Margarete Breitenhuber

- Developed a lifting mechanism for a laser-based weeding robot, from concept brainstorming and design to procurement, assembly, and comprehensive testing. - Assembled laser modules, printed components using FDM, and assisted in the mechanical structure assembly and cabling of four-wheeled robots. - Conducted field experiments, supported trade fairs and customer demonstrations.

- Lead the Suspension&Brakes Team to develop, manufacture, and integrate a components for the Hyperloop prototype - Coordinated the development of a test bench for the design of electromagnets - Organized manufacturing with several companies - Won the award for best levitating guidance system at the European Hyperloop Week

- Designed and simulated composite components in HyperWorks (Altair) - Examined sandwich samples in the laboratory for manufacturing defects - Computed and implemented new material property values in the test database

Thesis: "A Rational Ansatz to Approximate Koopman Eigenfunctions of a Pendulum" - Exploring an analytical approach to approximating the Koopman operator's eigenfunction for nonlinear dynamical systems without relying on measurement data. The implementation for a damped pendulum shows that the approach works in general.