Senior Hardware Engineer – Power Electronics & Automotive Systems

Electrical engineer with a Master’s degree specializing in power electronics and automotive systems. Strong experience in the development, simulation, and validation of DC-DC converters, including high-voltage and bidirectional systems, as well as energy storage solutions. Hands-on expertise in systematic testing, root cause analysis, and model-based optimization. Industry and R&D experience with a focus on efficient, reliable, and scalable solutions. Strong background in collaborating with cross-functional teams and external partners. Motivated to implement innovative concepts in power electronics.

Design and validation of a bidirectional boost–boost DC-DC converter for high-voltage battery systems, including power loss and switching behavior analysis of MOSFET and SiC devices, as well as development of PWM control strategies for stable bidirectional operation. Simulation and comparison of DC-DC converter topologies for excitation circuits, focusing on power loss, thermal behavior, and scalability; support for early hardware validation using reduced-voltage setups. Testing and validation of lithium-ion battery storage systems for residential and commercial renewable energy applications, including functional and reliability testing and failure analysis in collaboration with service and field teams. Support for customer claims on automotive BMS, including data preparation, technical issue analysis, documentation of findings, and ticket management using Jira/Confluence. Academic projects: Implementation of PLC-based traffic light control system, image processing for defect detection and measurement accuracy analysis, design and simulation of DC-DC buck converters, and wireless power transfer systems during Bachelor’s and Master’s studies.