communication is one of the most important components of a BIM Execution Plan. With a clear blueprint for coordination, every team knows what information must be shared and when. Throughout the entire project, stakeholders follow an established collaboration structure. If miscommunication happens, the BEP helps identify responsible parties quickly so issues can be resolved without delay.
4. Transparency Across the Entire Construction Project
Construction projects rely heavily on output from multiple independent teams. This makes transparency essential. A well implemented BEP is accessible to everyone involved, from architects and engineers to contractors and developers. Each person understands their responsibilities and expected contributions. This creates a stress free working environment and reduces uncertainty. Even during unexpected events like weather delays, a clear BEP helps teams adjust quickly and maintain continuity.
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Types of BIM Execution Plan
Before teams dive into creating or using a BEP, it is important to understand that not all BIM Execution Plans serve the same purpose. A BEP evolves as the project moves from bidding to actual execution, and each stage answers different needs for the client and project team. Following are the two types of BEP’s:
Pre-Contract: Response to EIR (Employer’s Information Requirements)
Before the contract is awarded, suppliers must show how they will meet the Employer’s Information Requirements (EIR). The Pre-Contract BEP is essentially a proposal document that communicates the supplier’s understanding of BIM expectations and demonstrates that they have the capability, experience, and processes to deliver high-quality BIM outputs.
What This Stage Covers
- Shows the supplier’s proposed approach to BIM workflows, collaboration, and information delivery.
- Highlights capability in areas like 3D modeling, coordination, 4D scheduling, 5D cost integration, and COBie.
- Establishes the proposed software platforms, data exchange formats, and Common Data Environment (CDE).
- Includes high-level standards for model structure, naming conventions, and quality checks.
- Provides an early outline of team roles, responsibilities, and communication channels.
This version of the BEP helps the client assess whether the supplier is aligned with project requirements and capable of delivering the expected digital outcomes.
Post-Contract: MIDP (Master Information Delivery Plan)
Once the contract is awarded, the winning team must present a Post-Contract BEP—a more detailed, practical, and executable document. This version is created in collaboration with the full project team and reflects actual supply chain capabilities.
What This Stage Covers
- Defines exact modeling responsibilities using a Responsibility Matrix.
- Establishes detailed BIM workflows for authoring, coordination, model federation, clash management, and QA/QC.
- Sets up the information exchange cycle: formats, frequency, review processes, and approval requirements.
- Ensures alignment across architectural, structural, MEP-FP, and specialty subcontractors.
- Includes naming conventions, Level of Information Need, and data validation procedures
The Master Information Delivery Plan (MIDP) is also prepared at this stage, defining what information is to be produced, by whom, and when. It is supported by Task Information Delivery Plans (TIDPs), which further break down responsibilities at the discipline or team level
Elements of BIM Execution Plan
A BEP includes various parameters that help finalize information management, planning, and documentation. These elements ensure a structured and predictable approach to information delivery.
Explore This Topic Further: BIM and COBie: Bridging the Gap Between Design, Construction and Building Operations
The BXP should include,
- Roles and responsibilities of each team
- Strategy planning of key deliverables
- Set key project milestones & their timeline
- Well planned logistics of collaborative processes (i.e. BIM Modeling)
- Project Information Plan (PIP)
- Task Information Delivery Plan (TIDP) identifying the delivery of each supplier’s information
- Master Information Delivery Plan (MIDP)
- Coordination schedule with roles and defined protocols
- Working Procedures
- BIM iterations management
- File naming conventions
- Construction tolerance expectations
- Data attribute requirement
- Approach to annotation, abbreviations, and symbols to avoid potential ambiguity
- Software to be employed
- Data transfer management (Data format, exchange tools, etc.)
How to Create a BIM Execution Plan Step by Step
Adding a simple step by step process makes the BEP easier for teams to understand and apply. Below are the steps to follow while making a BIM Execution Plan:
Review the client’s expectations, EIR, project goals, and BIM scope.
Decide how BIM will support the project, such as coordination, quantities, 4D or 5D workflows, or FM use.
Clarify who is accountable for modeling, coordination, review, and approvals.
Document file naming rules, LOD expectations, templates, folder structure, and modeling methods.
Use TIDP and MIDP to define what information is needed, who will deliver it, and when.
Define clash detection routines, coordination cycles, and issue tracking methods.
Specify versions, plugins, CDE platforms, and acceptable formats.
Explain how models will be checked, reviewed, and approved before submission.
BEP and ISO 19650 Alignment
ISO 19650 provides a global framework for managing information in BIM projects. Aligning your BEP with ISO 19650 strengthens its structure and increases reliability.
How BEP connects with ISO 19650
ISO 19650 explains how information should be created, shared, and stored. A BEP supports these principles by defining workflows and responsibilities that follow the same structure.
Pre Appointment and Post Appointment BEP
ISO 19650 identifies two stages of the BEP.
The Pre Appointment BEP demonstrates capability.
The Post Appointment BEP provides detailed commitments and workflows.
Relationship with EIR, AIR and OIR
BEPs respond to the EIR. ISO 19650 also explains how information flows from the Owner’s Information Requirements and Asset Requirements. Adding this connection helps teams understand why certain deliverables exist.
TIDP and MIDP under ISO 19650
These plans align directly with ISO guidance. Including them ensures the BEP follows a global standard.
Conclusion
In short, a solid BIM Execution Plan (BEP) is essential for the smooth management of any project. It ensures everyone knows their role, communicates effectively, and collaborates seamlessly. Think of the BEP as a roadmap that keeps the team focused and helps avoid costly delays.
As construction projects grow more complex, a well-thought-out BEP helps ensure accountability and keeps companies competitive.
By leveraging BIM (Building Information Modeling) strategies, your team is better equipped to thrive in today’s fast-evolving construction industry. Partnering with UNITED BIM can provide expert support to streamline workflows, boost teamwork, and deliver improved results.
Our BIM experts can help you create a project-specific BEP, MIDP, and coordination workflow that ensures accuracy, efficiency, and compliance.
A BEP in BIM is a BIM Execution Plan. It is a document that explains how BIM tasks will be planned, managed, coordinated, and delivered on a project.
BEP stands for BIM Execution Plan. It describes the workflow, roles, standards, and deliverables for BIM projects.
The BEP is usually prepared by the BIM Manager or BIM Coordinator along with input from architects, engineers, contractors, and sometimes the client
A BEP should be created at the start of a project. In many cases, a basic BEP is made before the contract and a detailed BEP is prepared after the contract is awarded
A BEP usually includes BIM goals, roles, LOD requirements, modeling standards, file naming rules, software versions, coordination workflows, and delivery schedules.
Yes, any project using BIM should have a BEP. Without one, teams often face miscommunication, inconsistent modeling standards, and avoidable delays.
About the Author
Coordination Manager / VDC Manager at United BIM
With over 10 years of experience in the AEC industry, Akash Patel is a seasoned Coordination Manager and VDC Manager at United BIM. His expertise lies in managing complex MEP-FP coordination projects and leveraging cutting-edge BIM technology to ensure seamless collaboration and precision. Akash is dedicated to delivering high-quality, detailed models that meet the demands of modern construction. He is passionate about optimizing workflows and driving innovation within the BIM field.
