Strong knowledge of power electronics and MW-scale converter/inverter systems., Deep understanding of control theory applied to power converters (current, voltage, power, and DC-link control)., Proven experience with grid-connected converters, including grid-following and grid-forming control concepts., Solid background in small-signal modeling, state-space analysis, and frequency-domain stability methods., Experience with impedance-based stability analysis and interaction with weak grids., Hands-on skills in model-based design using MATLAB/Simulink., Knowledge of digital control implementation, including sampling, delays, discretization, and real-time constraints., Familiarity with modulation techniques (PWM, SVM, multilevel modulation)., Understanding of grid codes and standards (LVRT/HVRT, reactive power, fault behavior)., Experience with SIL, HIL, and PHIL validation and system-level testing., Ability to define converter/inverter topology, control methods, and system integration approaches., Providing technical support to junior engineers and assisting in the expansion of the control engineering team., Defining control software architecture and interfaces with embedded platforms., Contributing to the creation of intellectual property (patents, technical disclosures).

sharing the costs of sports activities, private medical care, life insurance, remote work opportunities, flexible working time, integration events, retirement pension plan, coffee / tea, parking space for employees, extra social benefits, holiday funds, employee referral program