Undergradte degree in Electrical Engineering with a minor in Physics from San Diego State University. My interests include education, mathematics, optics, and power electronics. The purpose of this website is to provide me with a medium through which I can document my work. If you would like to get in contact, feel free to email me.
The goal of this project is to create a modular energy storage system that can be scaled up to meet the needs of a variety of applications.
A platform for disocvering local community service opportunities. Comprised of a website for organizations to post their volunteer events and a mobile application for users to connect with their community.
Mathematics contain immense beauty and elegance in terms of symmetry. This is my attempt to reveil this beauty through the visual sense. To do this, complex functions are iterated until a a reasonable divergence developes between bound and unbound results. Finally, this gradient gets colorized producing the pattern you see. This technique of producing fractals is the same method used in imaging the Mandelbrot set.
My past work has focused on the field of diffractive optics. I helped develop the first research published using high-phase depth spatial light modulators (SLMs).