Work
Projects developed through Aalborg University's Problem Based Learning methodology — real-world problems taken through analysis, design and prototyping — alongside independent software work.
Mechanical
A working prototype that identifies plastics by their spectral signature and sorts them with delta robots — including the black plastics conventional near-infrared sorting is blind to. Built by a six-person group.
Designed for FiberJoints, who could not buy towpreg because every supplier's minimum order dwarfed their use. The machine impregnates their own carbon fibre at roughly half the market price per metre.
A household bin that compresses plastic waste to a third of its volume — designed against a hard price ceiling, with the required compaction pressure measured experimentally rather than assumed.
A rail launcher and a bungee-cord catcher for a wildfire surveillance drone, designed for terrain that offers no runway. Greece taken as the case study.
Software
A Python application developed for Harvard's CS50P course, demonstrating structured problem solving, data structures, unit testing and clean code practice following PEP-8.
This site — built with plain HTML, CSS and vanilla JavaScript, no framework. A token-driven design system, scroll animations, and automatic deployment from Git on every push.
Backlog
Completed or ongoing work not yet written up. Ask me about any of it.
Want the full reports?
Project reports and drawings are available on request.