Discover how a unified MODSIM approach helps engineering teams optimize electric drive performance across electromagnetic, structural, and thermal domains from one CAD model—faster, with confidence.
Engineering teams developing electric drives face increasing pressure to deliver higher efficiency, lower losses, and quieter operation under tighter timelines.
A critical pain point is fragmented workflows: electromagnetic, structural, and thermal analyses operate in isolated tools, making it difficult to trace issues, validate design choices, or iterate quickly. This fragmentation leads to late-stage surprises, extended development cycles, and costly redesigns.
Dassault Systèmes directly addresses these challenges with an integrated MODSIM multiphysics environment. The SIMULIA Electromechanical Analysis Engineer role puts a strong focus on high-fidelity electromagnetic simulation of the electric machine. By unifying critical analyses in one platform, Dassault Systèmes helps customers identify root causes earlier, reduce iteration time, and bring optimized electric-drive designs to market faster and with confidence.
Who should attend?
Electrical engineers involved in electric drive design, and electric motor engineers.
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