Arts Thread

Zachary Berry
Innovation Design Engineering MA

Royal College of Art

Graduates: 2025

Specialisms: Design and Technology / Product Design / Design for Social Good

My location: London, United Kingdom

zachary-berry ArtsThread Profile
Royal College of Art

Zachary Berry

zachary-berry ArtsThread Profile

First Name: Zachary

Last Name: Berry

University / College: Royal College of Art

Course / Program: Innovation Design Engineering MA

Graduates: 2025

Specialisms: Design and Technology / Product Design / Design for Social Good

My Location: London, United Kingdom

Website: Click To See Website

About

Multidisciplinary creative technologist and design engineer with over four years of commercial experience specialising in AI visualisation, rapid prototyping, wearable robotics, and virtual reality development. Awarded a dual master's degree with distinction in Innovation Design Engineering from Imperial College London and the Royal College of Art. Obtained a merit-based scholarship which funded the degree from the Royal Commission for the Exhibition of 1851. Winner of multiple international awards, holder of a filed patent in prosthetics, and published in a renowned academic journal. 

Teneray was created to tackle a critical issue: 25% of users abandon their muscle-controlled, myoelectric prosthetic hands because they cannot sense their finger position. Without this feedback, daily tasks feel frustrating and exhausting. Existing solutions involve costly surgical implants or bulky electronics. Teneray is different: it offers a purely mechanical approach to restore sensation. When a finger flexes, cable tension rotates the pulley, causing a small wheel to roll along the hairless, sensitive skin of the lower forearm. With zero electronics, Teneray eliminates hassle with wearing and charging heavy batteries, ensures no feedback latency or noise, and costs under £5 in materials per unit. By providing immediate, intuitive feedback, Teneray improves coordination in everyday tasks, reduces fatigue, and ultimately decreases prosthetic hand abandonment rates.