Our device, DMD4DMD, helps practitioners and researchers monitor and analyze the progressiveness of disease.
This project aims to design an Arm Assisted Passive Leg Exercise (AAPLE) machine that balances cost and effectiveness.
Our design responds to the need for a product that accurately measures weight being applied on legs so that patients recover from fractures or injuries faster.
This proposal describes an approach to improve iMHere with the aim of making it available in multi platform and expanding the target audience to youth with brain and spinal anomalies.
This project aims to deliver a lightweight, water-resistant, and affordable externally powered prosthetic arm for children.
The Music to Movement team aims to develop an assistive music therapy device that can create a fun and engaging experience towards patient recovery for those induced with partial paralysis.