AI • Robotics • Creative Technology
I build intelligent systems that bridge the gap between human intent and machine execution. My work sits at the intersection of artificial intelligence, robotics, and creative technology—where code becomes kinetic and algorithms gain physical form.
From neural networks that drive autonomous vehicles to computer vision systems that restore independence through eye-controlled interfaces, I architect solutions that matter. Every project is an experiment in pushing hardware and software beyond their expected boundaries.
As a vibe coder and creative technologist, I believe the best engineering is indistinguishable from art. I don't just write functions—I craft experiences that make technology feel alive, responsive, and deeply human.
An intelligent robotic system designed to teach Braille through haptic feedback and AI-guided progression. BrailleBot adapts to the learner's pace, using machine learning to optimize tactile pattern recognition and motor memory development.
A computer-vision powered wheelchair control system that translates head movements and facial gestures into precise navigation commands. Built with OpenCV, real-time pose estimation, and custom motor controllers for seamless autonomy.
A complete human-computer interface driven entirely by eye tracking and head pose estimation. Enables hands-free cursor control, typing via dwell-time keyboards, and gesture commands for users with limited mobility.
A self-driving car simulation using NeuroEvolution of Augmenting Topologies (NEAT). Cars evolve neural networks through generations, learning to navigate tracks, avoid obstacles, and optimize racing lines without human-labeled training data.
A high-performance news aggregation platform with AI-curated feeds, rapid article summarization, and a brutalist UI designed for information density. Features real-time updates, sentiment analysis, and personalized content ranking.
An intelligent acoustic monitoring system that detects, classifies, and alerts on environmental sounds. Built for accessibility and security applications, Whispr uses on-device audio classification to identify critical events in real time.
Recognized for sustained open-source contributions and professional development workflow.
Built 6+ production-grade intelligent systems spanning computer vision, NLP, and embedded AI.
Developed accessibility-focused robotics including BrailleBot and eye-controlled mobility systems.
Interested in collaborating on AI, robotics, or creative technology projects? I am always open to building something extraordinary together.
Currently accepting new collaborations in AI development, robotics prototyping, and creative technology consulting.