Projects

A set of tools to export animated 3D models from Blender and load them into Minecraft to automate the creation of stop-motion animations.

A GPU-accelerated path tracing engine written in C++ using the OpenGL API, capable of rendering complex scenes with physically-based materials and lighting, with built-in temporal denoising, anti-aliasing, and HDRI lighting support.

My journey into ray marching, a technique for rendering complex 3D scenes using signed distance functions (SDFs). Or, how a script I wrote on my calculator to pass time in class kickstarted my passion for graphics programming.

A simple demo showcasing the Portal effect from the popular video game series, implemented in C++ using OpenGL.

A web-based linear algebra calculator that lets users perform various operations on 2D matrices. Designed to be easy to use, ideal for students and educators.

A redirection resolution service running a given URL in a headless browser and returning the final URL after all redirects.

A fast Markdown stripping library for Python with a C backend.

Self-serve web platform for Columbia students used to book timeslots at the CU Records studio.

A self-balancing 3D-printed biped walking robot, controlled by a Raspberry Pi.

A research project exploring the use of generative adversarial networks (GANs) for generating high-fidelity textures from low-resolution images, completed as my final project for Columbia's Neural Rendering course.