Biomedical Campus, Canada
Engineering Coordination for a Modern Research & Innovation Campus
Comprehensive Coordination Of All Engineering Systems
4 BIM Engineers
6 months
Engineering Coordination for a Modern Research & Innovation Campus
The Biomedical Campus project consists of a three-storey laboratory building and a four-storey office building connected by a central atrium. Designed as the future global headquarters for Abcam, the facility combines advanced laboratory environments with modern office spaces to support research, collaboration, and innovation.
Karno Energy was responsible for BIM coordination, engineering optimization, Stage 5 construction documentation, asset data integration, and technical support throughout project delivery.
[ Challenges ]
Coordinating Complex Laboratory & Office Environments
The project combined laboratory facilities, office spaces, and shared public areas within a single development, creating complex engineering coordination requirements.
- Laboratory infrastructure
- Office environments
- Shared engineering systems
- Atrium integration
Without proper coordination, this would normally result in:
- System clashes
- Construction delays
- Space conflicts
- Installation inefficiencies
Managing BIM Data Across Multiple Platforms
The project required continuous coordination between BIM models, clash management workflows, document control systems, and BIM asset information.
- BIM360 collaboration
- BIMCollab issue tracking
- Aconex document control
- Asset data integration
This created risks such as:
- Information inconsistencies
- Coordination delays
- Data loss
- Documentation errors
Delivering Construction & Asset Information Simultaneously
The final BIM package required both Stage 5 construction documentation and structured asset information suitable for future facility management.
- Stage 5 documentation
- BEP compliance
- Asset data population
- Facility management readiness
Without sufficient quality control, this would normally result in:
- Asset information gaps
- Construction delays
- Coordination conflicts
- Operational inefficiencies
[ Solutions ]
Engineering Optimization for Research Facilities
Engineering systems were reviewed and optimized to align with the latest architectural development while supporting the operational requirements of both laboratory and office environments.
- Optimization activities included:
Integrated BIM Coordination Workflow
BIM coordination was performed using Revit, BIM360, Navisworks, BIMCollab, and Aconex to maintain consistency across all disciplines.
- Coordination activities included:
This ensured accurate coordination and minimized project risks before construction.
Clash Monitoring & Installation Validation
Navisworks, BIMCollab, and Revizto were used to identify clashes, monitor issues, and validate installation ergonomics before issuing final documentation.
- Validation activities included:
Stage 5 Documentation & Asset Data Delivery
Final BIM deliverables included Stage 5 construction documentation and BIM asset information prepared according to project-specific BEP requirements.
- Final deliverables included:
The result was a BIM environment supporting both construction delivery and long-term facility operation.
[ Scope of Work ]
The initial project scope included
Working from Stage 3 project information, our team coordinated engineering systems across laboratory and office environments while preparing Stage 5 documentation and BIM asset information for construction delivery.
ENGINEERING DESIGN OPTIMIZATION
BIM COORDINATION OF ALL ENGINEERING SYSTEMS
BIM ASSET DATA & BEP COMPLIANCE
STAGE 5 CONSTRUCTION DRAWINGS & TECHNICAL SUPPORT
Coordinated BIM deliverables, construction documentation, and engineering support throughout project delivery.
[ Delivery Process ]
Engineering Review & BIM Strategy
The project started with Stage 3 information received from MEP contractors. Engineering layouts were reviewed and optimized to align with the latest architectural design and laboratory requirements.
- So we started with the core project requirements:
-
Review Stage 3 project information
-
Analyze architectural updates
-
Define BIM delivery strategy
- Following approval, project standards were established:
-
BIM coordination procedures
-
Asset data requirements
-
Stage 5 documentation standards
BIM Coordination & Validation
Engineering systems were coordinated using Revit, BIM360, Navisworks, BIMCollab, and Aconex to ensure construction readiness and installation feasibility.
- Key efficiencies included:
-
Clash detection reviews
-
BIM issue monitoring
-
Dynamo-powered automation
This reduced modelling time, improved coordination accuracy, and accelerated project delivery.
Stage 5 Delivery & Asset Data Integration
Final BIM deliverables were prepared alongside structured asset information and Stage 5 construction documentation for construction and future facility operation.
-
BIM asset database population
-
Stage 5 construction drawings
-
Coordinated BIM handover package
The final BIM package supported construction delivery, asset management, and long-term operation of the facility.
[ Results ]
The project delivered a highly coordinated BIM environment, Stage 5 construction documentation, and structured asset information that improved construction efficiency and supported long-term facility operation.
Construction Drawings & Output
FINAL PROJECT INFORMATION INCLUDED:
Total project area 11,600 m²
Building type Laboratory & Office Campus
Location Canada
BIM Delivery Stage 5
The final BIM package was developed to support engineering coordination, construction delivery, and long-term facility management:
Engineering systems coordinated with architectural and structural models
Stage 5 construction documentation delivered for project execution
Custom BIM asset database populated according to BEP requirements
BIM360 platform used for project-wide collaboration
Navisworks and BIMCollab workflows used for clash management
Revizto visual analysis used to validate installation ergonomics
Dynamo automation reduced modelling and documentation time
Coordinated BIM handover package delivered to the client
Construction processes optimized through structured BIM workflows KEY PROJECT DELIVERABLES
BIM Coordination Completed
Stage 5 Drawings Delivered
Asset Data Integration Completed
Technical Support Ongoing
Business value
Optimized engineering layouts
Reduced coordination conflicts
Improved installation efficiency
BEP-compliant asset information
Stage 5 construction documentation
Accelerated project delivery [ Tools & Standards ]
Our workflows follow UK BIM standards to ensure quality, consistency, and seamless coordination across disciplines.
[ Case Study ]
Let’s make BIM great together
We’re always open to new collaborations, partnerships, and engineering challenges.
Whether you’re planning a BIM coordination project, a full MEP design, or need an
external engineering partner — our team is ready to help.