Scan to BIM As-Built Modeling for Industrial Facility in Texas, USA
Comprehensive multi-disciplinary BIM model developed from point cloud data for a 90,000 sq. ft. industrial facility, delivered at LOD 300 in just 22 days.
Project Overview
Industrial facilities often contain dense structural layouts, exposed mechanical systems, and large operational spaces that are difficult to document accurately using traditional methods. Converting raw point cloud data into a coordinated BIM model requires careful interpretation and validation across disciplines. This project involved developing an LOD 300 as-built Revit model for a 90,000 sq.ft. industrial facility in Texas. Architectural, structural, and mechanical elements were coordinated into a single model, providing reliable documentation for renovation planning, facility upgrades, and long-term maintenance.
Scope of Work
Architectural
- Detailed floor plans at all levels
- Exterior and interior elevation drawings
- Roof plan with drainage and equipment layout
- Door and window schedules with dimensional annotations
- Reflected ceiling plans for all primary spaces
Structural
- Structural framing plans including beams, columns, and bracing
- Foundation layout with pad and footing locations
- Mezzanine and elevated slab documentation
- Structural grid overlay coordinated with architectural model
Mechanical
- HVAC Ductwork and Equipment
- Piping Systems Layout
- Equipment Placings and Clearances
- Mechanical Room Details
Client Challenges We Solved
No existing updated as-built documentation for the industrial facility
Complex structural framing and industrial-grade mechanical systems requiring precise capture
Large open-span areas with limited reference points for spatial accuracy
LOD 300 accuracy required across all three disciplines simultaneously
Tight delivery deadline without on-site access delays
Risk of clashes between Mechanical routing and Structural framing elements
Project Execution Challenges & Approach
Challenge
- Large facility coordination
- Dense mechanical systems
- Incomplete scan regions
- Multi-discipline consistency
- Accelerated delivery timeline
Approach
- Divided modeling zones discipline-wise for parallel execution and faster coordination.
- Cross-verified duct and pipe layouts using sectional scan references.
- Referenced adjacent scan positions and validated missing areas with available documentation.
- Maintained shared modeling standards and centralized quality control workflows.
- Executed simultaneous QA/QC reviews throughout modeling and documentation stages.
Project Inputs and Deliverables
Key Outcomes
Business Impact
"The speed at which the team delivered the project was impressive. Handling the mechanical complexity was our biggest concern, but the final model was precise and fully coordinated. It has significantly reduced our planning risks and allowed us to move into the design phase much earlier than anticipated."
Simplify Industrial Facility Renovation Planning with Accurate BIM Models
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