This role involves working within systems engineering and mechatronics domains, focusing on motor drives, control theory, and robotics communication protocols. The position requires collaboration across international engineering sites in Europe and Asia, emphasizing a proactive and hands-on engineering approach.
Manage requirements using systems engineering and requirements management tools.
Apply V-Model systems engineering methodology and function breakdown processes.
Design and analyze 3-phase BLDC / PMSM motor drives with FOC control loops and space-vector PWM.
Implement dual-encoder feedback control strategies.
Model mechatronic systems and perform dynamic simulations.
Work with power electronics, current sensing, and magnetic angle encoders.
Develop and maintain real-time motion control communication protocols such as EtherCAT (CiA 402 motion profile) and automotive CAN FD / UDS.
Interface with low-level microcontroller peripherals (SPI, eTimer/PWM, ADC).
Collaborate effectively with international engineering teams.
Deliver technical presentations in English and resolve cross-functional engineering challenges.
Requirements management and ticketing systems: Codebeamer, Polarion, DOORS, Jira
Systems engineering methodology: V-Model
Motor control and simulation: MATLAB/Simulink, Simscape
Communication protocols: EtherCAT, CAN FD, UDS
Microcontroller peripherals: SPI, eTimer/PWM, ADC
Power electronics and sensor technologies related to motor drives
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