Role: Solo Developed

The Last Route is a roguelike where you ride an autonomous electric bus that runs out of charge at each stop. You must survive at each stop as you collect parts and fight robots until the bus is fully charged. The gathered parts can be used to upgrade your weapons, but be careful—the bus will leave without you.

I created The Last Route as a solo project for my MI 231 final. The goal of this project was to implement the core mechanics of our own unique game idea. I chose to go with an upgrade based roguelike with a futuristic theme. I was able to implement the weapons upgrade system, PvE combat, enemy AI, random level system, and an experimental local split screen co-op that can be played by connecting Xbox controllers. This project has been bug fixed and expanded upon since I took the class. It can be played at the Itch.io link below.

Itch.io Link: The Last Route

Role: Solo Developed

Sparkle is a configurable and customizable audio visualizer for Unity. It can display audio in the form of spectrograms and waveforms from a file or microphone. I created this to be easily implemented into other Unity projects that require an audio visualizer. An interactive demo of Sparkle can be found on my Itch.io page.

Itch.io Link: Sparkle Visualizer

Role: Solo Developed

Medieval Battles is a wave-based combat game set in a medieval fantasy environment. You will battle as a mage and use your sword and magic to fight through waves of evil mages. This game was created in Unreal Engine 4 for my high school advanced programming class.

This game stemmed from a basic wave-based combat tutorial we learned in the class. I assembled and lit/post-processed the entire level environment using premade models from the Unreal Marketplace. The character controller and enemy AI were expanded upon by me to add weapon swapping/inventory, as well as completely redoing how the players, camera control and inputs are handled.

A video of the gameplay can be found on the second slide above.

Role: Project Lead, Programmer, Web Dev, Backend Server Dev

Rally Waffle JS is a web-based item-collecting game programmed in JavaScript, where you try to collect all the maple syrups as fast as you can without running out of fuel or getting hit by any of the enemy Pancakes. The goal is to get the fastest time with the least number of deaths.

This game was created for an advanced programming class I took in high school. I collaborated with a group of three people to create Rally Waffle JS. My focus was on gameplay programming and CSS design for the website, as well as the backend leaderboard server.

It is free to play online and has a wordwide leaderboard at the link below.
Rally Waffle JS: Play Here

Role: Solo Developed

This is a configurable simulator of text matrix displays made for Unity. It can display or scroll messages in the style of real life matrix displays like those found in busses and at airports. I created this to be easily implemented into other Unity projects that require a matrix display, for example on a sign or in a vehicle. An interactive demo of the matrix display can be found on my Itch.io page.

Itch.io Link: Matrix Display Simulator

Role: Solo Developed

The Space Escape is my modified version of the 2D platformer tutorial from the class CAS 117. I mainly focused on adding additional functionality to the player controller. The main thing I added were ladders and the ability to climb them, as well as a refuellable jetpack that you can use to add verticality to the levels. A full list of my modifications, as well as a link to play it, can be found below.

Modifications:
1: Climbing ladders
2: Flying with a jetpack
3: Fuel pickups for jetpack
4: New Animations / Sprites for flying / Climbing
5: More complex levels
6: Camera shaking effect that occurs in acid
7: Some effects were added to the Main Menu

Itch.io Link: The Space Escape

Role: Solo Developed

This is a recreation of the core mechanics of the 1989 NES classic Earthbound Beginnings.

This game was created for my Classic Game Project in MI 231, where we had to recreate the core mechanics of a classic NES game. The game I picked was Earthbound Beginnings (aka Mother in Japan). I decided to implement the basics of the overworld system, as well as the battle system. In this recreation, you are able to move around the first section of the world, as well as enter Ninten's house. You can also check items like the sign in front of Ninten's house and battle random encounters from a pool of enemies. This project has been cleaned up and bug fixed since I took the class, and can be played at the Itch.io link below.

Itch.io Link: Earthbound Beginnings

Role: Solo Developed

Star Invaders is my modified version of the 2D shooter tutorial from the class CAS 117. I mainly focused on adding multiple different levels, level mechanics, and different enemy types. A full list of my modifications, as well as a link to play it can be found below.

Modifications:
1: Live counter
2: Enemies remaining counter
3: Special enemy types
4: Asteroids that move around with physics
5: Many menu tweaks
6: Added multiple levels with custom layouts
7: Added slight UI/Camera changes on some levels

Itch.io Link: Star Invaders

Role: Solo Developed

Media Assistant is an open-source Roku app that allows you to stream/play local and hosted media on your Roku device through cast-style API requests. It was built to easily work in tandem with other applications, allowing for a simple API to display media on Roku devices.

I created the app to solve the problem of open-source applications, like Home Assistant and Music Assistant, not being able to send media to Roku devices. Both Home Assistant and Music Assistant now natively support media playback on Roku through the Media Assistant Roku app. Check it out at the link to my GitHub below.

As of March 2026, The Media Assistant app has around 2,500 active users.
GitHub Link: Media Assistant

Role: Solo Developed

This is my modified version of the Solar System tutorial from the class CAS 117. I mainly focused on improving the design/lighting of the Solar System model, as well as making the orbits of the planets fairly accurate. A full list of my modifications, as well as a link to play it, can be found below.

Modifications:
1: Added all planets
2: Made the model partly to scale
3: Added Zoom with the scroll wheel
4: Added trail lines to indicate planet's orbit
5: Used post processing layers to add a bloom effect
6: Changed out the sky box to use a 360 map of the stars from NASA
7: Changed the camera's default position
8: Added UI to tell what planet you focus on

Itch.io Link: Solar System