Yes, especially in high‑engineering industries: aerospace, automotive, industrial equipment.
Companies building advanced, lightweight structures benefit from generative design.
(Depending on Experience & Location)
(Depending on Experience & Location)
(Depending on Experience & Location)
CATIA interface, workbenches, navigation Sketcher: creating 2D sketches, constraints
Basic 3D features: pad / pocket, shaft, groove Dress-up features: fillet, chamfer, draft Boolean operations (add, cut, intersect)
Sheet metal workbench: flanges, bends, walls Unfold / flattening sheet metal parts
Defining design space (functional regions), constraints, loads Dassault Systèmes Running optimization / target-driven design Trade-off studies, analyzing KPIs (mass, stiffness, etc.)
Create a part using sketches → pad → pocket → fillet → draft.
Use Generative Shape Design to create a complex free-form surface (e.g., car panel).
Design a sheet‑metal bracket, bend it, flatten it, and export flat pattern.
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