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We are looking for an FEA Electromagnetics Simulation Engineer to drive the electromagnetic design and optimization of electric motors for robotic actuators. In this role, you will use simulation and analytical tools to explore motor topologies, optimize performance, and guide design decisions before and during prototyping. You will work closely with electrical, mechanical, controls, and test engineers to ensure simulation results translate into real-world performance. This role is central to accelerating development cycles and pushing actuator performance to the next level.
Job Responsibility:
Perform electromagnetic simulations of electric motors using FEA tools
Design and optimize motor topologies for torque density, efficiency, losses, torque ripple, and other targets directly related to robot performance
Be part of concept development and selection through comparative simulation studies
Define and evaluate design trade-offs considering thermal, mechanical, and manufacturing constraints
Correlate simulation results with experimental test data
Work with mechanical engineers on geometry, materials, and tolerances
Support prototype iterations and root-cause analysis of performance gaps
Document models, assumptions, and simulation methodologies
Requirements:
Bachelor’s, Master’s, or PhD in Electrical Engineering or a related field
Strong industry background in electromagnetics and electric machine design
Hands-on experience with EM FEA tools for motor simulation (JMAG, Comsol, MotorCAD, …)
Deep understanding of electric motor physics
Ability to translate simulation results into actionable design guidance
Creative mindset to solve unsolved problems
Strong communication skills and comfort working in multidisciplinary teams
Nice to have:
Experience with robotic actuators or high-torque motors
Familiarity with thermal or structural simulation, as well as insights into electrical simulations or coupling