In this project, I built a parser and interpreter for the λ-calculus in Python. In the end, I was able to create some smaller programs in my self-developed programming language.

In this project I implemented the AStar, Dijksta, Depth-First and Breadth-First pathfinding-algorithms in a react-app. Additionally, I created a basic UI to interact with the game.

I built a website for a custom-made 'Monopoly-Cities' I've built with my friends. The website is the programming part of the project, while my colleagues created the physical game.

This is a small Task-Tracker website that allows you to keep track of your Projects. The website is built as a PWA, so you can download the website and use it offline as well.

This project implements a Mock-Trading Website, where you can buy and sell cryptocurrencies. The prices get updated regularly, so you can see how your money grows in real-time.

In this project, I built a simple Expense-Tracker to keep track of all the expenses I made. The underlying database was created with a MariaDB-Server running on my local backend-server.

This project explores the mineflayer-api for minecraft bots. But instead of creating the underlying state-machine by hand, I built an entire compiler / programming language around it.

This Application is the result of a university project I created together with my team. The goal was to build a website where you can create restaurants-reservations in munich.

A project built for my Dad to help him plan his next tile project. It is a simple web app that allows him to draw a floor plan and place tiles into it.

This website represents an online encyclopedia of famous people. It was created together with a friend of mine and heavily makes use of AI to generate content.

The goal of the project is to provide an easy way to learn how an algorithm works by visualizing its behavior step by step. Many fundamental algorithms can be explored.