I primarily work with C# and Python. I am driven by the desire to create applications that are genuinely useful. I like experimenting with different technologies to build software that creates consistent results and helps automate or simplify complex activities.
I'm a Computer Science student. In my free time, I enjoy working on my own projects, especially those that let me solve interesting problems or try out new ideas. I approach these projects with consistency, applying the Slight Edge method by making small, daily improvements that steadily lead to progress.
Outside of coding, I'm interested in Astronomy, Quantum Physics and Neurobiology.
I'm driven by a need to understand how the world functions at a fundamental level and how our own biological neural networks are programmed. I prefer raw data over comforting narratives and try to separate objective from the noise created by cognitive biases. I recognize that the human brain often defaults to simple analogies to feel safe, so I strive to look past those limitations to accept reality as it is: complex, counterintuitive, and fascinating enough without added philosophy.
„The first principle is that you must not fool yourself and you are the easiest person to fool”
~ Richard P. Feynman
Tools and technologies I work with.
...and many more, depending on project requirements
A Python desktop application for automating mouse movements, allowing users to record, save, and replay sequences. The Mouse Recording feature allows you to record complex mouse movements and play them back with precise timing. You can use more advanced features and use AI chat to ask a question, which will guide you on how to do something in this application.
BrainFlux is a mobile game designed to train your brain through a variety of puzzles and minigames. Whether you want to challenge your logic, memory, or problem-solving skills, BrainFlux offers a diverse set of levels and games to keep your mind sharp. The application includes an AI assistant that provides hints and explanations to keep your progress smooth.
A modular IoT display system powered by the ESP32-S3, designed to visualize real-time data such as PC telemetry, market assets, and camera feeds. It features a custom web interface for remote control and synchronization, turning a high-res screen into an interactive desktop hub. The open software architecture allows for seamless expansion with new, personalized dashboards.
Microservices-based application built with C# in the backend and TypeScript, React, and Vite in the frontend. This system aims to streamline task management and planning for teams.
Dungeon-crawling game made in Unity where players control a character exploring generated dungeons by unlocking new rooms after defeating all the enemies in the current one. The game features a progression system that allows players to level up their character and improve stats.