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Accelerate Your Engineering Workflow with Cognitive Design

Cognitive Design is an on-premise AI-powered concurrent engineering platform that accelerates the development of high-performance, manufacturable, and sustainable products.

3D CAD software interface displaying a gray mechanical part model with design and export options.

Trusted by industry leaders worldwide

Built for the Cognitive Era of Engineering

Shorten product development cycle from the earliest concept phase.

50
x
faster

Design generation

7
x
faster

Product engineering cycle

Reusability of engineering workflows

Leverage advanced Generative-AI to design high-performance parts faster.

Our software revolutionizes the design process by integrating advanced optimization techniques. With an implicit modeling engine, it generates and refines designs at unprecedented speeds. This ensures that your projects meet all production constraints while maximizing performance.

Automatically generate high-performance designs in record time

Achieve rapid design iterations for both structural components such as brackets and protective parts, without compromising on quality or reliability.

Integrate manufacturing insights to design with confidence

Our software allows you to create advanced production-ready parts for Molding, Machining, Casting, Additive Manufacturing and Forging.

Generate the right design with data-driven exploration tools

Drive smart, informed exploration thanks to AI-powered modules to generate the right design in minutes

Cognitive Design 2.0 logo with a stylized purple brain icon on the left.

Explore Faster with The New Cognitive Design 2.0

Cognitive Design 2.0 fuses cutting-edge generative design with an advanced interface to rapidly explore alternatives and pinpoint the optimal, requirements-driven solution. Track every iteration, compare across multiple KPIs, and design with true agility.

Automate design generation to achieve maximum performance in no time.

Instant comparison of cost, weight, CO₂ emission and lead time

Seamless report generation for technical reviews and stakeholders

3D modeling software interface showing steering knuckle designs, optimization settings, and a scatter plot of cost versus weight.

Capture your engineering knowhow. Optimize your Operational Excellence.

Learn more about Reusable Workflows
Learn more about Reusable Workflows
3D model of a metal mechanical part displayed in front of a computer screen showing engineering software interface.

Accelerate design with flexible, data-driven workflows

Adjust optimization parameters freely anywhere without disrupting downstream and upstream design work.

Collaborate seamlessly with shareable, reusable processes

Share secure, reusable workflows that connect teams, streamline processes, and accelerate engineering performance.

Power concurrent engineering with the right platform

Manage multidisciplinary design intents in one plaform throughout the product development cycle

Nicolas Bellomo

Thanks to Cognitive Design, we were able to rapidly design and validate a structurally optimized tank that fits within our CubeSat constraints, integrates all required functions, and meets demanding pressure requirements. It’s a game-changer for enabling component design exploration high-performance propulsion in small satellite platforms.

Nicolas Bellomo
CTO

Unlock Your Design Potential

Request a demo to see how Cognitive Design by CDS can revolutionize your engineering workflow

Efficiency

We shift the engineering paradigm

From concept to production, every decision is traceable, auditable, and connected, linking engineering insights and environments into one unified digital workflow.

Organization - Integrate & Accelerate

Keep design objectives aligned across disciplines by centralizing requirements, decisions, and constraints in one environment. Maintain clear traceability and drive efficient collaboration from initial concept through final production.

Project management
  • CAD

  • Costing

  • Sustainability

PLM
  • MBSE

  • Configuration Management

Engineering Team - Share & Increment

Enable engineering teams to work seamlessly by sharing secure, reusable workflows that standardize processes, preserve expertise, and accelerate development. Facilitate efficient collaboration while safeguarding critical design optimization data.

Mechanical
  • Test Data

  • Digital Twins

CEA Engineering
  • FEA

  • Engenering Data

Engineers - Create & Optimize

Accelerate your engineering workflows with customizable, data-centric processes that enable you to explore, validate, and optimize high-performance parts faster. Integrate design, simulation, and manufacturing data to reduce development cycles.

