Munich, Bavaria, Germany
I am a System Test Engineer with a background in Mechanical Engineering and experience in ADAS and automotive systems validation. I work on verifying complex vehicle functions, supporting system integration, and ensuring technical requirements are translated into effective test coverage. My interests lie in advanced automotive technologies and the reliable validation of systems where software, hardware, and vehicle behavior intersect. I enjoy solving engineering problems through structured testing, analysis, and collaboration across multidisciplinary teams. Core strengths include system testing, ADAS verification, requirements analysis, integration testing, root cause investigation, and cross-functional engineering collaboration. I also bring a research-oriented mindset, reflected in my technical publication on reliability in semiconductor packaging. I am particularly interested in the future of ADAS, vehicle systems validation, and intelligent mobility.
As a System Test Engineer, I am responsible for - Developing test evaluators and test procedures(Sys5 and Sys4) for the execution team for various ADAS features. - Development of non-functional requirements for SYS3, ensuring good traceability and alignment with system specifications. - Ensuring thorough traceability of requirements and test cases to maintain alignment with industry standards and project goals. - Collaboration with cross-functional teams to ensure seamless integration of test procedures and requirements. - Application of ASPICE (Automotive SPICE) model standards to all aspects of system testing and requirements review, ensuring high-quality deliverables. - Worked extensively with tools such as Jira and Confluence for project management and collaboration.
My thesis, titled “Examining the Influence of Die Tilt on Stresses in the Sintered Die- Attach Layer Between the Bare Silicon Die and Copper Substrate,” focused on investigating the impact of die tilt on package reliability. This involved developing an analytical model and analyzing warpage measurements. The project required expertise in solid mechanics, calculus, programming, and semiconductor packaging.
- Supporting the development process of the local intelligent cockpit. - Reviewing UI/UE design based on European customer habits and support. - Flashing of ADAS software using x431 launch device. - Administrating ADAS functions for L1, L2 and L3; ACC, LKA, LCA, ELK, AEB etc. - Conducting ADAS benchmark tests and managing KPIs of competitor vehicles.
- Machining production processes (filing, chiselling, sawing, thread-cutting, turning, milling, drilling, countersinking and grinding), technical drawings - Measuring, testing and quality control, Production and Assembly - Chemistry (titration, fermentation, chromatography, fabrication of heat cushion, Potentiometric determination of phosphoric acid, fabrication of face cream)
Machine Production of Hydro-Turbines. Analyzing potentials for installation of Hydro-Turbines