Calgary high school students develop wearable technology for those with Parkinson's disease

June 3, 2026 - 04:55

Two grade 12 students from Calgary have spent their final year of high school building a wearable device designed to help people with Parkinson's disease stay steady on their feet. Allen Guo-Lu and Luotong Shi developed a tail-like wearable that aims to improve balance and prevent dangerous falls, a common risk for those living with the condition.

The students recently showcased their invention at the Canada-Wide Science Fair in Edmonton. Their project focuses on a practical, everyday problem. Parkinson's disease often affects a person's gait and stability, making falls a serious health concern. The wearable tail works by providing a counterbalance, helping the user maintain their center of gravity during sudden movements or loss of footing.

Guo-Lu and Shi said the idea came from observing the challenges faced by older relatives and community members. They wanted to create something that was not only functional but also comfortable and easy to use. The device uses sensors and a lightweight frame to react in real time, offering support without being bulky or restrictive.

The project required months of research, prototyping, and testing. The students had to balance their regular schoolwork with late nights in the workshop. Their effort paid off at the science fair, where the device drew attention from judges and other competitors. While the pair has not announced plans for mass production, they hope their work can eventually help improve quality of life for people managing Parkinson's symptoms.