01
Geometry Intelligence
Transform complex CAD geometry into structured, engineering-aware representations suitable for AI reasoning and optimisation — spanning B-Rep, STEP, surface topology, curvature and geometric relationships.
Technology
Engineering intelligence for geometry, simulation and optimisation.
Make Intelligence builds the technical foundations that turn CAD geometry into engineering-aware representations AI can reason about, modify and improve.
Core technology
Turning geometry into engineering intelligence.
Traditional CAD systems represent geometry through mathematical and topological entities such as surfaces, faces, edges and B-Rep structures.
AI needs a higher-level representation to make meaningful engineering decisions.
Make Intelligence introduces an engineering-aware feature layer that transforms raw geometry into design features that AI can understand, reason about and optimise.
Raw CAD Geometry
- Faces
- Edges
- Surfaces
- B-Rep
Engineering Feature Intelligence
- Fillet Radius
- Local Curvature
- Flange
- Trim Line
- Blank Boundary
- Surface Region
- Draw Bead
AI Engineering
- Analyse
- Reason
- Modify
- Optimise
Technology pillars
Four foundations of engineering intelligence.
02
AI Engineering
AI agents reason about engineering objectives, simulation results and manufacturability constraints to propose meaningful design changes on controlled parameters such as fillet radius, local curvature, flange geometry and trim boundaries.
03
Simulation Intelligence
Connect engineering simulation with AI-driven design decisions. Built to integrate with forming workflows such as AutoForm, PAM-STAMP and other CAE systems — using strain, thinning, stress, cracking, wrinkling and springback as engineering signals.
04
Closed-Loop Optimisation
Continuously connect design, simulation, evaluation and optimisation. AI assists in analysing results and determining the next engineering modification — while the engineer remains in control.
System architecture
A technical stack for closed-loop engineering.
Layer 01
User / Engineer
Layer 02
Auto-Die Design Interface
Layer 03
AI Engineering Engine
Layer 04
Engineering Feature Layer
Layer 05
CAD Geometry Engine
Layer 06
Forming Simulation
Layer 07
Engineering Evaluation
Layer 08
Optimisation Engine
Feedback into AI Engineering Engine