Founded and led a Greenpower electric car team to International Finals in our first year. Responsible for full mechanical design, wiring, electronics, and race-day strategy. Secured £1,500+ in sponsorship.

Team Leader building and programming competition robots. Qualified for the 2026 World Championships. UK #1 Virtual Robot programme, #11 globally at Middle School level.

Editor-in-Chief of the school CS magazine. Planning multi-school regional expansion to less fortunate partnership schools.

Official VEX VR code for HABS Gliders 34071B, written during the Pushback (2025/26) season. Achieved a score of 95 — placing 1st in the UK across all school levels and 11th in the world at middle school level. Built to explore sensor programming in VEX.

Independently researched AI adoption patterns among elderly users, examining barriers to access and proposing design improvements to make AI more accessible.

The Pillgineers: World Finalist in the Make:Able challenge — designing assistive technology to improve lives for people with disabilities.

3D printed a 1/144 scale Lufthansa Boeing 747-8 (D-ABYT "Köln") on a BambuLab P1S in Jade White filament, assembled and sanded the fuselage, then applied a full decal sheet from a student sponsorship with V1 Decals to bring the 60th Anniversary Retro Livery to life.

Investigated the optimal solar panel tilt angle to maximise energy generation through experiments across simulated seasonal sun angles, finding 30–40° consistent with published research. Also designed a CAD model of a solar panel's internal structure and produced it using 3D printing and laser cutting to illustrate how solar panels work internally.

Awarded a Merit with Distinction (the second-highest grade) in my school's Dawson essay competition. Explored the origins of bias in AI systems and their societal implications.

Lead Habs SciClones to UK Nationals and qualified through Skills at a regional competition. Designed and built a robot to complete various tasks, including object manipulation and navigation challenges.

A fully dynamic GitHub profile README powered by self-hosted instances of github-readme-streak-stats, github-profile-summary-cards, and a custom GitHub Chart API — all deployed on Vercel and Render. Badges via shields.io, pinned project cards, and a live contribution activity graph. Every stat updates automatically, no manual edits required.

Won a school year-wide physics research poster competition. Tested how weight, wingspan, and scale affect descent speed, finding lighter paper and longer blades produced the slowest descent.