ESDAgentic-AI simulation workflow
Electromagnetic Solver in
Eigen Space Design
An integrated electromagnetic simulation module that helps engineers analyse motor performance and engineering insights across operating conditions.
An integrated electromagnetic simulation module that helps engineers analyse motor performance and engineering insights across operating conditions.
We empower engineers to address complex electric motor design challenges through high-fidelity electromagnetic simulation and overall machine reliability across every stage of development.
Accelerate electric machine development from geometry parameters to engineering-ready results through integrated design, simulation, optimisation, and analysis workflows across the entire development cycle.
Create simulation-ready electric-machine models with automated geometry generation and intelligent meshing for faster design iterations.
Demo
Resolve time-varying electromagnetic fields while accounting for rotor movement, changing excitation, and material behaviour throughout the electrical cycle.
Demo
Convert electromagnetic field solutions into practical engineering outputs for design comparison, validation, and optimisation.
Demo
Discover how our cutting-edge solutions can transform your projects. Let’s explore what we can achieve together.
Industry
Academia
Translate electromagnetic simulation results into the key performance indicators needed to evaluate motor behaviour, compare design variants, and support engineering decisions across the operating cycle.
Visualize magnetic-field distribution across the complete motor domain to identify saturation, leakage paths, and magnetic loading.
Calculate instantaneous, average, and torque ripple characteristics throughout the electrical cycle.
Automatically derive phase back-EMF from transient flux linkage for drive-system development.
Find quick answers about Eigen Space Design, simulation workflows, optimisation, and engineering support.
ESD supports multiple motor topologies, including BLDC, PMSM, induction, and other rotating electrical machines. The platform is designed to adapt to different motor design and simulation workflows.
Yes. ESD enables multi-parameter optimisation for BLDC motors, allowing engineers to explore design variables, evaluate trade-offs, and identify high-performance configurations efficiently.
ESD automates repetitive simulation setup tasks, supports optimized solver workflows, and leverages scalable compute resources to reduce engineering iteration time and accelerate design validation.
Yes. Our engineering team assists with simulation workflows, model setup, troubleshooting, and best practices to help you achieve reliable results faster.
Absolutely. Engineers can define geometric constraints, packaging envelopes, and design parameters during optimization to ensure generated solutions satisfy real-world manufacturing requirements.