About

This project aims to create a device that tracks underwater movement in stroke rehab, bringing real-time data to personalize and improve aquatic therapy outcomes.

Aquatic therapy is an effective method for stroke rehabilitation, offering reduced pain and risk due to water’s supportive properties. However, current practices rely heavily on therapists’ observations and experience, lacking real-time, data-driven evaluation tools. Monitoring patient movements underwater is limited by the absence of suitable devices, making it difficult to provide personalized, evidence-based treatments. To address this gap, the project proposes developing a quantitative aquatic therapy assist-tool for personalized stroke rehabilitation.