- FPGA hardware design, definition of physical and timing constraints to meet project objectives effectively.- Complete embedded firmware development, ensuring seamless integration with hardware, primarily using Xilinx SoCs, and overseeing the commissioning process.- Design of adapter boards using CAD software tailored for high-speed interfacing applications.

Master Thesis Topic:“Development of an FPGA-based Sampling Unit for a High Frequency Time Domain Reflectometer”.- Achieved a 128-fold increase in sampling and acquisition speed using Xilinx FPGAs.

- Measurement and Signal Integrity analysis of PCB test coupons. - QA Testing of TDR software.

- Extensively engaged with open-source tools like pandapower and PowSyBl for grid analysis and load-flow calculation of electrical grids. - Developed validation scripts for CGMES (Common Grid Model Exchange Standard) files, and worked on automating the validation process of the post load-flow analysis exported CGMES files, vital for ensuring the integrity of data exchange.

- Worked as a Lab Tutor for Master Students in the Fiber Optic Test and Measurement Laboratory in the Department of Electronics and Computer Science at the Hochschule Bremen. - Responsibilities included performing Lab experiments, scientific documentation of Lab-work, debugging errors and tutoring the students. - Domain of expertise: Optical Time Domain Reflectometry.

Worked closely with the Service & Maintenance team for industrial communication protocols like ProfiBus and ProfiNet.