Case Study · New York, USA

Scan to BIM Conversion for Residential House in New York, USA

Accurate multi-disciplinary BIM model developed from point cloud data for a residential house of 10,500 sq. ft. delivered in just 8 days.

As-Built BIM ModelResidential house scan to BIM model
Location
New York, USA
Building Type
Residential House
Project Area
10,500 sq. ft.
Project Duration
8 Days
Team Size
2 Members

Project Overview

Traditional measurement methods struggle to capture complex curved walls and intricate architectural details in luxury residences, creating risks for accurate renovation planning. Whereas, raw laser scan data captures everything but lacks usability for design teams. Bridging this gap required careful interpretation and coordination. We transformed point cloud data into precise 3D as-built models for a 10,500 sq. ft. residential house, capturing architectural, structural, and MEPF elements. Consistency across plans, sections, and elevations ensured a reliable representation of existing conditions within the 8-day project timeline.

High-Accuracy Output
Scan to Precise BIM Model
New York residential scan to BIM project overview
Software Used
Autodesk ReCap icon
Autodesk ReCap
Point Cloud
Autodesk Revit icon
Autodesk Revit 2024
BIM Modeling
AutoCAD icon
AutoCAD
2D Drafting

Scope of Work

Architectural
  • Detailed floor plans for all levels
  • Reflected ceiling plans with soffit heights
  • Roof plan with drainage and slope annotations
  • Exterior and interior elevation drawings
  • Section cuts through key architectural elements
  • Door and window schedules with openings
Structural
  • Structural framing layouts
  • Columns and beam modeling
  • Staircase and slab documentation
  • Roof structure modeling
MEPF
  • Mechanical ductwork routing and equipment locations
  • Electrical conduit runs, panels, and fixture positions
  • Plumbing supply and drain lines with fixture connections
  • Fire protection sprinkler layout
  • Coordinated MEPF clash detection

Client Challenges We Solved

Complex curved walls and façade geometry
Cross-discipline plan, section & elevation coordination
Consistent documentation accuracy across all trades
Scan clutter obscuring fine architectural detail
Incomplete MEP data requiring informed interpretation
Exterior surface accuracy in dense urban context

Project Execution Challenges & Approach

Challenge
Approach
Site obstructions and scan clutter
Manual interpretation of point cloud data with cross-section validation.
Complex curved and irregular geometry
Iterative modeling with multi-pass validation checks against scan references.
Incomplete or hidden MEP elements
Referenced available scan data; applied standard assumptions where gaps existed.
Exterior scan data accuracy
Cross-verified point cloud against 360° panoramas and multiple scan positions.
Maintaining quality within tight timeline
Parallel workflow execution across architectural, structural, and MEPF disciplines.

Challenge

  • Site obstructions and scan clutter
  • Complex curved and irregular geometry
  • Incomplete or hidden MEP elements
  • Exterior scan data accuracy
  • Maintaining quality within tight timeline

Approach

  • Manual interpretation of point cloud data with cross-section validation.
  • Iterative modeling with multi-pass validation checks against scan references.
  • Referenced available scan data; applied standard assumptions where gaps existed.
  • Cross-verified point cloud against 360° panoramas and multiple scan positions.
  • Parallel workflow execution across architectural, structural, and MEPF disciplines.

Project Inputs and Deliverables

Key Outcomes

Delivered fully coordinated as-built documentation across all three disciplines.
Eliminated repeat site visits during the design phase.
Reduced risk of costly on-site conflicts through clash-free MEPF coordination.
Ensured dimensional accuracy across all disciplines from a single coordinate system.
Structured model supports facility management, space planning, and future renovation phases.
Significantly faster delivery compared to traditional manual survey methods.

Business Impact

0%
Time Savings
0%
Faster BIM Delivery
0%
Reduction in Rework
0%
Client Satisfaction

"The precision of the as-built drawings was excellent, especially given the complex layout of the home. The team managed to turn around a massive amount of data into clear, coordinated plans within a very tight window. Having such a reliable set of documents from the start has made our renovation planning much smoother and saved us a lot of time on-site."

PM
Project Manager
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