Architectural BIM Modeling
Developed coordinated architectural models aligned with the 10.3-hectare data center site and building envelope.
Data Center
BIM Coordination for a Large-Scale Mission-Critical Data Center in Malaysia
Managed BIM coordination for a 235,750 sq. ft. highly services-intensive data center, integrating complex mechanical, electrical, plumbing, fire protection, and ICT systems.
Overview
Project Overview
A 235,750 sq. ft. data center development spanning 10.3 hectares of land in Malaysia required comprehensive BIM support to coordinate its highly complex building systems. With extensive mechanical, electrical, plumbing, fire protection, and ICT infrastructure, the project demanded meticulous multi-discipline coordination to ensure constructability and operational reliability.
Over a two-year engagement, our team delivered coordinated Architectural, Structural, and MEP BIM models, custom Revit families, shop drawings, and clash-free project documentation to support efficient construction execution.
Project Type Data Center
Level of Development LOD 350Project Area 235,750 Sq.Ft.
Manpower Used 10 Resources
Location Malaysia
Tools We Use
Inside the Tools You Already Use
Coordination ran in Autodesk Revit and Navisworks across a two-year mission-critical data center engagement.
Autodesk Revit
NavisworksProject Deliverables
Input vs Output
From dense MEP references to coordinated models, custom families, shop drawings, and clash-free documentation.
What We Received
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- Architectural design references
- Structural layout drawings
- MEP, ICT, and utility schematics
- Equipment schedules and specifications
- LOD 350 modeling standards
What We Delivered
- Architectural BIM model
- Structural BIM model
- MEP BIM model
- Custom Revit families
- Shop drawings and clash-free documentation
Client Challenges
Pain Points of the Client
Mission-critical density, massive site scale, and specialized systems created severe coordination pressure across the full project lifecycle.
01
Intense MEP-Heavy Infrastructure
Dense MEP, ICT, and utility systems required precise routing and continuous multi-discipline coordination.
02
Massive Scale and Footprint
Coordinating building systems across a 10.3-hectare site demanded meticulous planning and model management.
03
Integration of Specialized Systems
Water treatment, chemical dosing, and cooling systems required seamless integration within constrained spaces.
04
High-Stakes Equipment Density
Extensive mechanical and electrical equipment layouts demanded exceptional accuracy to minimize construction risks.
05
High Density of MEP Systems
Extensive routing of chilled water, electrical, fire protection, ICT, and plumbing services created severe coordination challenges.
06
Complex Mechanical Infrastructure
ACMV systems, water treatment systems, and cooling networks required detailed modeling and coordination.
07
Electrical System Complexity
Major electrical equipment, earthing systems, lighting networks, and BMS integrations increased model complexity.
08
Clash Detection at Scale
Coordinating Architecture, Structure, and multiple MEP trades required continuous clash analysis and issue resolution.
Our Approach
How We Solved It
A structured BIM workflow with regular clash detection ensured seamless integration of all critical building systems.
Structural BIM Modeling
Built structural models to support dense MEP routing and equipment placement across the facility.
MEP BIM Modeling
Modeled mechanical, electrical, plumbing, fire protection, and ICT systems with LOD 350 precision.
Revit Family Creation
Created and maintained hundreds of specialized equipment families required for accurate data center modeling.
Shop Drawings Development
Produced shop drawings from coordinated models to support construction execution.
Clash Detection & Reporting
Ran continuous clash analysis across all trades with documented issue tracking and resolution.
BIM Coordination
Maintained multi-discipline coordination across a two-year engagement with strict quality control.
Execution Strategy
Structured BIM Workflow for Mission-Critical Delivery
We implemented a structured BIM workflow focused on accuracy and coordination. Regular clash detection prevented costly conflicts. The approach ensured seamless integration of all critical building systems.
Model Setup and BIM Standards Alignment
Model Setup and BIM Standards Alignment
0101Model Setup and BIM Standards Alignment
Model Setup and BIM Standards Alignment
- 02
Architectural and Structural Modeling
Architectural and Structural Modeling
02Architectural and Structural Modeling
Architectural and Structural Modeling
MEP and ICT System Modeling
MEP and ICT System Modeling
0303MEP and ICT System Modeling
MEP and ICT System Modeling
- 04
Revit Family Development
Revit Family Development
04Revit Family Development
Revit Family Development
Clash Detection and Issue Resolution
Clash Detection and Issue Resolution
0505Clash Detection and Issue Resolution
Clash Detection and Issue Resolution
- 06
Shop Drawing Production and Final Delivery
Shop Drawing Production and Final Delivery
06Shop Drawing Production and Final Delivery
Shop Drawing Production and Final Delivery
Project Outcomes
Coordinated. Approved. Delivered.
Project outcomes that reduced risks, improved constructability, and enhanced delivery confidence.
4x Cost Saving
Dedicated offshore BIM coordination reduced delivery cost across the two-year data center engagement.
90% On-time Delivery
Coordinated models and documentation were delivered on schedule across structured project milestones.
95% Project Efficiency
Continuous clash cycles and disciplined model management kept a ten-person team productive at scale.
99% Quality Assurance
LOD 350 compliance and quality control were maintained throughout the project lifecycle.