I build accessibility-focused systems at the intersection of artificial intelligence, embedded hardware, and real-time software.
My recent projects include a low-cost tactile Braille display and an AI-powered wearable that helps visually impaired users navigate their surroundings.
- 🎓 Second-year Computer Science student at the University of South Florida, graduating in 2028
- 🛠️ Web Developer Lead for SHPE USF and Tech Lead for the Google Developer Group at USF
- 🤖 Building with computer vision, AI, embedded systems, and full-stack software
- 🚀 Currently creating the HackJam 2026 website and strengthening my data structures foundations
A low-cost physical Braille display that transforms text from a camera, PDF, or live screenshot into tactile output.
- Built with React, FastAPI, Electron, WebSockets, Tailwind, Swift, and ESP32
- Synchronized visual, audio, and tactile output through one real-time system
- Designed button-only navigation for deafblind accessibility
- Created as an alternative to commercial devices costing more than $3,500
An AI-powered wearable that helps visually impaired users understand and navigate their surroundings through object detection, haptic feedback, and voice responses.
- Processed live ESP32-CAM video at 10–15 FPS using YOLOv8
- Achieved under 150 ms end-to-end detection latency
- Controlled three haptic motors asynchronously through WebSockets
- Combined MiDaS depth estimation, GPT-4o, and ElevenLabs
Co-developed the official Hackabull application used by 198 participants for check-in, scheduling, event information, and logistics.
- Deployed a containerized Fastify backend with Docker Compose
- Integrated Google Sheets for no-code schedule and attendee updates
- Supported a three-day program containing 26 events
- Helped organize an event with 200+ attendees and 58 project submissions
Languages
Frameworks and Libraries
Tools and Platforms
- Data structures and algorithms
- Production-ready backend development
- Computer vision and AI infrastructure
