Welcome
This is a static HTML only website hosted by Github
About
I am a software engineer located in SLC, UT
I graduated from UCSD with a BS in computer science and a minor in Interdisciplinary Computing and Arts (ICAM).
Projects
Advanced Computer Graphics
An overview of animation, modeling, rendering, and imaging in computer graphics. Topics include Image and Signal Processing, 3D Modeling and Meshes, Real-Time and Precomputation-Based Rendering, Animation and IK, and Imaging and Computational Photography.
Class: CSE 190 - Advanced Computer Graphics
Date: Spring 2015
Project 2: Mesh Decimation
Quadratic Simplification
Project 2: Mesh Decimation
Quadratic Simplification
Project 2: Mesh Decimation
Quadratic Simplification
Project 2: Mesh Decimation
Quadratic Simplification
Project 2: Mesh Decimation
Full Poly Mesh
Project 2: Mesh Decimation
Quadratic Simplification
Battle Blocks
A 3D multiplayer realtime video game. The purpose of this project was to learn how to schedule, design, and implement complex software in teams.
Class: CSE 125 - Software System Design and Implementation
Date: Winter 2015
Computer Animation
A compilation of techniques involved in computer animation. Topics covered include skeletons, skinning, keyframing, facial animation, inverse kinematics, and locomotion.
Class: CSE169 - Computer Animation
Date: Winter 2015
CSE169 - Computer Animation
Project 1: Skeleton
Render the scene from a provided .skel file
Project 1: Skeleton
Render the scene from a provided .skel file
Project 1: Skeleton
Extra Credit: Create a custom .skel file
Project 2: Skinning
Load a character skin from a .skin file and bind it to a matching .skel file using the smooth skinning algorithm. This program allows you to adjust the skinned character using the same adjustments as the skeleton project.
Project 2: Skinning
Extra Credit: Texture mapping
Project 2: Skinning
Extra Credit: Morphing (cheek)
Project 2: Skinning
Extra Credit: Morphing (Eyebrow)
Project 3: Keyframe Animation
Animate a character skeleton using a .anim file.each joint. anim file specifies the channels which correspond with a joint in the skeleton and its keyframes. In addition, this app displays the channels for each joint
Project 4: Cloth Simulation
Physics based cloth simulation using the Springs and Particles model. Has collision detection and wind simulation.
Project 4: Cloth Simulation
This app allows you the move the cloth around and adjust the wind speed.
FeelzApp
FeelzApp is a website designed for mobile devices. The studio prompt for this project was Storytelling, Empathy, and Metaphor. This project focuses on the design process, using storyboards, needfinding, prototyping, and development planning. We also performed user testing and A/B testing using Woopra.
Class: CSE170 - Human-Computer Interaction
Date: Winter 2015
Photo-Realistic Rendering Algorithms
A series of projects on basic rendering algorithms building up to a ray tracing program. Topics include sampling, filtering, global illumination, texture mapping, and basic shading models.
Class: CSE168 - Photo-Realistic Rendering Algorithms
Date: Spring 2014
Project 1: Basic Ray Tracer
Create simple rectangle and plane objects
Project 1: Basic Ray Tracer
Extra Credit: Add spheres and cast shadows
Project 2: Spatial Data Structures
Complex scene using AABB box tree
Project 3: Materials and Textures
Lambert and Ashikhmin models using sampling routines and BRDF sampling for reflection rays (render time: 3min)
Project 3: Materials and Textures
Extra Credit: Add aperture
Project 3: Materials and Textures
Extra Credit: Add motion blur (render time: 4min 20s)
Project 4: Procedural Textures
Beer Lambert Law
Project 4: Procedural Textures
Perlin and Worley Noise Textures (render time: 35min)
Kart Mania
A racetrack video game using bezier curves, procedural terrain, complex surface texturing, particle effects, and collision detection algorithms.
Class: CSE167 - Introduction to Computer Graphics
Date: Fall 2013
