Job description

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UM6P – Mohammed VI Polytechnic University operates within a strongly innovation-driven culture, where creativity, experimentation and intellectual boldness are key foundations. The university promotes initiative, openness and autonomy in a stimulating environment focused on research, entrepreneurship and impact. This innovative mindset is reinforced by a solid cooperative dimension, fostering collaboration, knowledge sharing and human development. A clear focus on performance and excellence further supports this culture, while formal processes remain lighter to maintain agility and flexibility.

As part of our project to develop high-performance industrial Variable Speed Drives (VFDs), we are looking for a passionate engineer to join our technical team. You will actively participate in the design, industrialization, and development of drives from 5 kW to 75 kW.

• Electronic Design: Carry out the design and routing of electronic boards (Power, Driver, Measurement, Control) using Altium Designer.
• Modeling and Simulation: Size and validate power conversion topologies using MATLAB/Simulink (or equivalent software).
• Embedded Development: Develop and optimize motor control firmwares (DTC/FOC type algorithms) on high-performance microcontrollers;
• Validation and Testing: Participate in laboratory testing phases, thermal characterization, and functional tests on industrial sites.

• Education: Engineer in Electrical Engineering, Embedded Systems, Telecommunications, or Power Electronics.
• Technical Expertise:

• • Mastery of electronics and microelectronics for embedded systems.
  • Confirmed mastery of power electronics for power converters (Inverters, VFDs).
  • Advanced skills in PCB design (schematic and complex routing) using Altium Designer.
  • Excellent mastery of real-time embedded systems programming.

• Experience: You have significant experience in a VFD development project or a similar power electronics field.
• Tools: Mastery of the MATLAB/Simulink environment for system simulation and code generation.