Electrical Engineer with focus on Power Electronics

The candidate has hands-on experience in power electronics, including circuit design, simulation and SiC device characterization. He developed optimization algorithms for gate driver control and implemented an automated testing framework for switching performance evaluation. His background includes motor control development, firmware optimization and analysis of modulation techniques. He combines theoretical modeling with experimental validation under real operating conditions. He is well suited for junior roles in power electronics or electrical systems engineering.

Optimization of gate current control for SiC-MOSFETs to reduce overshoots and switching losses. Development of a Python-based automated testing framework for gate driver and power module characterization. Experimental validation of an optimization algorithm on SiC power modules under high-voltage, full-load conditions. Automation of MATLAB workflows for BLDC motor control and firmware optimization. Implementation and benchmarking of modulation techniques in MATLAB for performance improvement. Execution of parameter studies for power converters using LTSpice and MATLAB to reduce simulation time. Design and analysis of an LLCLC resonant converter for solar inverter applications as part of the bachelor thesis. Simulation of an 11-step inverter in PSIM including PWM switching logic and waveform verification.