Most BEPs fail for five predictable reasons:

1. They don’t match the EIR.

If your BEP doesn’t directly respond to the Employer’s Information Requirements, it will be rejected.

Simple.

2. They’re too generic.

A BEP that could apply to any project… applies to none.

Reviewers want project-specific clarity:

• LOD
• naming
• responsibilities
• information routes
• model ownership

3. They skip deliverables and data drops.

If deliverables are unclear, every discipline fills the gaps differently — and the project falls apart.

4. They confuse “ISO 19650 theory” with “project execution.”

A BEP is a plan — not a textbook.

Reviewers want workflow, not philosophy.

5. They don’t define measurable information needs.

If you can’t measure information, you can’t deliver it — and you can’t enforce it.

Reviewers expect these core sections.

Leave one out, and you’re inviting rejection.

1. Project Information

• Project name/code
• Client details
• Key contacts
• CDE platform details

2. Standards & Frameworks

• ISO 19650
• Organisation/Project standards
• Naming systems
• Classification systems (Uniclass, Omniclass, etc.)

5. Deliverables

• Models
• Sheets
• Schedules
• Data exports
• COBie or equivalent
• PDFs
• Native files

6. Data Drops (Information Milestones)

• When information moves
• What format it must be in
• Who checks it
• Who signs off

7. Geometry Levels (LOD / LOI)

• Stage-by-stage
• Discipline-by-discipline
• Clear examples

8. Exchange Information

• File formats
• Linking strategy
• Coordinates
• Georeferencing
• Model federation protocol

9. Quality Assurance

• Model audits
• Clash detection schedule
• Model checklists
• Naming checks
• Standards checks

10. CDE Structure

• Folder naming
• Access permissions
• Status codes
• Workflow overview

When these sections are clear and specific, BEP approval becomes a formality.

BEPs get rejected when data drops are:

• vague
• misaligned
• unrealistic
• undefined

A strong BEP includes:

• Data Drop schedule
• Format requirements
• LOD/LOI table
• Approval responsibilities
• Coordination deadlines
• Software version control

A reviewer should NEVER have to ask:

“What are we delivering at Stage 3?”

Architects and engineers all have different ideas of “LOD.”

Your BEP must define:

• What LOD 200/300/350 means on THIS project
• Required object accuracy
• Required data fields
• Required modeling detail
• Example screenshots (yes, seriously — it helps)

Consistency = approval.

Your BEP must demonstrate that you understand:

• what information the client wants
• when they want it
• how they want it
• and what they want to use it for

This section MUST include:

• File naming conventions
• Delivery formats (PDF, IFC, RVT, COBie)
• Geolocation setup
• Model link structure
• Version management

This is the part of the BEP where most teams bluff.

An experienced reviewer can tell instantly.

❌ Using another project’s BEP

It looks lazy and collapses under light review.

❌ Writing too much theory

BEPs should be operational, not academic.

❌ No responsibilities table

People won’t follow what they don’t see.

❌ Ambiguous LOD definitions

Architect says LOD 300.

MEP thinks LOD 200.

Project implodes.

❌ Zero automation

Manual BEPs cause inconsistent output and more rework.

❌ Not aligning with the actual software stack

Your BEP MUST reflect what the team will use:

• Revit
• ArchiCAD
• BIM360
• Revizto
• Navisworks
• Solibri

❌ CDE workflows not clear

If people don’t know how to use the CDE → they don’t.

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