Ivor Kakuk

Developed a high-voltage excitation and measurement architecture for electrochemical impedance spectroscopy (EIS), enabling characterization under real operating conditions Designed and simulated power electronic circuits for high-voltage measurement systems Performed hardware bring-up, prototype validation, and laboratory instrumentation-based testing Thesis: Research and Development of New Methods for Measuring Electrochemical Impedance of Batteries to Improve Efficiency and Reduce Losses

Developed and deployed embedded software in C, C++, and Java on real lab radios for 5G/6G testing Monitored and debugged software execution, ensuring stability and correct operation on live RF systems Documented test results and generated reports to support hardware-software validation processes

Developed Python scripts for automated testing of electronic relay systems for high-power transformers Performed system-level validation and debugging to ensure hardware functionality and reliability