My journey of bringing ideas to life, one line of code at a time

Automate monetary transfers between your friends or family based on real life events. View and track your spending across multiple banks and account types all in one place.

PlanIT makes weekly task planning intuitive and printable, allowing you to easily organize tasks online and effortlessly print customized schedules for offline use. You can use it as a simple template builder for printing or a simplified task manager for your week.

A YouTube-style platform featuring up to 1,000 live streams of breathtaking wildlife, landscapes, and nature scenes, all in real time.

My goal is to make an app that shows how habits affect productivity. I've combined a habit tracker with a task scheduler that allows you to filter from different groups based on tags.

Connecting active members with the experience of previous generations. Linkloop contains an interactive map of member locations, organization merch, newsletter builder & campaign manager, member search and profiles.

A project using simple API routes with SWC to display thousands of cat facts. This was one of my first web dev projects.

I was the lead engineer behind bringing the latest RedDoor website to production. Utilized NextJS, Cloudinary, and Storybook to ensure every component was pixel perfect and delivered instantly to clients.

I was the sole engineer behind the RedDoor Blog, integrating NextJS, Ghost CMS, Algolia, and Cloudinary to create a platform that non-technical team members can easily manage.

This website is always a work in progress as I grow as a human and developer.

For a class project, I developed a Java simulator for a generalized Enigma machine—the famous WWII-era encryption device. I built this project from scratch, using object-oriented programming and advanced data structures to replicate the machine's complex rotor mechanics, plugboard permutations, and progressive encryption process. This hands-on exploration not only deepened my understanding of historical cryptography but also honed my skills in algorithm design and system simulation.

Developed a voice-controlled car by integrating custom filtering circuitry, Arduino programming, and linear algebra techniques for signal processing. I built a voltage regulation system to ensure consistent power delivery to all components and applied principal component analysis to audio data for reliable voice command classification. The final robot was able to navigate at varying speeds and do 90° turns—based on vocal input.

In Python I developed a tower defense game inspired by Plants vs. Zombies. In this simulation, various ant types, each with unique abilities and behaviors, must protect their colony against waves of invading bees. I implemented object-oriented programming principles to model the game board, ant strategies, and bee movement. The project challenged me to design flexible, modular code while balancing game mechanics and incorporating strategic elements.

Worked with my team to 3d print different parts of a hand and assemble it. The prosthetic hand is meant to help people whose bones haven't fully developed, such as those with symbrachydactyly.

Coded two Arduino robots to fight within a white circle. I used individual programs for each and tested them against each other to make improvements.

Implemented a version-control system in Java that mimics some of the basic features Git like: add, commit, push, merge, and checkout. Wrote file I/O methods, implemented HashMap, and tree data structures.