We advanced a patented assistive technology that uses gyroscopic stabilization and sensors to minimize physical tremors caused by neurodegenerative diseases like Parkinson's. Our members worked in collaborative teams—some developing the gyroscopic motors and physical glove design, while others coded the software for accelerometer-based monitoring.
Started in 2015 by Tiffany, iStopShaking is an IoT device using miniaturized gyroscopes, with gloves for the hands and braces for the feet and neck, to reduce tremors of patients with Parkinson's disease. Powered by a battery with multiple intel-wireless chips, each device contains an accelerometer to maintain control of the gyroscopes and a dial to measure the intensity of the spin, allowing counterbalance of the tremors. The iStopShaking patent was filed in June of 2018, and granted by the United States Patent and Trademark Office in June of 2020.
Watch the video below to learn more about iStopShaking!
Check out our feature in Daily Bruin, UCLA's student-run newspaper!
3D Printed Components
Gyroscope Mechanism
Device Model
Device Rendering
Innovation Team Meeting