A robotics research project focused on open-world memory for embodied agents. The goal is to help robots retain, retrieve, and reason over observations from changing environments instead of treating every scene as isolated. This project sits at the intersection of robotics, perception, and long-term autonomy. More details, demo media, and links can be added here as the project becomes shareable.
A human-machine interaction project for controlling a prosthetic hand using EMG signals. The system combines signal processing, machine learning, embedded programming, and wireless control to make prosthetic motion feel more intuitive. The project is developed through the Laboratory for Interaction of Machine and Brain at UCF.
An augmented-reality bowling analytics project using Meta glasses, lane segmentation, ball tracking, and AR overlay concepts. The system is intended to understand the lane, track the ball, and surface useful feedback directly in the bowler's field of view.
Quality Engineer (Part time)
Undergraduate Researcher
Research Intern
Bachelors of Science in Computer Science