BIM Coordination for Data Center, Northern Virginia
Project Overview
Building Type
Tier III Hyperscale Data Center, Northern Virginia
Deliverables
LOD 300 Revit Models for CFMF, Drywall & Ceiling Systems, Federated Navisworks Models (NWF/NWD), Clash Reports, Issue Logs, Custom Revit Families
Project Samples
3D BIM model of Tier III data center showing clash-free MEP and CFMF coordination using Revit and Navisworks.
BIM coordination view MEP routing and dual-path (N+1) power systems modeled with Autodesk Construction Cloud.
Overview
3D BIM coordination and modeling were carried out for Tier III hyperscale data center located in Northern Virginia’s Data Center Alley. The project focused on developing precise LOD 300 Revit models for cold-formed metal framing (CFMF), drywall, and ceiling systems to ensure design accuracy and constructability.
- The coordination integrated MEP and structural modeling to ensure constructability and compliance with Tier III mission-critical standards.
- High MEP density, complex ceiling transitions, and rapid RFI cycles demanded iterative clash detection and model refinement.
- The project also required accurate modeling of dual-path (N+1) power and cooling systems to support operational reliability.
- Led by Tejjy Inc.’s BIM coordination team, the use of Autodesk Revit, Navisworks Manage, and Autodesk Construction Cloud (ACC) enabled proactive issue resolution.
- Resulting in a 30% reduction in field clashes and a 5–7% schedule improvement across the hyperscale facility.
Digital Strategy Behind the Work
Delivering precise coordination for data center required a connected BIM execution strategy powered by Autodesk Revit, Navisworks Manage, and Autodesk Construction Cloud (ACC). Tejjy structured the workflow around an ISO 19650-compliant BIM Execution Plan (BEP), ensuring every trade operated within a unified digital environment.
Key strategies involved:
- Developing detailed LOD 300 Revit models for framing, drywall, and ceiling systems.
- Performing iterative clash detection in Navisworks for proactive conflict resolution.
- Using ACC as a Common Data Environment (CDE) for model sharing and RFI management.
- Applying Revit Worksharing for synchronized updates across multi-trade teams.
- Customizing Revit families for CFMF and ceiling components to enhance fabrication accuracy.
This digitally integrated workflow streamlined communication, minimized rework, and validated constructability, reinforcing Tejjy’s leadership in BIM coordination for mission-critical data centers across Northern Virginia’s Data Center Alley.
Key Deliverables
- LOD 300 Revit models for CFMF, drywall, and ceiling systems.
- Federated Navisworks models (NWF/NWD) integrating architectural, structural, and MEP trades.
- Custom Revit families for framing and ceiling components.
- Weekly clash detection reports and issue logs to maintain model accuracy.
- Project-specific BEP aligned with ISO 19650 and Tier III requirements.
- ACC-based Common Data Environment for model sharing and version control.
- As-built ready deliverables supporting construction coordination and facility management.
Complete your construction project on-time & within budget
How does BIM coordination support sustainability in hyperscale data centers?
BIM enables precise material estimation, efficient MEP routing, and waste reduction during construction. For hyperscale facilities, coordinated digital models help lower embodied carbon, improve energy efficiency, and optimize long-term operational performance, key aspects of sustainable data center design. This approach is particularly relevant for AI data centers, which require advanced sustainability measures.
What role does BIM play in risk mitigation for mission-critical projects?
By visualizing construction conflicts early, BIM reduces safety risks and costly field rework. Clash detection in tools like Navisworks Manage and issue tracking through Autodesk Construction Cloud help identify design or installation risks before they affect Tier III operations. This is crucial in the data center industry, where downtime can have significant consequences.
Why are custom Revit families important for large-scale data center modeling?
Custom Revit families allow accurate representation of proprietary components such as hangers, tie rods, and electrical racks. In hyperscale projects, this level of detail ensures fabrication precision, improves coordination accuracy, and simplifies field installation. This precision is essential for optimizing data center space and supporting data center growth.
How does 3D laser scanning assist in creating accurate demolition drawings?
3D laser scanning captures precise as-built conditions, even in warehouses with heavy equipment. Tejjy uses this data to build accurate Scan-to-Revit models, ensuring permit-ready demolition drawings in Jessup, Maryland are reliable, compliant, and error-free. This technology is particularly valuable in data center complexes where accurate documentation is crucial for expansion or renovation projects
