Joining w3learn as a freelance consultant, I took ownership of an existing codebase and led the design and implementation of a real-time pupil progress tracking system. The project required quickly understanding the domain and roadmap to deliver value fast while maintaining long-term flexibility. Balancing rapid iteration with forward-compatible architecture was both a rewarding and technically engaging challenge.

At MAGNOTHERM, I joined as the first software engineer in a hardware-focused startup, taking on a wide range of responsibilities. My primary objective was to make the devices 'smart'—retrofitting them with cellular connectivity and enabling remote communication. I also designed and deployed a scalable real-time telemetry pipeline, taking it from early prototype to production-ready infrastructure. This work bridged embedded systems, connectivity, and cloud services in a fast-paced product environment.

This website is my digital playground and a space to showcase the projects I've worked on over the years. I enjoy building interactive, thoughtful software and experimenting with ideas at the edges of design and engineering. If you're curious about how the site was built or want to connect about my work, feel free to reach out — I'd love to hear from you.

This master's thesis, completed in collaboration with Deutsche Telekom IoT, was both a rewarding challenge and a major learning opportunity. Although communications engineering wasn't a primary focus of my studies, I was eager to dive deeper into the complexities of IoT connectivity. With excellent guidance, I was able to explore the domain of cellular networks and apply innovative approaches to single-cell positioning within an enterprise environment.