Technologies such as photonics, additive manufacturing, and embedded AI show significant potential to improve the performance of existing automotive test and measurement solutions (such as fuel cell, battery, exhaust, and fuel consumption measurement technologies) and enable future innovative system...
Fitting Physical Models to the test measurements of the Batteries or Fuel Cells are a powerful tool in capturing their inner characteristics. However, the fidelity of the physical model is highly dependent on the set of physical phenomena coved by mathematical formalism. Differently, testing based o...
Additive Manufacturing technology has significant potential to improve the performance of existing automotive test and measurement solutions (such as fuel cell, battery, exhaust, and fuel consumption measurement technology) and enables future innovative systems through novel geometries and advanced
YOUR RESPONSIBILITIES: Development of innovative concepts by combining manufacturing and measurement technologies embedding fiber optic sensor technology in additively manufactured components Multi-physical simulation / analytical calculation of the design Realization and construction of demonstrato...
YOUR RESPONSIBILITIES: Development of innovative concepts in combination with optical measurement technologies Analytical calculation / programming of readout and evaluation of sensor systems Realization and construction of demonstrators (prototypes) Testing of components / systems in the laboratory...
YOUR RESPONSIBILITIES: Development of machine learning methods Implementation of the developed methods into AVL testing pipeline of Batteries and Fuel Cells Overcoming limitations of sparse and out-of-distribution training datasets YOUR PROFILE: Ongoing studies in the fields of Computer Science, Tel...