Could a wearable system provide useful environmental awareness without requiring the user to look at a screen?
Use this page for the problem statement, hardware architecture, software stack, system diagrams, testing, and demo videos.
ENGINEERING • AI • ASSISTIVE TECHNOLOGY
A wearable prototype that combines computer vision, distance sensing, and audio feedback to help identify nearby objects and hazards.
OVERVIEW
Could a wearable system provide useful environmental awareness without requiring the user to look at a screen?
Use this page for the problem statement, hardware architecture, software stack, system diagrams, testing, and demo videos.
HIGHLIGHTS
STORY
Describe how the prototype developed, what worked, what failed, and how each hardware or software decision changed the design.
EVIDENCE
Add images, certificates, charts, tournament screenshots, PDFs, or videos.
REFLECTION
Explain what you learned about assistive technology, computer vision, real-time systems, electronics, and human-centered design.