Below is a collection of some selected projects I have worked on. Early and Accessible Parkinson’s Disease Detection Moncrief Summer Internship project at the Computational Visualization Center under the mentorship of Dr. Chandrajit Bajaj at the Oden Institute. Progressive AI using multi-modality differential diagnosis for individualized intervention in the treatment of Parkinson's disease. 3D Augmentation with COLMAP Developed an offline Augmented Reality (AR) viewer that overlays virtual objects onto 3D scenes, using COLMAP for reconstruction, a custom RANSAC algorithm for plane detection, geometric transformations, and 3D-to-2D projection. Camera Projection, Triangulation, Epipolar Geometry Project Implemented 3D reconstruction from 2D motion capture images, using camera calibration, triangulation, and the eight-point algorithm to derive spatial information and understand relationships. JPMC Market Maven Project Building a model that predicts future price movements of stocks and other financial instruments during the last ten minutes of the Nasdaq exchange trading session Coupling from the Past for Statistical Mechanics Models A log of my research work, presentations, and final paper as part of the DIMACS REU at Rutgers University Neural Network Binary Classification Using Gradient Descent A breakdown of the mathematics for building a neural network for binary classification. Karaoke and Tone Control PCB A karaoke tone contorl circuit I deisgned and built as part of my EE 210 final project.
