BIM documentation
BIM Execution Plan Template: Specifications and Project Frameworks
A BIM execution plan template is a reusable framework for defining how a project team will produce, coordinate, exchange, check, and deliver building information models. BIM execution planning connects project goals and BIM uses with accountable parties, model requirements, exchange milestones, and approval procedures through an agreed BIM Execution Plan (BEP). It should reflect the owner's information requirements and the agreed project delivery strategy.
A useful template begins with project scope and responsibilities, then specifies model standards, information exchanges, collaboration arrangements, and quality controls. The sections below include a practical structure, a worked entry, update procedures, and common drafting errors so that the BEP can be adapted rather than copied unchanged.
What Is a BIM Execution Plan Template and What Should It Include?
A BIM execution plan template organizes the information a project team needs to implement BIM consistently. It is not the completed plan: teams must populate it with project-specific decisions and agreed responsibilities. Core fields cover BIM objectives, model uses, delivery dates, authoring rules, exchange procedures, coordination, quality checks, and required handover information.
| BEP template section | Minimum project-specific information |
|---|---|
| Project overview | Project identifier, delivery phase, owner requirements |
| Goals and BIM uses | Intended model uses and measurable outcomes |
| Roles and milestones | Responsible organizations, reviewers, due dates |
| Model standards | Model divisions, units, coordinates, required information |
| Information exchange | Files or data, formats, recipients, issue dates |
| Collaboration | Common data environment, meetings, issue management |
| Quality and delivery | Validation methods, acceptance criteria, final outputs |
Use this as a starting structure, not a universal mandatory checklist. Contract terms and the applicable project BIM requirements determine which fields require additional detail.
How Does a BIM Project Execution Plan Define Goals and Responsibilities?
A BIM project execution plan links each intended BIM use to a clear project outcome, delivery milestone, and responsible party. Without that connection, a schedule can list modeling tasks without explaining why the outputs are needed. The BEP should identify the information recipient and decision maker as well as the model author.
BIM Goals, Uses, and Project Milestones
Set BIM goals by naming the decisions that model information must support, such as design coordination, quantity takeoff, or facility handover. For each goal, choose a BIM use and attach it to a design or construction milestone. Avoid presenting every possible BIM use as a required service.
For instance, if coordination is the agreed use, identify when discipline models must be available for review and what decisions the review is expected to support. Use a process map to show dependencies between BIM uses and their information exchanges.
Organizational Roles and Deliverable Ownership
Assign each BIM activity to an accountable organization and specify who authors, checks, approves, and receives its outputs. A BEP responsibility matrix should distinguish project management from model production and information acceptance. Assign named contacts or role titles according to the contract and update them when project staffing changes. Drawing authorship follows a similar split, as the comparison of shop drawings versus construction drawings shows.
Record the lead for federated model coordination separately from the discipline authors. Shared responsibilities need an escalation route, not an assumption that every participant approves every model.
What Model Standards and Coordinates Belong in a BEP Template?
Model standards in a BEP template establish how discipline models are divided, located, named, and populated with information. Coordinate rules allow models to align during federation, while information requirements describe the content needed at each exchange. The plan must distinguish project-specific modeling expectations from standards that are only referenced as guidance.
Model Structure and Required Information
Define model boundaries by discipline, building, level, or zone, then document element classification and required attributes where relevant. Specify geometry and non-graphical data according to each agreed BIM use and project exchange. Do not treat a single Level of Development designation as proof of field accuracy or operational readiness. The difference between LOD 300 and 350 shows why such requirements are set element by element.
If asset handover is required, identify the equipment types, property fields, and responsible data authors before modeling begins.
Shared Coordinates, Units, and Reference Datums
Record the project coordinate reference, origin, horizontal datum, vertical datum, units, and orientation conventions used for model exchange. State which party maintains the shared coordinate definition and how deviations will be checked. Coordinate compatibility must be verified through agreed reference points, not assumed from visually aligned model files.
Include a reference model or survey control document when supplied by the project team, and record how coordinate changes are authorized.
How Should a BEP Template Specify Information Exchanges?
