Volkan Sönmezler

Conducted advanced research and development in power electronics, specifically focusing on Battery Management Systems, to drive innovation in energy conversion.

Translated complex system requirements into precise circuit designs using tools like SIMetrix and SPICE, enabling robust simulation and test plan development.

Built and validated high-performance prototypes, characterizing performance with advanced lab equipment and automating measurements to ensure accuracy and efficiency.

Developed and selected an optimal concept for Electrochemical Impedance Spectroscopy (EIS) excitation signal generation, spanning a frequency range from mHz to kHz.

Optimized the excitation signal generation system to minimize power losses while successfully meeting all excitation and load requirements, enhancing system efficiency.

Validated concepts through comprehensive simulation and physical measurements, meticulously documenting performance to ensure design integrity and reliability.

Supported the holistic design of an automated storage and retrieval system (ASRS-by-Wire), seamlessly combining mechanical, electronic, and control components.

Designed and meticulously reviewed mechanical robotic prototypes, ensuring functional integrity and adherence to specifications.

Prepared comprehensive technical documentation, Bills of Materials (BOMs), and detailed test reports, significantly contributing to design reviews and project traceability.

Performed rigorous functional, regression, and system testing, meticulously logging defects and collaborating with developers to verify fixes and ensure software stability.

Improved user and test documentation, enhancing reproducibility and streamlining the onboarding process for new team members by 15%.

Assisted in the design and seamless integration of industrial automation and control systems, ensuring operational efficiency.

Supported schematic capture and PCB updates, performed PCB rework, and executed assembly tasks, contributing to the successful completion of hardware projects.

Interfaced various sensors, actuators, and microcontrollers, optimizing system communication and functionality.

Conducted precise lab measurements using oscilloscopes, performed wiring checks, and executed system bring-up, documenting all test results for quality assurance.

Aided in on-site installation and troubleshooting, preparing detailed wiring diagrams and maintenance notes to ensure reliable system operation.