Projects

Asynchronous Networking Library & Chat Application

University of Utah - Kahlert School of Computing

Fall 2024

Designed and implemented a general-purpose asynchronous networking library in C# to support text-based communication, enabling seamless client-server interactions for a chat application and future game projects.
Developed a multi-threaded chat server capable of handling multiple clients concurrently, broadcasting messages to all connected users, and dynamically assigning usernames to clients upon connection.
Ensured thread safety and race condition prevention by implementing proper synchronization techniques in the server and networking library.
Integrated logging functionality to monitor and debug server and client activities, ensuring proper error handling and system traceability.
Collaborated with a partner using pair programming and GitHub for version control, following Agile practices to deliver the project iteratively.
Utilized TcpClient/TcpListener APIs to build a robust networking infrastructure, abstracting low-level details for ease of use in higher-level applications.

Technologies Used: C#, .NET, TcpClient/TcpListener, Multi-threading, Concurrency, Logging, GitHub

University of Utah - Kahlert School of Computing

Fall 2024

Designed and implemented a fully functional spreadsheet application with a Blazor-based GUI, enabling users to input data, formulas, and perform calculations in real-time.
Integrated the Model-View-Controller (MVC) architecture to separate the spreadsheet logic (Model) from the GUI (View) and user interactions (Controller), ensuring maintainability and scalability.
Developed features such as cell selection, formula evaluation, and dynamic updates for dependent cells, ensuring accurate and efficient spreadsheet functionality.
Implemented file I/O operations to save and load spreadsheets in JSON format, including error handling for invalid file inputs.
Added advanced features such as keyboard navigation, cell highlighting for formula dependencies, and a warning system for unsaved changes, enhancing user experience.
Collaborated with a partner using pair programming and GitHub for version control, following Agile practices to deliver the project iteratively.
Conducted code reviews and documented design decisions, challenges, and time tracking in the project README.

Technologies Used: Blazor, C#, .NET, MVC Architecture, JSON, GitHub, Pair Programming

University of Utah - Kahlert School of Computing

Fall 2024

Developed a Blazor-based GUI client for a networked Snake game, enabling real-time interaction with a server to display game state and send player commands.
Implemented client-server communication using a custom protocol, including JSON serialization/deserialization for game objects (snakes, walls, power-ups).
Designed and structured the application using MVC architecture, ensuring separation of concerns and maintainability.
Utilized multi-threading and concurrency to handle real-time updates and user inputs while avoiding race conditions.
Collaborated with a partner using pair programming and GitHub for version control, following Agile practices to deliver the project iteratively.
Enhanced user experience by creating a visually appealing GUI with custom graphics, animations, and a heads-up display (HUD) for player stats.
Debugged and optimized the client to maintain a consistent frame rate of 50+ FPS while handling server updates.

Technologies Used: Blazor, C#, .NET 8, JSON, MVC Architecture, GitHub, Multi-threading, Concurrency

Digital Arts Class

Fall 2024

Designed and modeled the iconic Energy Sword from the Halo franchise using Autodesk Maya, focusing on accuracy and attention to detail.
Created the sword's hilt and energy blades using polygonal modeling techniques, ensuring clean topology and proper scaling.
Applied materials and textures to replicate the metallic finish of the hilt and the glowing, translucent effect of the energy blades.
Utilized emissive materials and strategic lighting to enhance the futuristic glow of the sword, rendering the final model with Arnold for a polished look.
Overcame challenges in balancing realism with the game's stylized aesthetic, particularly in achieving the glowing energy effect for the blades.
Demonstrated creativity and technical skill by translating a 2D game asset into a fully realized 3D model.

Technologies Used: Autodesk Maya, Arnold Renderer, 3D Modeling, Texturing, Lighting

One of my projects that I am working on is slowly working out the start to my game development with a 2D platformer that I am making with my buddies. This should update as the game is in production, but here is some art for the game that I have made so far.