Control Engineer

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.

Profile :

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