Relevant CourseworkGPA - 3.867/4.0

Mapify is a mobile app built with React Native to make listening to music more social. Our goal with Mapify is bridge the connection between your community, and the music taste defining the culture aspects in the area. Mapify uses Supabase with PostgreSQL to seamlessly store the shared and anonymous data of our users. It also uses a custom Express backend built with Node.js to enhance the interoperability between the React Native frontend and the Supabase and Spotify APIs.

BruinDine is a full stack application aimed at making dining at UCLA easier. With long lines and confusing labels, students at UCLA need an easy way to navigate the dining halls. BruinDine uses web scraped data to allow users to search, like, and view dining information in a mobile-friendly way. Users also have to ability the rate the dining halls.

PlanIt is the go-to webapp for planning trips around LA. Built with React and Firebase, PlanIt allows users to schedule and browse from hundreds of pre-sourced events happening in the area with a custom built calendar UI. PlanIt is inspired by every day applications and is a blend between Google Calendar and Google Maps.

After developing various websites and applications, I needed a place to showcase my work; therefore, using Next.js I built my personal website.

I developed a resource website, The Max Class, during the COVID-19 pandemic to combat difficulties students faced when transitioning to eLearning. The Max Class repository hosts various resources including notes, calculators, and past papers.

Worked as an official paid student election judge for the 2020 presidential election

A backend of a dating app built to take advantage of advanced data structures in C++.

Built a spin off of the 8-bit Super Mario game using the benefits of polymorphism for each game object in C++.

Wrote C code to analyze live IR sensor data to direct and dynamically steer an Arduino car around a track.

Using Solidworks, I designed and built a foam RC plane. Servos and motors powered the mechanical features, which included functioning flaps, ailerons, elevators, and a rudder.

I authored a paper on the Fourier Series, demonstrating a reverse approach to deriving the mathematics necessary for the series.