Graphics & Software Engineering

Below is my portfolio of graphics software projects. Click on any project to learn more.

GPU Programming & Rendering

WebGPU, TypeScript, WGSL

Forward+ Shading and Clustered Deferred Shading, using WebGPU, demonstrated on Sponza atrium model with hundreds of point lights. Additional aesthetic artistic cell and outline fragment shader. LIVE DEMO

CUDA Path Tracer

CUDA, C++

CUDA-based path tracer to render globally-illuminated scenes. Performance optimizations, proceduralism, mesh & textures, denoising and antialiasing. (I’m just really proud of this one :))

Vulkan Grass Renderer

Vulkan, C++, GLSL

Real-time Bezier curve grass simulation and rendering application using Vulkan compute and tessellation shaders.

Boids Flocking Simulation

CUDA, C++

Exploration of CUDA kernels to implement a flocking simulation based on the Reynolds Boids algorithm. CUDA-based optimizations for this project feature a uniform grid with semi-coherent memory access.

Monte Carlo Path Tracer

C++, OpenGL

Global illumination, multiple importance sampling (MIS), and direct lighting techniques.

Physically-Based Shaders

C++, OpenGL

Implementation of the Unreal Engine 4 Physically Based Rendering pipeline based on a Qt Application using OpenGL.

Geometry Processing(C

Skinning & Skeletal Animation

C++, Paper Implementation

Various methods for skeletal-based deformation, including linear-blend skinning, dual-quaternion skinning, per-face blend skinning, etc.

Drag & Deform Meshes

C++, Paper Implementation

Interactively deform 3D models by dragging user-set handles.
Multi-resolution surface parameterization, deformed using naive Laplacian editing.