Everything from full-stack astronomy tools to a trebuchet built for a physics grade. Filter by domain, or open a project for the full write-up.
An open-source editorial archive and study planner spanning informatics, physics, and astronomy; every write-up is paired with a working, bespoke interactive visualisation so students can manipulate variables directly instead of reading about them.
An asynchronous Python web application that resolves name-based celestial object identifiers across mismatched external catalogues - SIMBAD and the NASA Exoplanet Archive - built as a CS50x capstone and extended well past the course's scope.
A physics and mechanical engineering research project evaluating trebuchet dynamics through both theoretical calculation and physical empirical testing, pairing classical mechanics with a hand-built prototype.
Formulated and evaluated a liquid organic fertiliser derived from fish viscera waste to amend soil chemistry in alkaline karst environments, proposing a circular-economy model for coastal waste.
An eco-friendly filtration prototype to mitigate hazardous air pollution from incomplete household waste combustion, aligned with UN Sustainable Development Goals for clean air.
An end-to-end AI agent workflow for exoplanet data analysis, built for the IBM SkillsBuild University Education initiative in collaboration with Hacktiv8 - scored 97.50/100 by the programme's judging panel.