Dyson Award Honors Concussion Headset, Quake Sensor
The James Dyson Foundation named its 2026 international winners from a record 2,300 student entries across 28 countries.
Updated on Nov. 4, 2026 in Materials Science
The James Dyson Foundation announced the international winners of the James Dyson Award 2026, selected from a record 2,300 entries submitted from 28 countries. Medical and sustainability category winners each receive a prize of 30,000 pounds.
Why it matters
The award spotlights student inventions aimed at everyday problems, including improved concussion screening that moves beyond athletes' self-reported symptoms. The sustainability winner targets structural safety after earthquakes.
The medical winner, Rumble Rims, uses an infrared camera to track an athlete's eye movements for about three minutes and displays results in real time on a mobile screen. The sustainability winner, Sentinel, uses self-sensing concrete that conducts electricity, so changes in electrical resistance can reveal cracks.
The players
James Dyson Foundation
The foundation hosts the James Dyson Award, an international student design competition that recognizes inventions solving everyday problems.
The details
Rumble Rims, a headset from the medical category, measures eye movements to identify abnormalities in neurological function, offering an alternative to concussion screening that depends on athletes' subjective symptom descriptions. Sentinel, the sustainability winner, is designed to detect building damage after earthquakes by sensing changes in electrical resistance as cracks form.
Timeline
November 4, 2026: The James Dyson Foundation announced the international winners of the James Dyson Award 2026.
The Big Picture
The James Dyson Award, which has long showcased student engineering in categories such as medicine and sustainability, continues to draw growing international participation. This year's record 2,300 entries from 28 countries show the competition's expanding reach among student inventors worldwide.
The award's concussion headset could eventually give coaches and medical staff an objective, real-time eye-movement check beyond athletes' own descriptions of symptoms. Self-sensing concrete could help engineers and building owners spot earthquake damage in structures more quickly.
The takeaway
Objective sensing tools, such as eye-movement tracking and self-sensing concrete, can turn subjective or hidden problems into measurable signals. Watch for how these student prototypes move from competition to real-world use.
Further reading
Explore more Materials Science research shaping sensors and structural engineering.
