Electrical engineering student at DTU working across PCB design, embedded firmware, RF systems, and CAD — from Arctic sensor nodes to CFD-optimised drone frames.
Click any project to read the full case study — problem, design decisions, tools, results, and lessons learned.
I am a final-year electrical engineering student at the Technical University of Denmark (DTU), working on a bachelor project building a custom Arctic LoRa mesh sensor network for long-term deployment in Greenland. My work spans the full hardware development cycle — schematic capture, PCB layout, RF design, embedded firmware, and technical documentation.
Outside coursework I build things: drones with CFD-optimised airframes, star trackers driven by live ephemeris data, IoT environmental monitors, and fire detection sensor networks. I care about getting the details right — impedance matching, thermal margins, power budgets, and documentation that actually explains the design.
I am looking for roles in embedded systems, electronics design, or hardware development where I can contribute technically from day one and keep learning from experienced engineers.
I am open to internships, student positions, and graduate roles in embedded systems, electronics design, and hardware development. If you are working on interesting hardware problems, I would love to hear from you.
Also happy to answer questions about any of the projects shown here.