Pocket Garage is an innovative automobile data retrieval application that provides users with quick and detailed information about various vehicles. Users can easily access comprehensive vehicle information, including specifications such as body classification, fuel type, drivetrain details, engine specifications, and more. I made this project as a form of practicing mobile development. I used React Native to achieve cross-platform compatibility, while also trying to gain mastery of relevant technologies.

This app was created as a final project for our IOS Development class. Our app Unity seeks to unite you, the user, with the environment around you. To achieve this, our team implemented a map that geolocates the user's movement (per their permission), counting their steps. It is then used as a currency to purchase various icons in the application. My contribution consisted of developing the map to perform its core function, as well as developing the store through Swift's methods of persistence. This project was a team effort, which taught me the value of collaboration. (Due to potential risk of academic violation, the source code will not be publicly shared)

Revamped Testudo visualizes a newly-designed class schedule system servicing students of the University of Maryland. Its mission is to enhance the experiences that students go through when looking/registering for classes. It runs on an Express server hosted on Render.com. Pages were built with HTML and EJS, designed using Bootstrap mixed with some custom CSS, and powered by Javascript with support of the jQuery library.

Maze is a little mini-game that runs within the command line. Powered by Ruby, it creates mazes of random textures of any sizes using randomized versions of graph traversal algorithms. For example, when using Randomized Depth-First Search, mazes will consist of long corridors due to its nature of traversing as deep as possible. On the other hand, using Randomized Kruskal's algorithm will create more unique paths as the algorithms always generate a random spanning tree.

Caraoke is a submission to the Bitcamp 2022 Hackathon hosted at the University of Maryland. The vision of this project is to provide a portable lyrics display machine to fit within the A/C vents of a vehicle. The lyrics would sync with whatever song is playing on your mobile device, making singing along with friends and family on long trips even more fun. For this project, we implemented a connection with Spotify's Developer API, grabbed the lyrics from Textyl.co API, and sent it over to our Arduino Genuino 101 board that handles the text being displayed on the LCD Screen. It was a great team-building and collaboration experience.