- Successful management of interdisciplinary teams to realize challenging vehicle projects through precise project planning, efficient budgeting and continuous progress monitoring- Identification of potential risks and development of measures to minimize risks- Functional design of vehicle structures, battery systems and interiors with regard to durability, crash, occupant protection and comfort- Development of innovative occupant protection measures in the areas of research, pre-development and series development- Active acquisition of new projects and customers to establish a new business area

- Planning, executing, analyzing and reporting component tests of passive safety systems - Design and testing of prototypes (e.g. seat belt systems, airbags, dummy components) and test setups (e.g. ECE-R129 for HyperG sled, pendulum & drop tower tests)- Experimental investigation and validation of dummy components (e.g. THOR, Hybrid III, WorldSID) & crash test barriers (e.g. OMDB, MPDB)

Thesis: Investigating the biofidelity of the THOR LX-legs using the commercial software LS Dyna

- Development and analysis of simulation models for occupant protection and crash simulations

Thesis: The innovation managers of tomorrow - A competence analysis for mastering sustainable challenges in the automotive industry

- Development and design of lightweight components using fiber composites and innovative generative manufacturing methods

- Assembly and test bench tests for transmission components in the automotive and construction industries

- Assembly and test bench tests for transmission components in the automotive and construction industries

- Development and design of high-performance engines for the Le Mans prototype and the DTM series

Thesis: Development of a flexible periphery for the IPEK Mini-HiL test bench