OVERVIEW

The SenSync is an innovative rehabilitation device designed to enhance sensory and motor recovery for stroke survivors. The project aims to develop a tool that integrates multi-sensory feedback mechanisms—light, temperature, and vibration—to aid in the rehabilitation process. This tool is designed to address the challenges stroke survivors face due to loss of sensory perception and motor function, providing a user-friendly, adaptive, and effective solution for accelerated recovery.

BACKGROUND

1. Rehabilitation should begin as soon as possible after the stroke, ideally within 6 months of stabilization, to leverage the brain’s highest plasticity.
2. Stroke rehabilitation is a long-term, intensive process that varies significantly among individuals based on several factors including the stroke’s severity and the patient’s health.
3. Inadequate access to specialized rehabilitation services, especially in under-resourced areas, often leads to suboptimal recovery. Limited social and professional support can negatively impact adherence to and effectiveness of rehabilitation programs.
4. Rehabilitation is crucial for reducing dependency by improving physical capabilities and daily functioning. Consistent rehabilitation helps prevent common post-stroke complications, enhancing overall health.

Current Problem With Rehabilitation Devices

What is existing solutions missing？

INTERVIEW

IDEATION

PROTOTYPE-MOLDING

FORM FLEXIBILITY & TEXTURE AND COLOR

ELECONIC COMPONENTS

INTERIOR STRUCTURE

MULTI-SENSORY FEEDBACK SYSTEM

LIGHT FEEDBACK

DATA

UIUX DESIGN

ADJUSTABLE INTENSITY LEVELS

ERGONOMICS DESIGN

TESTING & EXHIBITION DESIGN

FINAL EXHIBITION