In a group of 4, we are building a micromouse racing robot from scratch, including hardware choice, circuit design, PCB manufacturing and software development. The robot is designed to autonomously navigate a maze at high speeds using a combination of sensors and algorithms.

In a group of 3, we configured and programmed a control system consisting of a 4-wire touchscreen, a microcontroller and two servo motors. The system is designed to autonomously circulate and balance a ball on the plate, following a trajectory generator.

As part of my bachelor theses, I developed a tool that generates NP-hard problem instances for the Maximum-Clique- and Hamiltonian-Cycle-Problem. The research I conducted analysed, for which problem it is feasable to generate a seemingly realistic problem for a given (arbitrary) solution.

Together with a client, I developed a web-based application for visualizing and analyzing the knowledge distribution within the company. The application provides insights into common knowledge above different departments, highlights knowledge gaps and most importantly, identifies single points of failure.

Together with a client, I developed a web-based survey module, that allows the collection of different ratings for city districts. The module provides an interactive map, that allows either the drawing of custom district borders or the selection of predefined districts, using official geodata.

In groups, it is often difficult to decide on a common activity, that people enjoy the most. Simple voting systems often lack relative preferences. To solve this problem, I developed a mobile application that allows users to create a shared activity pool and rank the activities according to their preference.

Curious about the mechanics of a strategy game called "Korallenriff", I developed a game simulation and analysis tool, that tries to find an optimal card placing strategy using a genetic algorithm.

In collaborated with three friends, I developed the front- and backend of a job plattform connecting over 2000 students with companies. This also included continuous integration and deployment to dedicated linux servers.

Together with a client, I developed a pluggable web module for psychological surveys, that is based on the Q-Sort method. The module is designed to be easily customizable, allows implementation-independent data transfer.

When I started into entrepreneurship, my first idea originated in the problem of students having to buy and sell used textbooks every semester. To solve this, I built a web-based marketplace, that provided an automatic image preview, PayPal integration for payment and a notification system for people's listings.

Inspired by the separating axis theorem, I developed a basic 2D game engine in Java, that supports the loading of custom entity models (textures and hitboxes), performs collision detection based on the models and handles game clock logic.