Design optimization
  • Manufacturing

  • Lightweighthing

  • Verstile workflows

Dark style image of a part
Key enablers

The combination of key enablers to accelerate design

Our next-generation geometric kernel leverages implicit modeling technology, enabling ultra-fast, robust modeling of complex, manufacturable geometries, overcoming the limitations of traditional boundary representations.

This is complemented by our advanced parametric workflows, manufacturing automation modules, and AI-driven multi-objective generative optimization, together creating a comprehensive, data-driven platform for high-performance, manufacturable product design

FAQs

Explore our frequently asked questions to understand how our software can benefit you.

What training is required to use Cognitive Design effectively?

Engineers typically become productive within one to two weeks of training. The intuitive interface builds on familiar CAD concepts while structured courses cover optimisation setup, manufacturing constraints, and workflow automation.

What reporting capabilities does Cognitive Design offer?

Cognitive Design generates customisable reports including design summaries, comparison matrices, and performance charts. Reports export to standard formats for integration into technical documentation and project deliverables.

What is the typical time-to-first-concept with Cognitive Design?

Engineers generate first optimised concepts within a few hours of defining requirements using Cognitive Design. Traditional approaches requiring manual CAD modelling and separate simulation take days or weeks to reach equivalent design maturity.

What file formats does Cognitive Design support for export?

Cognitive Design exports optimised geometries in industry-standard formats including STEP, STL, and native CAD formats. The platform maintains high geometric fidelity during export, ensuring seamless integration with downstream CAD/CAM systems and manufacturing workflows.

What is Cognitive Design software?

Cognitive Design is an AI-powered concept exploration platform for mechanical and thermo-mechanical parts. It combines generative design, topology optimisation, and integrated simulation to accelerate the design phase while ensuring manufacturing feasibility from the start.

What deployment options are available for Cognitive Design?

Cognitive Design offers flexible deployment including on-premise installation and private cloud options. On-premise deployment ensures complete data sovereignty, meeting security requirements of aerospace, defence, and regulated industries.

How much time does Cognitive Design save in the concept phase?

Cognitive Design reduces concept phase duration from 24-38 weeks to 4-6 weeks typically. By running simulation and manufacturability checks concurrently with design exploration, engineers eliminate sequential iteration delays that dominate traditional workflows.

How does weight reduction from Cognitive Design impact costs?

Weight reductions of 30-45% directly reduce material costs and improve product performance. In aerospace and automotive applications, lighter parts also reduce operational costs through improved fuel efficiency over product lifetime.

How does Cognitive Design impact project schedules?

Projects using Cognitive Design meet milestones more predictably by front-loading design exploration. Reduced iteration loops and earlier issue detection prevent schedule overruns that plague traditional development approaches.

How does on-premise deployment work for Cognitive Design?

On-premise deployment installs Cognitive Design entirely within customer infrastructure. All design data, optimisation results, and intellectual property remain on local servers with no external data transmission required.

How does Cognitive Design integrate with existing CAD systems?

Cognitive Design exchanges data with major CAD platforms through standard formats like STEP and IGES. Optimised geometries import directly into SolidWorks, CATIA, NX, or Creo for detailed design refinement and documentation.

How does Cognitive Design reduce prototype iteration costs?

Thorough virtual exploration reduces physical prototype iterations by 40-60%. Each avoided prototype cycle saves thousands in tooling, material, and testing costs while accelerating development timelines.

How does Cognitive Design ensure design traceability?

Every design decision in Cognitive Design is automatically documented with full parameter history. Engineers can trace any geometry back to its input requirements, constraints, and optimisation settings, supporting quality audits and regulatory compliance.

How does Cognitive Design support design reviews?

Cognitive Design generates comprehensive reports showing design evolution, trade-off analyses, and performance summaries. Interactive visualisations and comparative charts support effective design review meetings with technical and management stakeholders.

Unlock Your Design Potential

Request a demo to see how Cognitive Design by CDS can revolutionize your engineering workflow