Finally, a project I can use! This software allows a user to upload footage of an amateur basketball game, and it will generate the corresponding box score for each player. The overall pipeline relies on some standard CNNs, YOLO models, useful heuristics, and a whole bunch of finetuning. There are so many interesting design decisions to discuss. I really loved this project if only because it allowed me to train fundamental skills in machine learning, AI, and project development while building something I care about. My main takeaway: we were living in the dark ages before Google Colab. (July 2025 - WIP)
My implementation of a virtual machine for the C0 programming language for 15-122 @CMU. Built in C, this VM executes C0 bytecode through a stack-based architecture, handling control flow, function calls, heap allocation, etc. Implementing instruction parsing, operand stack management, call stack frames, and runtime error handling, this is a true virtual machine capable of running arbitrary C0 bytecode programs. A deep dive into low-level systems programming and language implementation. (Apr. 2025)
Woah... meta. This is my first attempt at web design. I wanted a space to convey my projects in a more visual medium, as well as give a feel for who I really am beyond a resume. Done in HTML and CSS. Hope you enjoy! (Jan. 2025)
My final project for Intro CS @CMU. It being self-directed, I immediately knew I wanted to work with fractal geometry. So, I thought, no better way than to highlight the elegance and power of recursion in programming. After countless hours of sketching out trig problems, trying to learn photoshop, and polishing the UI with CMU Graphics, I put together a fun tool (and game) from which striking complexity can emerge. (Dec. 2024)
DemoMy first ever Hackathon! Look at me slice those digital fruit. A rite of passage here at CMU, my 1st Place Hack112 experience was maximally awesome. Though going to bed at 6am (does that still count as going to bed?) is not exactly usual for me, smoothing out the interplay between OpenCV, Mediapipe, and CMU Graphics as my group members handled the game physics was well worth it. This was a great way for me to practice taking a project from an idea to deployment in just a short 16 hours. (Nov. 2024)
DemoThis was my first full-scale computer science project. In short, I built a software to aid my high school's dance teacher. After ideation meetings and product proposals, we decided on a tool that could automate and aid his assessment of students attempting a historically tricky movement. Focusing on OpenCV, Mediapipe, and ChatGPT integration, I delivered a program that can analyze his students' dancing and provide accurate feedback on necessary improvements. (Feb. 2024)
Demo