BIM Coordination and Modeling for Hyperscale Data Centers, Virginia

Project Overview

Building Type

Tier III Hyperscale Data Center

Deliverables

LOD 300 Revit Models for CFMF, Drywall & Ceiling Systems, Federated Navisworks Models (NWF/NWD), Clash Reports, Issue Logs, Custom Revit Families

BIM model showing structural layout and interior partitions of a hyperscale data center
Project Samples
Interior BIM model of a hyperscale data center

3D BIM model of data centers showing clash-free MEP and structural coordination.

Interior BIM model of a hyperscale data center

BIM coordination model of data centers – MEP, CFMF, Tier III, N+1 design.

BIM Plan Data Centers
North Virginia data center hub
Overview

A standardized BIM execution process was developed for Tier III hyperscale data center in Virginia’s Data Center Alley, a prominent internet hub and Virginia data center location. The process focused on establishing a unified data environment and model governance structure for efficient data center construction and buildout.

  • The initiative prioritized workflow alignment and information traceability to synchronize multiple design and trade teams working across parallel construction phases in this expansive data center space.
  • Defined under an ISO 19650-compliant BIM Execution Plan (BEP), the process sets clear modeling rules and digital approval protocols for all stakeholders involved in data center projects.
  • Advanced coordination was achieved through Autodesk Revit, Navisworks Manage, and Autodesk Construction Cloud (ACC), ensuring centralized issue management for complex data center facilities.
  • Guided by Tejjy Inc.’s BIM execution specialists, this governance-driven approach strengthened Microsoft’s internal BIM standards, delivering a repeatable, data-driven model workflow to support ongoing data center growth.
Digital Strategy Behind the Work

To streamline BIM delivery for data center, Tejjy Inc. established a BIM Execution Plan (BEP) centered on workflow governance and data transparency. The plan, aligned with ISO 19650 standards, unified file control, revision tracking, and model approval processes.

Key strategies included:

  • Used Autodesk Revit for LOD 300 modeling and Navisworks Manage for validation and coordination audits.
  • Applied Autodesk Construction Cloud (ACC) as the Common Data Environment (CDE) for RFI management and live issue tracking.
  • Standardized worksharing protocols to align multidisciplinary updates in real time.
  • Created custom Revit templates and parameter libraries to maintain uniform modeling quality.
  • Conducted weekly digital reviews within ACC to verify compliance and ensure model health.

This structured digital process enhanced data consistency, minimized coordination lag, and delivered a scalable BIM framework supporting Microsoft’s hyperscale expansion in Data Center Alley.

Key Deliverables
  • ISO 19650-based BIM Execution Plan (BEP) for workflow governance and data consistency in data center projects.
  • LOD 300 Revit models for CFMF, drywall, and ceiling systems tailored for data center facilities.
  • Federated Navisworks models (NWF/NWD) for cross-discipline validation in complex data center environments.
  • ACC-based Common Data Environment (CDE) for version control and collaboration across data center campuses.
  • Custom Revit templates and parameter sets ensuring model uniformity for diverse data center spaces.
  • Weekly governance dashboards for issue tracking and compliance reporting in the data center industry.
  • Structured BIM data ready for 4D, 5D, and facility management integration, supporting future data center expansion.

Complete your construction project on-time & within budget

What are the key components of a successful BIM Execution Plan (BEP) for data centers?

A strong BEP outlines modeling standards, collaboration workflows, and data-handling rules aligned with ISO 19650. For hyperscale data center project, Tejjy Inc. implemented a BEP covering CDE protocols, Revit templates, and RFI tracking, ensuring accuracy, consistency, and accountability across all trades involved in data center construction.

How does ISO 19650 compliance improve BIM project performance?

ISO 19650 ensures every BIM process follows verified data-management standards. Tejjy Inc. used this framework in our data center project to maintain traceable file structures, reduce version conflicts, and create an audit-ready digital record, critical for hyperscale data center reliability and the overall data center industry.

What advantages does Autodesk Construction Cloud (ACC) offer in BIM execution?

Tejjy Inc. leverage Autodesk Construction Cloud as a centralized Common Data Environment (CDE). The platform enables live coordination, automated approvals, and issue analytics, helping our design and construction teams manage data securely and efficiently across our expanding data center footprint.

How does BIM standardization by Tejjy Inc. accelerate multi-site data-center delivery?

By developing reusable Revit templates, parameter libraries, and standardized workflows, Tejjy Inc. creates a scalable data center campus BIM model that can be replicated in near future. This approach cuts setup time, maintains consistent modeling quality, and supports rapid data center buildout in response to the growing data center market demands.

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