I'm a 4.0 student in the undergrad Computational Mathematics program at UC Riverside. I love coming up with solutions to difficult problems. If you give me a tough problem to solve, I thrive when allowed to create my own solutions to it. I have a strong foundation in computer science and mathematics, making me a more well-rounded candidate than many of my peers. I'm dedicated, passionate about my work, and am sure to be an asset to any organization I join.
The B.S. in Computational Mathematics at UC Riverside is split pretty evenly between math and computer science classes. Just a few key courses include:
This project follows along with Ian Millington's Game Physics Engine Development and is is meant to serve as a demonstration of core understanding. This engine is written in C++, built with CMake and tested using GTest. Full documentation is provided.
View ProjectThis project is a Qt application created for CS 100: Software Construction at UC Riverside. It was created by a group of 3 students, myself included, using the Composite, State and Strategy pattern. The app is cross platform with a Mac executable available in the release.
View ProjectThis program serves as a final project in Discrete Structures for Riverside City College. The purpose of the app is to demonstrate understanding of recursive sequences and series as well as sets. This project uses the recursive function discovered by Benoit Mandelbrot, , and renders values in the complex plane.
View ProjectThis C++ program reads an input file detailing vertices and edges in a graph and outputs a neatly organized .dot file illustrating the shortest path from the origin to all other nodes. This .dot file can then be rendered using Graphviz.
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