A BEP template should define every planned information exchange by purpose, author, recipient, content, format, due date, and review status. This turns a generic delivery schedule into an actionable information exchange plan. The required level of information should follow the intended use and the client's documented requirements.
Exchange Schedule, Deliverables, and File Formats
List the information to be delivered at each milestone, including native models, open-format models, drawings, schedules, or asset data when required. For each BIM deliverable, document the originator, receiving party, file version or schema where relevant, and acceptance method. Do not prescribe a particular software product without a project reason.
For example, a coordination exchange may require discipline models before a scheduled clash review, while handover may require validated asset attributes.
Common Data Environment and Revision Controls
Define where shared information is stored and how files move through review, authorization, and issue procedures. The BEP should identify naming rules, revision identifiers, status information, folder or container permissions, and superseded-file handling. A common data environment (CDE) supports those workflows only when access and responsibilities are clearly defined.
Naming conventions must match the project's agreed information management approach; no single filename pattern is mandatory for every jurisdiction or contract.
How Does the BIM Execution Plan Manage Collaboration and Technology?
The collaboration section of a BIM execution plan defines how disciplines coordinate models, record issues, make decisions, and communicate changes. It also identifies the tools and technical capabilities needed for agreed BIM uses. Meeting frequency, software versions, and access rules should reflect the project's exchange schedule rather than fixed assumptions.
State who chairs coordination reviews, which issue register is authoritative, and when unresolved clashes must be escalated. Identify model federation tools, supported export formats, and any software-version constraints that affect file compatibility. Facility management integration belongs here only if the owner has requested it.
What BIM Quality Checks and Acceptance Criteria Should the Template Define?
BIM quality control in a BEP template establishes what teams inspect before sharing information and what reviewers assess before accepting it. Checks may cover geometry, coordinates, classifications, attribute completeness, and interdisciplinary conflicts. The plan should identify responsible reviewers, review timing, recorded evidence, and the procedure for correcting rejected BIM deliverables.
A model may pass a clash check yet fail asset data requirements. Define separate acceptance tests for each delivery purpose and distinguish internal checks from formal approval. No single automated validation test guarantees that a model is free of errors.
BIM Execution Plan Template Example for a Building Project
A useful BIM execution plan example shows how generic fields become decisions for one project. The illustration below describes a hypothetical office renovation, not an approved project BEP. Its entries demonstrate how a BIM goal connects to a deliverable, responsible party, review date, and acceptance condition.
| Example field | Illustrative completed entry |
|---|---|
| Project goal | Identify major spatial conflicts before construction documentation |
| BIM use | Coordinate architectural, structural, and building services models |
| Model authors | Respective discipline design teams |
| Coordinator | Project-designated BIM coordinator |
| Exchange milestone | Five working days before the agreed coordination review |
| Exchange package | Discipline models in agreed native and exchange formats |
| Quality evidence | Coordinate check, model review log, and issue register |
| Acceptance | Models match approved project coordinates, with no unresolved release-blocking coordination issues |
Replace the example values with approved project requirements. The timing and acceptance conditions are illustrative, not universally mandated criteria.
When Should a BIM Execution Plan Be Approved and Updated?
A BIM execution plan should be developed early enough to inform BIM scope and delivery commitments, then reviewed when project requirements or participating organizations change. The approval process depends on the contract and procurement stage. Record document ownership, revision dates, reviewers, and the authority for approving substantive changes.
An early proposal-stage BEP may describe intended capabilities, while the agreed project BEP should document confirmed workflows and responsibilities. Update exchange tables when milestones, information requirements, or participating teams change; preserve a revision history.
What Common BIM Execution Plan Template Mistakes Should Teams Avoid?
The most damaging BEP template mistakes are generic BIM uses without defined outputs, deadlines without recipients, model standards without acceptance tests, and copied technology clauses unrelated to the project. These omissions make the document appear complete while leaving responsibilities unclear. Review each section against a real exchange or decision.
Avoid making FTP access, enterprise software integration, or a model description document universally mandatory. Keep the BEP aligned with contractual information requirements, and assign an owner to each unresolved decision before implementation.