At AES Aerospace Embedded Solutions GmbH, I created a concept for an FPGA physical testbench for safety-critical airborne electronics, then defined test procedures and documented verification results.
I developed a MATLAB/Simulink pipeline to run test suites and evaluate measurement data in repeatable regression runs. I also built a custom Simulink library for automated HDL generation, including CORDIC algorithms and fixed-point arithmetic blocks.
At TU Munich, my master’s thesis investigates joint beamforming, power allocation, and angle–range estimation for near-field ISAC. My hands-on project work includes designing a UHF dipole antenna for WARR MOVE-III and building a microcontroller-based multimeter with wireless data display.
