Hi! I'm Felix, and I love building solutions that improve people's lives.
Hi! I'm Felix, and I love building solutions that improve people's lives.
Featured Projects
Designed & implemented a full-stack web app that enables battery production research - by collecting, structuring and exporting live data from industrial machinery.
Enabling Industrial Connectivity: Reverse-engineered several proprietary industrial protocols & implemented them into an easy-to-use OPC UA server.
Seilgraben Network
2015 - 23
Completely overhauled the networking infrastructure of my residence hall: from procuring new servers & switches, designing & building a WiFi infrastructure with over 30 APs & Single Sign-On, managing IT security to installing hypervisors & Docker.
Built a web app to visualize buildings & energy usage of the Jülich Research Centre (FZJ). Scales to hundreds of thousands of data points, per building.
Contributions & Collaborations
Enabled automatic detection and classification of faces & unsafe images by integrating machine learning using Python & TensorFlow. Added database change management & several backend features.
At Chalmers University, I worked alongside five other students on a model-driven software development course. As the team leader, I drew on our individual strengths to design and prototype a framework for autonomous simulated robots. Our results earned us the top grade.
Additional Projects
Several upgrades for a K40 laser cutter: added an Arduino-powered LCD interface for precise power regulation; achieved increased accuracy and cleaner cuts through camera, line lasers and air assist; and completely replaced the internal controller, enabling higher-resolution engravings.
In ninth grade, I collaborated with a friend to build a robot that scans a Rubik's Cube with a webcam and autonomously solves it. While he built the hardware, I was responsible for the software.
Featured Projects
Designed & implemented a full-stack web app that enables battery production research - by collecting, structuring and exporting live data from industrial machinery.
Enabling Industrial Connectivity: Reverse-engineered several proprietary industrial protocols & implemented them into an easy-to-use OPC UA server.
Seilgraben Network
2015 - 23
Completely overhauled the networking infrastructure of my residence hall: from procuring new servers & switches, designing & building a WiFi infrastructure with over 30 APs & Single Sign-On, managing IT security to installing hypervisors & Docker.
Built a web app to visualize buildings & energy usage of the Jülich Research Centre (FZJ). Scales to hundreds of thousands of data points, per building.
Contributions & Collaborations
Enabled automatic detection and classification of faces & unsafe images by integrating machine learning using Python & TensorFlow. Added database change management & several backend features.
At Chalmers University, I worked alongside five other students on a model-driven software development course. As the team leader, I drew on our individual strengths to design and prototype a framework for autonomous simulated robots. Our results earned us the top grade.
Additional Projects
Several upgrades for a K40 laser cutter: added an Arduino-powered LCD interface for precise power regulation; achieved increased accuracy and cleaner cuts through camera, line lasers and air assist; and completely replaced the internal controller, enabling higher-resolution engravings.
In ninth grade, I collaborated with a friend to build a robot that scans a Rubik's Cube with a webcam and autonomously solves it. While he built the hardware, I was responsible for the software.