Budapest, Budapest, Hungary
I have 6 years of experience in system testing in the automotive industry. I test electric power steering powerpacks (motors and ECUs) in my current role, and previously tested propulsion systems for electric vehicles. I perform functional and robustness testing, mainly black-box and gray-box tests. On the technical side, I work with Python daily - for test automation, result evaluation, and report generation. I also contribute to the improvement of our test framework. I am experienced with professional measurement tools including CANape and Trace32, and I actively support developers by providing automated or manual measurements and issue reports. When it comes to issue reports, I often dive into the software code - written in C - to provide more valuable insights for debugging. I also participate in requirement reviews, which helps catch problems before they reach testing. What describes my personality at work: I communicate clearly across teams and believe communication plays an important role in delivering a successful project. I speak up when I need information or support, and equally make sure to share information when I find something useful or spot a serious problem. I'm always willing to help or mentor those around me, and I hold myself to a high standard of precision. I keep my documentation thorough without overdoing it, and my test descriptions are written to be fully reproducible. I hold a BSc in Mechanical Engineering and an MSc in Mechatronics. During my BSc I specialised in manufacturing technology, gaining knowledge in CNC machining, NC programming, and robotics. An internship at Bosch in quality assurance made me aware of the growing importance of electronics knowledge, and an inspiring professor who sparked my interest in electric motors led me to continue onto Mechatronics. There I specialised in adaptive mechatronic systems (robotics). It turned out to be a great fit for my combined hardware and software interests, and it laid a strong foundation for my career.
- functional and robustness testing of electric power steering powerpacks (motors and ECUs) - black-box and gray-box testing, hardware and software tests - test automation and evaluation in Python, maintenance and improvement of test framework - CANape knowledge: test evaluation, measurements and device settings (XCP, UDS, CAN, FlexRay) - report issues, support debugging with software developers - manual/automated measurements with Lauterbach Trace32 - measurements with oscilloscope - read SW code in C programming language, create measurements based on code, find possible bugs - requirement reviews with constructive findings - mentoring of new colleagues
- functional and durability testing of electric vehicles' propulsion systems - black-box testing - ramp up new samples’ testing (commissioning) - control test procedures - data plausibility checks (quality and acceptability of measured signals - evaluation of test results, measurement analysis in software AVL Concerto - provide trainings in AVL Concerto software applications - create test reports for customers, improve automatic reporting (updates in Python scripts), revision and development of data evaluation - knowledge of agile methodology
- support in PCB (printed circuit board) population process, failure analysis of production issues - knowledge of quality assurance methods: 8D (Eight Disciplines) reporting, Ishikawa diagram, 5 Whys Analysis - create pivot tables in Excel - provide traceability of products - create instructions for colleagues in production