This project is based on an assignment I worked on for my Programming Paradigms class. Originally written in pure Java, I had used TeaVM to compile the Java logic to WebAssembly, and used JavaScript as the frontend language. When I changed the architecture to separate client and server, I overhauled the design. Now, the project uses a JavaScript frontend that communicates with two separate Java REST APIs. One handles the logic, while the other one is used at the end to communicate with the leaderboard database. I use Git for version control. The game is a work-in-progress recreation of "Marvel Heroes Ultimate Action Plug & Play: Spider-Man's Wall Crawl," a 2006 sidescrolling video game featuring Spider-Man as he climbs a building battling enemies.

How to play: Arrow keys to move. Space to jump (up, left, right, up-left, up-right). Ctrl to shoot (up, down, left, right, diagonally). Avoid flaming electrical wires and active fans. Enemies on screen will attack if you are near. You can shoot them to get rid of them. Spiderman dies when he runs out of health. The game ends when he runs out of lives. You can also press "q" to quit manually.

Reach the end to end the game. I am working on a proper end screen. You can submit your score and see the top 10 all time scores.

Eventually, I will add more levels, multiple stages (including a boss fight), more enemy weapons, Spidey-sense, and more. WARNING: This game contains flashing lights and patterns that may trigger seizures in individuals with photosensitive epilepsy. Viewer discretion is advised.

This is a web page I created for financial data filering and sorting. I created it using React as a take-home assessment during the hiring process of a job, though I never submitted it. I used AWS Amplify to host the final product.

This is a student database that I created as the final project for my DBMS class. It is written in C++ to execute MySQL backend commands. I used HTML webpages styled with CSS as the frontend. These webpages had php (one had JavaScript) embedded into them to make calls to their corresponding C++ programs. This webpage is hosted using UARK's Turing server. Currently working on using AWS RDS to host the database.

Composed of mechanical engineering, eletrical engineering, and computer science students, our team collaborated to design the hardware and software of an autonomous vehicle to compete in the Arkansas Space Grant Consortium (ASGC) Autonomous Vehicle Challenge 2024.