DISHA
Project Overview
About
Indoor navigation has been a long-standing problem, with GPS signals rarely proving accurate positions within enclosed structures. This is an even more serious problem in large hospitals. DISHA aims to provide an alternative navigation system that is seamless, simple and sustainable. It is a silk protein patch that can be attached to the users wrist and uses surrounding Wi-Fi routers to triangulate its location. A light emitting diode LED paint is then activated for navigation purposes. The patch dissolves after use and is biodegradable, thus not generating waste from single use products.
Team
Sonal Soni
Indian School of Design & Innovation
Jenna Borges, Victoria Fishman, and Kevin Paroda are designers from the University of Pennsylvania. They are inspired by the tenants of universal design, and believe that designing products that work for those with the greatest needs and still have design aesthetics that appeal to the masses will help build a more inclusive world.
Savni Panandiker
Indian School of Design & Innovation
Anna Abraham
Indian School of Design & Innovation
Adesh Bhansali
Indian School of Design & Innovation
Jenna Borges, Victoria Fishman, and Kevin Paroda are designers from the University of Pennsylvania. They are inspired by the tenants of universal design, and believe that designing products that work for those with the greatest needs and still have design aesthetics that appeal to the masses will help build a more inclusive world.
Gallery
