Control Engineer - Inverter & Motor Control

Context

You will support ongoing development projects for both 48V hybrid inverter motor systems and high voltage fully electric inverter platforms. The role focuses on control algorithm development, model-based design, software implementation, and system debugging on embedded platforms.

Missions

• Lead and support control development for 48V hybrid inverter + motor systems and high voltage full EV traction inverters.
• Develop, refine, and validate torque control, current control, FOC, observers, estimators, PWM strategies, modulation and switching logic, infrastructures (power supplies, discharge functions, diagnostics).
• Perform model-based design (MATLAB/Simulink) to implement and update solutions/functions.
• Review and debug embedded C software and AUTOSAR components.
• Analyze hardware schematics, inverter power stage, driver circuits, and sensor interfaces to ensure correct control integration.
• Support SIL/HIL test campaigns and contribute to corrections.

Tools & Environment

• MATLAB/Simulink
• Embedded C software
• AUTOSAR components
• Hardware schematics analysis
• SIL/HIL testing environments

Working Conditions

• Role related to hardware, embedded systems, control, automotive, mechatronics, and electrical engineering domains.

1. Degree in Control Engineering, Electrical Engineering, or Mechatronics
2. Expertise in motor control (PMSM, IM), power electronics, sensors/actuators technologies, embedded software debugging
3. Ability to read hardware schematics and understand protection circuits
4. Proficiency in MATLAB/Simulink and C/C++
5. Knowledge of HV standards (ISO 6469, etc.)
6. Strong analytical mindset, hands on debugging, teamwork