Description:

Stroke survivors often face challenges in their recovery journey, impacting their independence and quality of life. Robotic rehabilitative devices offer hope in assisting stroke rehabilitation, but their poor user acceptance hinders their effectiveness. Our design project aims to change that.

We listened to stroke survivors and clinicians through a human-centred approach, understanding their needs and concerns. By incorporating industrial design strategies, we developed a user-friendly robotic device that mimics therapy movements. The device can be easily controlled through a joystick and connects to a tablet for personalised exercises and interactive games.

Our design considers ease of use, safety, and customisation for individuals with disabilities. We also focused on addressing stigma by creating a sleek, high-tech aesthetic that integrates seamlessly into a home environment.

The device tracks progress, adjusts challenges accordingly, and sends reminders at preferred exercise times. It fosters social connection among stroke survivors and allows customisation based on individual needs and therapist guidance. With gamification elements, it turns rehabilitation into an enjoyable experience.

Our goal is to enhance user acceptance and improve the independence and well-being of stroke survivors. By prioritising user needs and incorporating industrial design, we believe in revolutionizing stroke rehabilitation and empowering individuals on their journey to recovery.