Cognitive Design by CDS
AI-Driven Platform to Accelerate Engineering for High-Performance Parts
Cognitive Design leverages AI to help engineers rapidly identify and design manufacturable parts that meet the most stringent performance requirements.
The Software of Choice for Additive Manufacturing
Generative AI Design
Rapidly generate high-performance parts with automated optimization tools.
Manufacturing-Driven Design
Ensure manufacturability from the start and avoid flaws during production.
Simulation-Driven Optimization
Validate designs faster with simulation-integrated workflows.
Reusable Workflows
Capture and share parametric, data-driven processes across your teams.
Not sure which solution fits your design process?
Contact our consultants to discover how Cognitive Design can optimize your performance.
Why Choose Cognitive Design
- Achieve up to 50× faster design generation and 7× faster engineering cycles.
- Compare costs, weight, CO₂ emissions, and lead time across design alternatives.
- Trusted by aerospace, automotive, and defense industries.
- Flexible licensing with strong training and support.
See What Cognitive Design Can Mean
For Aerospace
Accelerate lightweight, high-strength structure development with manufacturability built in.
For Automotive
Streamline components with smarter optimization loops for cost and weight savings.
For Defense & Space
Design resilient parts for demanding environments like CubeSats and aerospace applications.
For Cross-Functional Teams
Centralize CAD, costing, simulation, and collaboration in one platform.
For Simulation-Driven Design Teams
Seamlessly connect simulation data to refine geometry in real time.
For Sustainable Engineering
Quantify and reduce CO₂ emissions, weight, and cost across your product lifecycle.
Have a unique challenge?
Let’s explore how Cognitive Design can accelerate your innovation while ensuring manufacturability and sustainability.
Have a unique challenge?
Let’s explore how Cognitive Design can accelerate your innovation while ensuring manufacturability and sustainability.