The BIM Project Coordination and Information Management for Construction Professionals Training Course develops advanced capabilities in BIM Coordination for professionals responsible for managing multidisciplinary digital construction information. The programme covers model coordination, information requirements, digital workflows, data exchange, model review, issue management, and collaborative project delivery. Participants learn how to coordinate architectural, structural, and MEP information while maintaining accurate, accessible, and controlled project data throughout the construction lifecycle.

Delivered by The British Academy For Training and Development under the Construction and Civil Engineering Training course specialization and Engineering maintenance and operation category, the course focuses on structured BIM information management and internationally recognized practices. It covers the BIM execution plan, digital twin concepts, model coordination, CDE workflows, and ISO 19650 principles. Participants develop the ability to manage information exchanges, coordinate project models, control revisions, support collaborative decision-making, and establish consistent digital information processes across construction teams.

• Develop advanced knowledge and practical skills in BIM Coordination.
• Understand BIM information requirements across construction project stages.
• Develop and implement a structured BIM execution plan.
• Apply effective model coordination processes across project disciplines.
• Understand CDE principles for controlled information sharing and collaboration.
• Apply key principles of ISO 19650 to BIM information management.
• Improve multidisciplinary model review and coordination.
• Establish effective information exchange and approval workflows.
• Manage model revisions, information status, and coordination issues.
• Improve digital collaboration between designers, engineers, contractors, and clients.
• Understand the relationship between BIM information and digital twin development.
• Establish effective BIM roles, responsibilities, and information management procedures.
• Improve information quality, consistency, traceability, and accessibility.
• Support coordinated construction delivery through structured digital information management.

Target Audience

• BIM Coordinators
• BIM Managers
• BIM Information Managers
• Digital Construction Professionals
• Construction Project Managers
• Design Managers
• Architects
• Civil Engineers
• Structural Engineers
• MEP Engineers
• BIM Modelers
• Digital Engineering Professionals
• Contractors and Consultants
• Project Controls Professionals
• Professionals responsible for BIM coordination and construction information management

Module 1: Fundamentals of BIM Coordination and Information Management

• Principles of BIM Coordination
• BIM roles and responsibilities
• Information management across the project lifecycle
• Multidisciplinary BIM environments
• Model coordination principles
• BIM collaboration workflows
• Information quality and consistency

Module 2: BIM Execution Plan Development

• Purpose of a BIM execution plan
• Pre-appointment and post-appointment BIM requirements
• Project information requirements
• Roles, responsibilities, and task allocation
• BIM deliverables and information exchanges
• Model production and delivery requirements
• Establishing BIM coordination procedures

Module 3: ISO 19650 and BIM Information Management

• Principles of ISO 19650
• Information management concepts
• Organizational and project information requirements
• Information delivery cycles
• Responsibilities within BIM information management
• Approval, authorization, and acceptance processes
• Applying ISO 19650 principles to construction projects

Module 4: Common Data Environment and Information Workflows

• Principles of a CDE
• CDE information states and workflows
• Work in Progress, Shared, Published, and Archived information
• Information access and permissions
• Document and model control
• Revision and status management
• Information security and controlled collaboration

Module 5: Model Coordination and Multidisciplinary Integration

• Advanced model coordination
• Architectural, structural, and MEP coordination
• Federated model development
• Model review procedures
• Model quality checks
• Design interface management
• Coordination issue identification and resolution

Module 6: Clash Detection and Issue Management

• BIM-based clash detection
• Hard and soft clashes
• Model-based coordination reviews
• Clash prioritization
• Issue classification and assignment
• Coordination issue tracking
• Resolution verification
• Maintaining coordination records

Module 7: BIM Information Exchange and Data Quality

• Information exchange requirements
• Model and document naming conventions
• Metadata and information attributes
• Data validation and quality assurance
• Information classification
• Model review and approval workflows
• Maintaining reliable project information

Module 8: Digital Twin and Asset Information

• Principles of the digital twin
• Relationship between BIM and digital twins
• Asset information requirements
• Operational data and connected models
• Digital asset management concepts
• Information handover for facility operations
• Supporting lifecycle asset management through BIM information

Module 9: BIM Governance, Collaboration and Project Delivery

• BIM governance frameworks
• BIM responsibilities and accountability
• Information management procedures
• Collaborative project delivery
• Stakeholder communication and coordination
• BIM performance monitoring
• Managing information risks and compliance
• Improving digital construction workflows

Module 10: Advanced BIM Coordination and Integrated Information Management

• Integrated BIM Coordination strategies
• Advanced model review and information control
• BIM execution monitoring
• CDE optimization
• ISO 19650-based information management
• Digital delivery and project handover
• Continuous BIM process improvement
• Managing successful digital construction projects