Your role

• Technological design and further development of active magnetic bearing systems for high-speed rotors
• Definition, specification, and evaluation of requirements for sensors, power electronics, real-time systems, and control functions
• Technical coordination and evaluation of external development partners in the fields of electronics and software development
• Development and validation of system models to describe the dynamic behavior of rotors, magnetic bearings, sensors, and control systems
• Analysis and optimization of the stability and robustness of mechatronic systems
• Evaluation of sensor, actuator, and electronics concepts with regard to performance, reliability, and manufacturability
• Support of electromagnetic actuator and sensor design using analytical methods and numerical simulations (e.g., ANSYS Maxwell, FEMM)
• Definition, execution, and evaluation of laboratory tests to verify functional hypotheses and system requirements
• Technical support in the qualification of active magnetic bearing systems and the transfer of new technologies into series production
• Close collaboration with experts in rotor dynamics, mechanics, testing, electronics, and software development, as well as with external partners and research institutions

To succeed, you will need

• Successfully completed university degree in Electrical Engineering, Mechatronics, Control Engineering, Physics, or a comparable field, ideally with a PhD
• In-depth understanding of mechatronic systems and their dynamic behavior
• Strong expertise in several of the following areas:
• Active Magnetic Bearings
• Control Engineering and Systems Theory
• Sensors and Signal Processing
• Power Electronics
• Real-Time Systems
• Electromagnetic Actuators
• High-Dynamic Electric Drives
• Experience in modeling, simulation, and analysis of dynamic systems
• Proficiency in MATLAB/Simulink, Python, and ideally ANSYS Maxwell, FEMM, or comparable simulation tools
• Ability to understand and evaluate technical relationships across multiple engineering disciplines
• Enthusiasm for working on complex interdisciplinary challenges in the field of highly dynamic precision systems
• Strong analytical skills and a scientific, methodical approach to problem-solving
• High level of responsibility, with an independent and structured working style
• Fluent English language skills; German language skills are desirable

In return, we offer

• Culture of trust and accountability
• Lifelong learning and career growth
• Innovation powered by people
• Comprehensive compensation and benefits
• Health and well-being

Contact information

 Talent Acquisition Team: David Gabriel