Portfolio
Local-First Desktop Solution
An integrated, local-first platform for independent contractors to log work hours, write daily reports, track invoices, and generate PDF bills, keeping data on their machines with zero cloud dependency.
Vibe ATL @ Georgia Tech
AI-powered career intelligence platform that deep-parses resumes and academic transcripts to construct a multi-dimensional competency profile and measure fit against real job opportunities.
Robotics & Computer Vision Project
Developed a machine learning system for a small, handheld mapping robot that scans floor textures, identifies debris hotspots via computer vision, and outputs an interactive cleanliness heatmap.
Inclusive Computing Initiative
Real-time auditory feedback system using sonification to help visually impaired individuals learn to code - mapping syntax structures to distinct sound cues via the Web Audio API.
Personal Branding Initiative
Full-stack portfolio showcasing AI, robotics, web development, and embedded systems projects. Designed with accessibility, responsiveness, and performance in mind.
Hackalytics 2025 Healthcare Track Winner
Developed an AI model leveraging Generative Adversarial Networks to enhance 1.5T MRI scans to 3T quality, improving accessibility while reducing costs. Engineered a fast image processing pipeline with FastAPI, achieving up to 50 epochs per hour.
Applications of Robotics
Implemented multivariate Kalman Filter in C for state estimation in GTXR flight computer, integrating a complementary filter for acceleration and angular velocity, resulting in decreased estimation errors.
Applications of Computer Engineering
Diagnosed and repaired PCB-level hardware issues on a Fujifilm XS-10 camera. Developed custom Embedded C firmware with OpenCV-based computer vision, achieving a 20% enhancement in tracking accuracy.
CS2340 Objects & Design
Restaurant discovery platform for Atlanta featuring neighborhood exploration, reviews, and filtering by distance, ratings, and cuisine type. Built for CS2340 at Georgia Tech.
CS3600 AI Course Project
Developed intelligent Pac-Man agents using reinforcement learning and A* algorithms for optimal pathfinding and ghost avoidance across multiple AI strategies.
Supported by Emory University SOM
Full-stack platform enhancing collaboration among healthcare and biomedical researchers at Emory University, Georgia Tech, and Morehouse - featuring real-time notifications, project management, and mentorship activities.