Projects

A crowdsourced full-stack event platform for the Texas A&M campus, featuring event creation, advanced searching, and user authentication.

A rendering engine built from scratch with OpenGL and C++, featuring custom shaders and bounding volume hierarchy implementations.

Earned 1st place for the Toyota Challenge for TAMUHack 2025.
Driving innovation for Toyota: A platform using Next.js, Postgres, Docker, and Arize AI tools to deliver traceable, high-quality insights—constantly improving beyond expectations.

Earned 3rd place for the TAMIDS Challenge for TAMU Datathon 2024.
Cropland area data is invaluable, yet not available for all countries. Trained on cropland data from the USDA, this model can segment satellite imagery anywhere into masks that describe the crop landscape.

An experimental program written in C++ to calculate thread art of an input image. Has identical CPU and GPU (CUDA) implementations for performance comparison.

A raymarching rendering engine written in Java.

Submitted for HowdyHack 2024
Our project is a live-service multiplayer game that is a mix between Gartic Phone, Reverse Pictionary, and Clue.

A raytracing engine built with Taichi, featuring a custom scene format and a custom renderer.

A website that helps clients search for local charities with specific criteria, written for IB Computer Science HL.