Meeting Time
Thursday 6PM
Project description
This project focuses on developing a wearable device, such as a sleeve or glove, designed to monitor involuntary movements and deliver electrical stimulation to reduce tremors in Parkinson’s disease patients. While not a long-term cure, the device aims to provide short-term stabilization, allowing patients to regain control over their movements. As Parkinson’s tremors progressively worsen, they can significantly impact a person’s ability to hold objects or perform everyday tasks. By enhancing motor control, this device is intended to improve patient independence and overall quality of life. Our community partner wishes for this project to benefit patients as many of the possible options all have caveats to them.
From a technical standpoint, the device utilizes an Inertial Measurement Unit (IMU) to detect tremors and a microcontroller to process motion data in real time. When specific movement patterns are identified, the system activates Functional Electrical Stimulation (FES), sending targeted electrical impulses to the muscles to counteract tremors. This non-invasive approach provides immediate relief, empowering patients to better manage their symptoms and maintain greater autonomy in their daily activities.