Little and often has long been heralded as an effective technique to build muscle memory and practice fine motor skills.
However, in motorsports this technique has been the exclusive right of the exceptionally wealthy.
The Velocity Kart Simulator aims to address this issue by providing a realistic analogue to real world driving by accurately recreating the driver position and feeling.

This final-year minor project rethought the induction hob as a more tactile, usable and kitchen-friendly product. The starting point was direct observation of an off-the-shelf hob, which revealed five recurring problems: inaccurate temperature control, a confusing power-led interface, loud cooling fans, sliding pans and poor first-use discoverability.

I designed the Bijou Smart Beehive as a one-week intensive project in response to the Design Innovation in Plastics Brief.
The project explored how an off-grid smart beehive could support both recreational and professional beekeepers by providing real time monitoring, intervention and easier day-to-day use.

This project explores a wall-plug Wi-Fi extender designed to make network status easier to read and more engaging in the home. Instead of relying on small indicator lights or an app check, the product uses a simple face on the front of the device to communicate what the network is doing at a glance.

These renders were produced in under three hours, from initial concept through to final output, and were submitted as part

Mantis is a conceptual VR headset developed as a rapid product visualisation project. Modelled and rendered in 10 hours, it explores how a standalone headset could reduce setup friction while combining immersive VR use with AR-facing features.

This helmet was designed for a W-Series competition entry, drawing inspiration from both Ayrton Senna’s iconic helmet and the early

EXO-3 is a lower-body exoskeleton concept developed for Motorsport UK to address an overlooked safety gap in motorsport marshalling. Rather than focusing on the driver, the project explored how wearable support could improve protection, reduce physical strain and preserve mobility for marshals working in demanding trackside recovery situations.