is widely regarded as one of the most advanced virtual reality forensics simulations on the market. Built for higher-education criminal justice and forensic science programs, the experience places users inside detailed, fully interactive crime scenes where procedural accuracy and investigative judgment are essential.

This multiplayer experience is designed for collaboration between players as they investigate a crime scene together. Investigators are responsible for securing the scene, identifying and documenting evidence, and dusting for latent fingerprints before moving on to analyze their findings in a virtual lab. The experience mirrors real investigative teamwork, emphasizing communication, role division, and procedural accuracy throughout the process.

The project was developed in close collaboration with real forensic scientists and law enforcement, who are now teaching at UMGC and NMSU. All features are intended to replicate exactly how crime scene investigators operate for educational practice.

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is a multiplayer virtual reality laboratory built to help students engage with core concepts from modern particle physics through direct interaction. The experience allows users to work with particles from the Standard Model, examine their properties, and explore how fundamental forces and interactions behave beyond what can be easily conveyed through textbooks or equations.

Students can organize particles into their respective families, visualize force carriers, and run guided experiments that demonstrate concepts such as quantum fluctuations, the Casimir effect, superconductivity, and large scale cosmic expansion influenced by dark matter. Each experiment is designed to let students change variables, observe outcomes in real time, and collaborate with others inside a shared virtual space.

The lab focuses on making abstract physics concepts tangible and intuitive, using spatial reasoning and experimentation to support understanding in ways that are difficult or impossible to achieve in a traditional classroom.

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is a VR experience that was released onto the Meta store for Australian game studio LiminalVR. The user is set atop a paper airplane and watches a beautiful tundra environment unfold around them as they witness the power of perspective, scale and tranquility in virtual reality.

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is a space horror FPS game made with a group of 5 students in Unreal Engine. Project Nova has a focus on narrative experience and exploration as you unravel the mysteries of a parasite infested space station.

Itch.io Link

is a 3D Fractal generation tech demo in Unity's early access D.O.T.S. framework. utilizing the lightweight GameObjects of the ECS system and the multithreading of the Jobs systems, I was able to render 390,625 rotating GameObjects in one scene at a steady 30 FPS. (2396% more efficient on frames compared to regular GameObjects)

Is a 2D Unity clone of the game 'Downwell' by Devolver Digital made in a 3 week solo jam. It's a vertical platformer but the aim is to fall rather than climb. Art assets created by Jay Draper.

3D C# agent AI stealth demo using Unity's Navmesh system. Based on a decision tree that encompasses interactions triggered by proximity and sound.

Agent behaviors include seeing, smelling and hearing. Hearing is done with a large box collision radius, but has a lower chance of detection than hearing. Detection is based on a random chance of alerting the agent every second the player is colliding with that box.

Smelling detection has a shorter radius but larger chance of detection. Sight is a raycast from the eyes of the agent and has a 100% chance of alerting the agent. Once the agents have been in chasing mode for too long, they go into a resting mode, where they run to a particular area to replenish their energy.

Tasked with the challenge of recreating the Atari game 'Breakout' with two new mechanics, I went for a slingshot and time slow to spice things up. Created first in Monogame's C# engine, then in Unity. The playable version is the Unity one.

Fun fact: each ball reflection has a random amount of entropy between 0 and .1 positive or negative Unity units added to its direction when colliding with an object to keep each bounce slightly unpredictable.