Electric Motor Designer

Location: Bielsko-Biała, Poland
Work model: 100% on-site
Employment: Full-time
About the company
We are developing the production of high-tech components for unmanned aerial systems (UAVs), including electric motors, electronics, and servo systems.
Our goal is to develop and manufacture advanced engineering solutions with maximum development speed and efficiency. That is why AI is an integral part of our engineering process — every engineer is expected to use modern AI tools to accelerate analysis, simulation, optimization, research, and development.
We are currently looking for a Motor R&D Engineer / Electromagnetics Engineer who will be responsible for the design and optimization of electromagnetic systems for electric motors.
Your responsibilities
Design and development of electromagnetic systems for electric motors.
Calculation and optimization of electromagnetic motor parameters.
Electromagnetic simulation and analysis.
Working with Ansys Maxwell, JMAG, or similar CAE/FEM tools.
Optimization of motor designs considering efficiency, torque, power, thermal performance, and other key parameters.
Analysis of simulation results and preparation of technical recommendations.
Cooperation with mechanical, electronics, and manufacturing engineers during product development.
Participation in prototype testing and further design optimization.
Using AI/ML tools to accelerate engineering calculations and design optimization.
Using LLMs and AI-powered search tools to analyze scientific publications, technical documentation, and identify potential engineering solutions.
Continuously identifying opportunities to automate and accelerate R&D processes using AI.
AI-first engineering
For us, AI is not an optional skill — it is part of the everyday engineering workflow.

You will be expected to actively use AI for:

analysis and optimization of simulation results;
applying ML modules in Ansys/JMAG and other simulation tools;
automating routine engineering calculations;
analyzing technical data;
researching and structuring information from scientific publications;
generating and evaluating engineering hypotheses with LLMs;
accelerating the idea → simulation → optimization → prototype → testing cycle.

Requirements

Professional experience in electromagnetic design of electric motors.
Strong understanding of electric machines and electromagnetic systems.
Practical experience with FEM/CAE simulation tools.
Experience with Ansys Maxwell, JMAG, or similar software.
Understanding of electromagnetic modeling and motor parameter optimization.
Experience with permanent magnets, windings, and magnetic materials.
Ability to analyze simulation results and translate them into practical engineering solutions.
Strong engineering and analytical mindset.
Willingness to actively use AI/ML and LLM tools in everyday engineering work.
English sufficient to work with technical documentation and scientific publications.

Nice to have

Experience designing BLDC / PMSM / IPM / SRM motors.
Experience with motors for UAVs, drones, robotics, or aerospace.
Python or other programming skills for calculation and optimization automation.
Experience with ML-based surrogate modeling, parameter optimization, or design optimization.
Experience with experimental test benches and validation of simulation results.
Publications, patents, or personal R&D projects related to electromagnetics or electric machines.

What we offer

The opportunity to work on high-tech components for UAV systems.
Real R&D work, from concept and simulation to prototypes and serial production.
An AI-first engineering environment, where AI tools are part of the daily workflow.
The opportunity to influence the architecture and performance of new motor designs.
An international engineering environment.
Modern production facilities and exposure to the full development cycle.
Professional growth in electromagnetic design and AI-assisted engineering