What is computational design?
Computational Design is a process where engineering teams create algorithms that capture their engineering logic, enabling them to deliver high-performance products more quickly through rapid design iterations.
How does computational design work?
Capture your engineering logic
Create computational models that capture design intent and provide direct control over key parameters so you can produce any possible variant of your design.
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Iterate at the speed of compute
Rapidly generate design variants to explore more of your available design space, accelerate simulation-driven design, quickly build product families, or train AI surrogate models.
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Connect with production workflows
Integrate with your existing tools and processes so designs generated by the computational model can be quickly and easily evaluated, validated, documented, and prepared for production.
Learn moreWhen is computational design most effective?
Accelerate product development with rapid iteration.
NASA Goddard
36x
reduction in lead time - from weeks to days
ASME Webinar: Accelerating Product Engineering with Computational Design
Watch the webinar to see how engineers at NASA Goddard Space Flight Center use computational design to rapidly generate and evaluate design alternatives of mission critical components previously made from high-cost, long-lead time supermaterials.
Read more on computational design
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The Computational Design Era: Engineering at the speed of light
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Keynote: How computational design transforms engineering and product development
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nTop Siemens Energy at CDFAM NYC 2024
- CASE STUDY
Cobra Golf designed their LIMIT3D irons 50% faster with nTop
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Ocado 600s Bot with Chiara Ceccato
