Software development engineer in several automotive projects- Software development with Python for validation, cleaning, performance evaluation and visualization of the tempo-spatial object detection data and the trajectory planning data from autonomous vehicles at ZF- Backend development of a highly automated and web-based test toolchain with Java for HIL test benches at BMW, which reduces the manual effort involved in creating, distributing and executing tests by at least 50%- Implementation and execution of test cases with ECU-TEST for automated testing of the HMI software at BMW for identification of errors in the software and functionality and stability check

Research and development of the algorithms for securing the rearview camera function with deep reinforcement learning and Python, which are able to search for errors in a targeted and efficient manner

Research and further development of the algorithms for text recognition (OCR) with Tesseract and Python, which improves the recall of text recognition on HMI by 20% and thus automates the testing of the HMI functions

- Bachelor thesis: “Verification of a sensor model for a new type of acceleration sensor” at Robert Bosch GmbH- Experimental verification of a sensor model for a new type of acceleration sensor with MATLAB/Simulink and evaluation of the improvement possibilities of the sensor model

Improvement of a test bench for acceleration sensors with a new construction, which improves reproducibility and increases the controllability of the test bench