Electrical Engineer - Motor Control (m/f/d)

As Electrical Engineer, you define and establish drive system control development at EGYM, building excellence in power electronics simulation. You will develop and optimize drive controls and collaborate across hardware, firmware, and mechanical teams to shape future hardware solutions. You’ll model, simulate, and validate electric drive systems, using hands-on lab validation and HIL setups. This role offers the chance to lead a new discipline, accelerate hardware-software integration, and impact product performance at scale.

• flexible working hours
• hybrid workplace
• 30 days vacation
• mentoring program
• EGYM Wellpass gym access
• bike leasing

• Develop, adapt and optimize control algorithms for three-phase AC drive systems with a focus on performance, robustness, and cost efficiency
• Model and simulate drive systems and related components using MATLAB/Simulink or PLECS
• Support commissioning, validation, and optimization in the lab with HIL setups and motor test benches
• Contribute to electrical design and development of drive-related hardware with emphasis on controllability and measurability
• Collaborate with Electrical, Firmware and Mechanical Engineering teams and manage tasks with structured documentation and timelines

• Master in Electrical Engineering, Control Engineering, Mechatronics, or equivalent
• ≥5 years of professional experience in electrical engineering, electric drive systems, power electronics, or control-oriented development
• Solid knowledge of AC inverter topologies, synchronous motors, control theory, and dynamic system behavior
• Experience in system modeling and simulation (MATLAB/Simulink) and translating results to hardware implementations
• Familiarity with HIL testing, real-time systems, and motor test stands

• Cross-functional collaboration
• Structured documentation and project management
• Strong problem-solving and analytical thinking
• Electric drive systems knowledge (AC inverter topologies, synchronous motors)
• Control theory and closed-loop design
• MATLAB/Simulink