Design optimisation

Turn competing design requirements into a decision

Noesis Solutions makes Optimus, a process integration and design optimisation platform that connects to your existing engineering tools and automates the loop between running simulations, exploring the design space and optimising against real constraints. It covers structural, fluid and multiphysics disciplines, so teams can weigh performance trade offs and land on a design with evidence behind it, rather than intuition alone.

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What Optimus does

Process automationConnects to your existing engineering tools and automates repetitive simulation and design steps.

Design space explorationUses experiments and modelling to map how design variables affect performance before committing to a direction.

Optimisation and robustnessNumerical optimisation and robustness analysis, to land on designs that hold up under real world variation.

Works with what you already have

Vendor neutral architecture integrates with existing engineering tools across structural, fluid and multiphysics disciplines.

Automates the repetitive parts

Takes over repeated simulation and design steps, freeing engineers to focus on interpreting results rather than running them.

Objectives driven engineering

Built around finding the best trade off across competing performance requirements, not just optimising one metric in isolation.

Status

Full page content in progress

This page is a placeholder built from Noesis Solutions' own public description of Optimus, so it needs a proper review before it goes live, particularly around how HAH represents this relationship.

What still needs writing

Confirmation of HAH's relationship with Noesis and how it should be described, which industries or use cases to lead with, pricing or licensing detail, and any customer examples you'd like included.