This project is about a Trading Bot for trading crypto currencies.
The application is written in Python and using the Kucoin API for requesting the market data and posting buy and sell orders.
The core program represents a framework for testing different trading strategies live or backtesting.

This hands-on project transforms an Arduino into a compact game console, beginning with Pong across multiple versions that add RGB matrix support, high-score tracking (up to five points), and animated transitions for smoother play. Controls use joysticks for intuitive bat movement, with difficulty options from Easy to Super Hard, and multitasking for better performance. Leveraging libraries like Adafruit NeoMatrix and GFX, it aims to expand to games like TicTacToe, Snake, and PacMan, blending hardware hacking with nostalgic gaming.

This project represents my final high school thesis, for which I also received the award for Computer Science and Math at JugendForscht 2024 (student science competition).
In this thesis I explored ways and algorithms for improving basic number recognition via Machine Learning on very small datasets.

This second-version portfolio is a responsive web application built with HTML, CSS, JavaScript, PHP, and MySQL, supporting English and German languages via a header toggle. It dynamically loads project details from a database, featuring technology badges, live demo links, and detailed popups for each project to provide an engaging user experience across devices. The design emphasizes clean animations and accessibility, making it an ideal showcase for a developer's work.

This project is a web-based Event Management System built using PHP. It allows users to manage events efficiently, providing functionality for user authentication, event creation, and event registration. The system is designed to be responsive, ensuring it works well on different devices.

This project implements a straightforward face detection algorithm in Java using edge detection for outlines and simplified color classification based on six basic skin tones, avoiding complex ML for accessibility. It includes image processing classes like Folding.java for edges, ColorEdit.java for grayscale and color tweaks, and Geometry.java for analysis, culminating in a bokeh effect to blur backgrounds realistically. Ideal for educational purposes, it highlights custom Java implementations under the MIT License, inviting contributions for refinements.

Developed as a school assignment, this Java application handles float datasets for distance-based classification, supporting imports with optional headers/indices via configurable methods like setIndex() and setHeader(). Key functions include data subdivision, processing, and classification, followed by result evaluation through normal, simple, or normalized confusion matrices. Version 0.1 includes explanatory scripts and is licensed under GNU AGPLv3, making it a solid example of data manipulation and algorithmic implementation in Java.

Focused on the 28-BYJ48 unipolar stepper motor, this repo offers three control approaches: basic Stepper.h library usage, object-oriented code without libraries, and ongoing AccelStepper integration for acceleration. It includes detailed wiring diagrams (with ULN2003 controller), commented programs, and German-language explanations for beginners. Tailored for Arduino NANO (ATmega328P bootloader), it's a practical resource for robotics or automation projects, emphasizing clear documentation and ease of use.

This self-contained template enables quick creation of online presentations without heavy tools, relying solely on HTML for structure, CSS for responsive styling (via RWD for various screens), and JavaScript for slide transitions. It launches with a start button and uses keyboard inputs (no F-keys or spacebar) for navigation, ensuring compatibility on any web-enabled device. Hostable on free services for global access, it's perfect for educators or presenters seeking simplicity and customizability.Eine leichte, framework-freie Vorlage für webbasierte Präsentationen mit nur HTML, CSS und JavaScript, mit Tastaturnavigation.

This first-iteration portfolio website acts as a static or basic dynamic hub to display a developer's projects, skills, and background, laying the groundwork for more advanced features in later versions. It likely includes simple sections for project listings and contact info, built with core web technologies to ensure broad compatibility. As an early project, it demonstrates foundational web development principles and iterative improvement in personal branding.

Calculating Pi

Calculating e

Basic concepts of webdesign.

With this project I tried to implement a Neural Network from scratch.

This project simulates quantum billiards, a physics-inspired model where particles behave under quantum rules in a confined space, potentially using computational methods to visualize wave functions or scattering events. It serves as an educational tool for understanding quantum phenomena in classical game-like scenarios, with opportunities for extensions in visualization or real-time computation. Technologies may include Python or simulation libraries, though specifics are not documented.