The Release Roundup of June: New Thermal Integration, Simulation & Manufacturing-Driven Design for Machining Enhancement

About this webinar

Each release, the Cognitive Design team runs a live product demo to show exactly what shipped and how it performs on real engineering challenges. Demo-first, with the platform running throughout and the features that matter front and center.

Cognitive Design 2.1 brings two major additions: native thermo-mechanical simulation and a significant step forward in Manufacturing-Driven Design for Machining, alongside simulation and topology optimization improvements.

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What you'll see

• Thermo-mechanical simulation, now native to Cognitive Design. Heat exchangers, cold plates, structural engine parts, electronics brackets: thermal-driven design can now be explored and validated at the same speed as structural work, within the same platform and workflow.
• Flexible Remote Load for more realistic boundary conditions. More complex, more realistic loading scenarios at concept stage.
• Manufacturing-Driven Design for Machining Enhancement. Direct control over pocket geometry and surface finish, producing cleaner, more realistic machined parts from the first generation run.
• Stress Objective for topology optimization. A new optimization lever for engineers who need to control structural integrity alongside mass and stiffness.

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Who should attend

• Mechanical and design engineers working on structural, thermal, or weight-critical parts
• Engineering managers evaluating concept exploration and simulation tools
• Teams looking to unify CAD, CAE, and manufacturing validation within a single concept workflow