Project Keywords:
Braille Learning, Assistive Tech, Smart Gloves, AI-Powered Education, Digital Accessibility
Project Summary
Academic Area:
Project Medium:
AI-Powered Braille Learning Smart Glove This smart wearable assists visually impaired individuals in learning Braille faster, independently, and at a lower cost than traditional methods. The glove-based system allows users to feel Braille dots while simultaneously hearing their corresponding audio translation, creating an intuitive tactile-to-audio learning experience powered by AI and advanced sensor technology.
Project Achievements
Project Inspiration
Project Social Impact
By combining tactile braille learning with real-time audio feedback, this wearable technology empowers visually impaired users to become proficient in braille without external assistance. The ability to convert any braille text into speech enhances literacy and independence, enabling users to navigate education, employment, and daily life with greater confidence. This innovation significantly reduces learning barriers, fostering digital and social inclusion for the visually impaired community.
Project Market Demand
By combining tactile braille learning with real-time audio feedback, this wearable technology empowers visually impaired users to become proficient in braille without external assistance. The ability to convert any braille text into speech enhances literacy and independence, enabling users to navigate education, employment, and daily life with greater confidence. This innovation significantly reduces learning barriers, fostering digital and social inclusion for the visually impaired community.