Transform 3D BIM models into fabrication-ready intelligence
Quantify constructability and modularization readiness from a single concept-level model — before costly decisions are locked in
Quantify constructability and modularization readiness from a single concept-level model — before costly decisions are locked in
💡 The Problem
In modular projects, teams make high-impact decisions using BIM tools that show geometry, but provide no insight into efficiency, space utilization, or assembly risk.
In modular projects, teams make high-impact decisions using BIM tools that show geometry, but provide no insight into efficiency, space utilization, or assembly risk.
This causes recurring issues:
- No automated space-utilization metrics
- Manual comparisons between layout revisions
- Time-consuming measurements in Navisworks
- No AI tools for fabrication-driven optimization
As a result → modules look “acceptable,” but hide wasted volume, unnecessary weight, and expensive rework down the line.
🛠 SCANENG MAP — The Solution
A cloud platform + automation plugin that extracts real engineering value from your 3D models
Built on Autodesk Forge and Navisworks automation
We convert BIM geometry into measurable fabrication metrics — automatically
Core Capabilities:
🧩 Automatic space-utilization calculation per module or element
⚙️ Compare design configurations for efficiency & transportability
🤖 AI Efficiency Advisor with smart recommendations
📊 Export metrics into dashboards, reports, and fabrication workflows
⚙️ How It Works
Step 1 — Upload your 3D model
Navisworks or IFC.
Step 2 — Automatic module detection
System groups equipment, frames, and piping into modules.
Step 3 — AI-driven metrics
The platform calculates utilization ratios, weight factors, and fabrication KPIs.
Step 4 — Compare design alternatives
Rev 1 vs Rev 2 → where you gained density, where you lost space.
Step 5 — Use BIM 360 as a centralized repository for models/results.
Smart suggestions based on 3D geometry:
- where space is wasted
- where routing/geometry can be improved
- where density can be increased
- what blocks the maintenance envelope
- what layout changes improve overall efficiency
- Faster layout reviews
- Reduction in manual measurements
- Objective utilization scoring
- Easily defensible engineering decisions
- Standardized module KPIs
- Better fabrication readiness
🔗 Why It Matters
Success depends on layout density, transportability, and maintenance envelopes
ScanEng Map bridges BIM and fabrication decisions by quantifying spatial and modularization performance
Success depends on layout density, transportability, and maintenance envelopes
ScanEng Map bridges BIM and fabrication decisions by quantifying spatial and modularization performance
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