1. Responsible for developing classical & up-to-date Control system algorithms using Mathworks tools
2. Develop and tune field-oriented control (FOC) algorithms including d-axis and q-axis (torque-forming) current controllers
3. Design and implement PI/PID current regulators for various requirements
4. Develop the torque demand arbitration and path from driver request (accelerator pedal / HMI) down to motor torque set-point
5. Model and simulate PMSM / IPMSM / EESM machine behavior for controller design
6. Implement torque coordination between HV battery, inverter, and e-machine
7. Responsible for Test Specifications, Code Coverage, Model Quality and Model Validation (MIL, SIL) to ensure that developed model is bug-free and adheres to Model and code guidelines.
8. Review of existing test cases, propose and implement new test cases required for 100% code coverage
9. Support the team in Mscripting and Python for automation