Discover how a unified MODSIM approach can ensure the core electromagnetic behavior of your electric drive system and assess the performance across structural and other domains from one CAD model.

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https://events.3ds.com/electromechanical-analysis-edrives-droids

Electromechanical analysis: from e-drives to droids

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.

Key takeaways:

• True MODSIM design optimization of electrical machines

• Optimize electrical machines across multiple physics domains using a single CAD model

• Accelerate electric drive design with an integrated workflow that reduces scattered tool sets