Programming...

You're looking at it! Beyond just being a portfolio, this site features complex layouts, animations, and the integration of highly modern technologies. And rest assured, it's not a mess under the hood. Click to learn more!

Sometimes simple is the best way to go. But what is simple? This page contains not only a simple design and layout, it also features elegant popups, purposeful colors, and animations to create an intuitive user experience.

We've all seen FPS camera setups before, but this one's importance is in it's development. It was made with a very primitive camera object, so all the setup and movement logic was made from scratch! Sometime's you just gotta adjust to limited tools, and this is my example of that.

It's bright, it's colorful, it's a light sword! While simple it may look, it has many features enabling customization, modular gameplay, and more while being optimal.

While starting off as a proper project, this grew to be my personal playground for deeply learning about microservices and complex server architectures.

A not so seemingly simple accounts microservice. Using technologies like Rust, Kafka, Redis, and complex databases, this service aims to achieve cutting edge speed when tossed into a complex microservice architecture.

First place winner at MadHacks, one of the largest hackathons in the midwest. A browser extension for adding accessibility features into any website. Features include changing text style, colors, and A.I. based highlighting.

Prize winner at Hack Midwest 2024. A web app that utilizes Zoom's real-time video transmission features to help identify faces for the visually impaired.

Creates sonnifications based on images of stars to help scientists analyze image data from an audial perspective. First place winner at NASA Chicago Space Apps at Northwestern University.

A shell inspired by bash, made for learning purposes. Written in C, it supports bash features such as piping, redirection, and more. It also has a built-in REPL for executing commands.

A dynamic memory allocator written in C. It has malloc, free, and realloc, a heap manager, and block allocation.

A text encryptor which uses multiple encryption algorithms.

Programming languages have always fascinated me. How does it all work?! Well, what better way to find out than making my own interpreter?