Robust Topology optimisation for Sustainability at Scale in Automotive

Learn how Synera enables design optimisation innovation in automotive at an unprecedent scale by making part designs systematically be topology optimized through highly customized and reusable customer workflows.

Stochastic topology optimisation improves automotive components’ safety and performance by creating lightweight designs that are formally robust and durable components. As the automotive industry evolves towards eMobility, there is an ever increasing need for a step-change improvement in efficiency and weight reduction to counterbalance the mass of battery packs; making topology optimisation ever more important in shaping the vehicles of the future.

This webinar show Synera's low code platform for open connectivity between engineering solutions, enables design optimisation innovation in automotive at an unprecedent scale by making part designs systematically be topology optimized through highly customized and reusable customer workflows. Rafinex’ stochastic topology optimisation technology can account for variability in input data, thereby enabling companies to directly connect their experimental and IoT dataset into physical design optimisation.

Our speakers

Andrew Sartorelli

Product Manager and Partnerships Manager

Synera GmbH

Jousef Murad

Senior Product & Marketing Manager

Synera GmbH

André A.R. Wilmes

CEO & Founder

Rafinex

Our partner

Rafinex

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Rafinex is one of the most interesting of a new generation of technology providers in the composites space, adding genuine value to the design process and enabling Carbon ThreeSixty to deliver ever more optimised structural composites to the automotive and land defence clients

Learn how Synera can benefit you and your company now!