Projects

- Investigated multi-stage oligopoly model, deriving new analytical Nash equilibrium

- Demonstrated convergence of reinforcement learning algorithms to analytical equilibrium strategies

- Discovered and verified new approximate equilibrium in multi-stage oligopoly

- Grade: 1.0

Development of a data integration that can work with probabilistic data sources in Rust

Founding of a student group developing a platform that allows students to find their next student group

Participation in the Decentralized Drone Interactions Team of the Ferienakademie, investigating the decentralized deployment of drones with a focus on automated auctions

Monte-Carlo estimation of covid infection risks based on contacts

Design of a flying-wing radio-controlled plane from the ground up

Development of hardware and software necessary to get live data from an RC plane to a laptop

Development of an AI-based autopilot prototype in a team of four

Development of a custom library to flexibly build neural networks; experimenting with GPU acceleration; porting to WebAssembly

Arduino/PlatformIO library to interface Spektrum satellite receivers

Development of a simulation of a simple economy, modeling the production and the consumption of goods, special focus an a custom PriorityQueue

Participation in HLSL, a program encouraging young students to do their own research projects