Simulation Engineer - Electromagnetics (human)
TLDR
Optimize electric machines through FEM simulations, performance maps, and test-bench correlation for torque density, efficiency, and noise behavior.
This is where Artificial Intelligence comes to life
The Simulation team calculates the drives, gearboxes, and structures of our robots before the first prototype exists. Using FEM, CFD, and multibody simulations, it secures performance, service life, and noise behavior.
Your mission & challenges
You size our electric machines electromagnetically and optimize them for torque density, efficiency, and noise behavior.
• Electromagnetic sizing and simulation of electric machines (FEM, e.g., Ansys Maxwell, JMAG, Motor-CAD)
• Optimizing torque, losses, cogging torque, and NVH behavior
• Creating performance maps and handing results to controls and thermal sizing
• Correlating simulation with test-bench measurements
• Supporting electric machine design with design decisions
What we're looking for
• Degree in electrical engineering, mechatronics, or physics
• Experience in electromagnetic FEM simulation of electric machines
• Knowledge of motor topologies (PMSM, BLDC) and their sizing
• Scripting skills (Python, MATLAB) are a plus
• Analytical, results-oriented way of working
Neura Robotics builds advanced human-robot systems that ensure safe and compliant collaboration between people and machines. Targeting industries that require efficient and reliable robotic solutions, we integrate cutting-edge software and hardware capabilities to adapt to ever-changing market demands while maintaining the highest standards of safety and performance.
- Founded
- Founded 2019
- Employees
- 201-500 employees
- Industry
- industrial automation
- Funding stage
- Series B
- Total raised
- $200M raised