Cognitive Design helps engineering teams generate, compare and validate high-performance part concepts while keeping manufacturability, cost, weight, CO2 impact and production constraints visible from the earliest design phase.
Additive manufacturing part development often requires early trade-offs between performance, manufacturability, cost, material use and production feasibility. Cognitive Design brings these decisions into the concept phase by combining generative design, topology optimisation, simulation feedback and manufacturing constraints. This helps engineering teams reduce redesign loops, compare alternatives faster and move towards AM-ready designs with greater confidence.
Supports early concept generation, design space exploration and manufacturability-driven engineering decisions.
Ideal for lightweight, structural, protective and thermo-mechanical parts where performance and production feasibility must be balanced.
Helps teams evaluate whether a concept is suitable for additive manufacturing before detailed CAD, quoting or production preparation.
Generate design alternatives based on engineering requirements, design space, load cases and manufacturing constraints.
Explore lightweight structures that balance stiffness, strength, material use and manufacturability.
Use structural and thermo-mechanical feedback earlier in the design process to compare and refine concepts.
Include AM and conventional manufacturing constraints during concept exploration instead of checking them too late.
Compare design variants on performance, weight, cost, manufacturability, CO2 impact and lead time.
Capture engineering know-how in repeatable workflows for teams, programmes and recurring part families.
For teams developing structural, protective, load-bearing or thermo-mechanical components.
For specialists evaluating AM design freedom, production feasibility and manufacturability constraints.
For aerospace, defense, space, automotive and industrial equipment organisations exploring advanced part development.
Cognitive Design fits upstream of detailed CAD engineering and build preparation. It supports workflows where requirements, load cases, design space, manufacturability and cost-performance trade-offs need to be explored before parts move into production preparation, machine workflows and validation.
