ETS · engineering that holds up

Engineering software for the question, the part, and the organization.

Choose the entry point that matches your engineering work: investigate a question, develop a part, integrate calculations, or evaluate governed engineering AI.

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Different jobs. A connected engineering workflow.

CapabilityBest starting questionWhat to evaluateNext step
ChatETSWhat guidance and sources apply to this design?Source quality, application assumptions, appropriate use of engineering judgment.Explore →
ETS BuildHow do we develop and document this part?The relevant workspace, input formats, analysis scope and review outputs.Explore →
Applied Physics EngineHow can calculations be integrated and reproduced?Supported calculation, inputs, units, validity limits and integration contract.Explore →
Enterprise platformHow do we govern engineering AI across the team?Deployment, authorization, evidence, audit needs and pilot acceptance criteria.Explore →

Before adoption

Evaluate on your own engineering question.

Bring a representative use case

Define the engineering task, required inputs, decision owner and acceptable output. A demo should prove a workflow, not just show a dashboard.

Identify deployment constraints

Discuss data sensitivity, access controls, integration and review requirements before choosing a deployment model.

Keep engineering accountability

Software output is an input to a design decision. Confirm assumptions, sources, model scope and required verification with the responsible engineer.

Put the next step on the calendar.

Tell us the application, the decision and what is at stake. We will help identify the appropriate next step.

Request a demonstration →