A growing collection of engineering and design work — from GCSE making projects to competitive robotics and independent engineering research. Click any card for the full write-up.
Autonomous robot built for the Student Robotics 2026 competition at the University of Southampton. pH-themed challenge involving coloured box collection and strategic scoring. Finished 4th from over 20 teams.
Handcrafted from reclaimed beech with a 3D printed handle, featuring an interchangeable head and tail system. Awarded 20/20 for manufacture and a Grade 9 overall.
Designing and manufacturing a height-adjustable lectern for King Edward VI Grammar School. Full FEA analysis on the push-pin mechanism. Projected 40,000 word design folder.
An interactive double-wishbone suspension tool built from scratch. Calculates camber angle, roll centre height, and instant centre in real time as geometry is adjusted — the maths used by F1 engineers, made visual.
Finite element stress and displacement analysis of a double-wishbone suspension arm under realistic F1 cornering loads, modelled in Autodesk Inventor. Von Mises stress and safety factor outputs.