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Transform campaign text messaging with engaging, interactive content
Provides a framework for constructive political discussion in text conversations / group chats
Fosters individual thought and logical reasoning
No data collected = easy deployment + no security concerns + maintains integrity of "safe space" to talk about politics
Rapid trend potential ("#UndecidedVoterPoll2024")
iMessage framework, UIKit, Swift, P2P architecture

Developed the most realistic beer pong game to date by leveraging Apple Vision Pro's advanced hand-tracking capabilities
Employed Entity Component System (ECS) architecture for modular, scalable, and efficient game data management
Utilized the hand-tracking API to calculate accurate ball trajectory and velocity based on dynamic joint transforms
Integrated GameKit to support real-time online multiplayer and leaderboards
Integrated SharePlay with Spatial Personas to create an even more interactive experience. Required implementing P2P updates and synchronization.
Became proficient in VR / game development fundamentals: Math - (linear algebra, trigonometry, physics) | Rendering - (mesh, shaders, animation)
Self-taught and became proficient in brand new visionOS with very limited resources (version 1.0)
Modeled and textured custom 3D assets (table, cups, skins) in Blender, providing unique visuals and gameplay aesthetics.
Featured in a top-10 best free visionOS games list:
visionOS, SwiftUI, RealityKit, ARKit, Reality Composer Pro, Blender

Developed an external plugin for the popular open-source RuneScape client, RuneLite
Self-taught RuneLite’s intricate codebase and adapted to its reuse-oriented development environment
Utilized Google Guice to support dependency injection
Became proficient in managing “real” software using the GitHub Flow
The most popular RuneScape YouTuber, Sparc Mac, using this plugin:
Java, Java AWT, Guice

Upload a file, invite others with a join code, and enjoy an interactive and engaging group reading experience
Speech is captured and fed into a client-side algorithm that filters high-confidence words to be sent to the server (limiting the volume of words avoids flooding sockets)
Server digests the received words using a complex word-matching algorithm that allows for flexibility in speech-text disparities
Highlight advancements and live statistics (including WPM and read %) broadcasted in real-time
Won 1st Place Best Overall at UGAHacks 6 and became the first-ever solo-hacker to win 1st Place
Node.js, Google Speech Recognition API, Express.js, Socket.io, jQuery, Bootstrap, HTML, SCSS, Heroku

Comprehensive eCommerce web application developed using Django MVT framework
Software Engineering term project developed over a series of deliverables emulating the SWE process
Employed a hybrid process model that combines both the Waterfall and Agile methodologies
Collaborated with a team and served as a backend developer and database administrator
Django, Python, SQLite3, jQuery, AJAX, Bootstrap, HTML, CSS

Features thousands of questions across 18 categories, provided by Open Trivia Database API
Real-time socket-based control flow enables complex logic interactions
Robust Node.js backend capable of supporting a vast number of users playing concurrently
Refined mobile-first interface constructed using jQuery, Bootstrap, and SCSS
Deployed to Heroku under an SSL certified custom domain (triviaracer.me)
TypeScript, Node.js, Express.js, Socket.io, jQuery, Bootstrap, HTML, SCSS

Client would manually edit/format Excel cells, extract data, build an SQL statement, then insert in SMSS
Built a user-friendly desktop application that automates this 30-minute process into a click of a button
Obtained valuable hands-on SWE experience through my collaboration with the client:
- Requirements Engineering (elicitation, informal interviews, task analysis, prototyping)
- Validation (black-box unit testing, acceptance testing - currently in Beta)
Completed this project as a virtual-volunteer for Camp Twin Lakes (a non-profit organization that provides year-round camp experiences for children with serious illnesses)
Node.js, Electron.js, Azure SQL Server

Collaborated with a team and was responsible for the backend and database
Backend retrieves, processes, and inserts game data into a BCNF-normalized MySQL database (via JDBC)
Manually developed a multi-threaded Java web server and REST API to deliver serialized game data to client
Presented in an elegant frontent developed with React.js
Java, SQL, React.js, CSS

Multi-threaded Java web server used to support multiplayer functionality
Chatbox displays system broadcasts and allows for messaging between the players and spectators
Java, JavaScript, HTML, CSS