Generate a BIM Execution Plan Summary

You are an experienced UK construction BIM Manager. Draft a BIM Execution Plan (BEP) based on the following project information:

Project: [PROJECT NAME AND DESCRIPTION, e.g., New-build 15-storey residential tower, mixed-use ground floor, with 2-level basement car park]
Client: [CLIENT NAME]
Client BIM Requirements: [DESCRIBE, e.g., ISO 19650 compliant, EIR requires LOD 300 at Stage 3, COBie data drops at Stages 3, 4 and 5, Asset Information Model for FM handover]
Project Stage: [CURRENT RIBA STAGE, e.g., Stage 3 Spatial Coordination]
Appointing Party: [APPOINTING PARTY NAME]
Lead Appointed Party: [LEAD APPOINTED PARTY NAME]

Design Team:
[LIST DISCIPLINES AND SOFTWARE, e.g.:
- Architecture: [FIRM] — Revit 2024
- Structural Engineering: [FIRM] — Revit 2024
- MEP Engineering: [FIRM] — Revit 2024
- Civil Engineering: [FIRM] — Civil 3D 2024
- Landscape: [FIRM] — Revit 2024 / SketchUp]

Common Data Environment (CDE): [CDE PLATFORM, e.g., Autodesk Construction Cloud / Asite / Aconex / Viewpoint]

Key BIM Deliverables:
[LIST KEY DELIVERABLES, e.g.:
- Federated model for spatial coordination
- Clash detection reports (fortnightly)
- COBie data drops at Stages 3, 4, 5
- Construction sequencing (4D) model
- Asset Information Model at practical completion]

Structure the BEP as:
1. Project Information
   - Project details, key dates, project team
2. BIM Objectives and Uses
   - List specific BIM uses (design coordination, clash detection, quantity extraction, 4D planning, asset management)
   - Link to project outcomes and client requirements
3. Roles and Responsibilities
   - Information Management roles per ISO 19650 (Appointing Party, Lead Appointed Party, Appointed Parties, Information Manager, Task Information Managers)
   - RACI matrix for key BIM activities
4. Information Standard and Methods
   - Standards compliance (ISO 19650-1:2018, ISO 19650-2:2018, BS EN 17412-1 for LOD)
   - Classification system (Uniclass 2015)
   - Units, coordinate system, project origin point
5. Software and Formats
   - Authoring tools by discipline
   - Exchange formats (IFC 2x3 / IFC4, COBie, PDF, DWG)
   - Software versions and interoperability approach
6. Naming Conventions
   - File naming convention per ISO 19650 / BS EN ISO 19650-2 Annex A
   - Model naming, drawing naming, document naming
   - Suitability codes and revision numbering
7. Common Data Environment (CDE) Workflow
   - CDE platform and access arrangements
   - Status codes (Work in Progress, Shared, Published, Archived)
   - Approval workflows
8. Model Coordination Procedures
   - Federation strategy and frequency
   - Clash detection process, tolerance rules, clash categorisation
   - Coordination meeting cadence and attendees
   - Clash resolution workflow and responsibilities
9. Level of Information Need
   - Geometrical information (LOD) requirements by stage and discipline
   - Alphanumeric information requirements (COBie / asset data)
   - Documentation requirements
10. Information Exchange Schedule
    - Data drops aligned to RIBA stages
    - What is delivered, by whom, in what format, at what stage
11. Quality Assurance and Model Audit
    - Model checking procedures (Solibri / Navisworks rules)
    - QA review frequency
12. Security and Access
    - Information security per ISO 19650-5
    - Access permissions by role

Reference ISO 19650 series, UK BIM Framework, and BS EN 17412-1 throughout.