I design and engineer production-ready applications, VR/AR training systems, and interactive 3D experiences — with clients including the US Army, US Navy, and enterprise teams across defense and education.
Immersive, scenario-based lockout/tagout training for baling equipment. Covers equipment assessment, PPE selection, and controlled isolation of hazardous energy sources. Developed core architecture and procedure systems, lead team from concept to delivery.
Immersive VR spotter hand-signal training for dump truck operations. Developed core architecture and vehicle control systems, implemented vehicles with NWH.
Scenario-based hazard identification training set on an active construction site. Learners spot fall hazards, unsecured equipment, and improper ladder and scaffolding use. Developed core architecture and hazard systems, created scene from asset packs.
EpsilonVR is a framework, player application, and content creation tool for developing and deploying procedure based training on desktop and VR.
Created for the US Army, this prototype was a proof of concept simulating operator maintenance procedures with a DCS Panel. Designs and storyboards by a co-worker, all development and modeling by myself.
Simple lockout tag-out procedure made with EpsilonVR for TrainPoint. Responsible for scene building, materials/textures, light-mapping, and procedure creation.
An emulation of the screens from the movie War Games, written in C for a vintage IBM PC XT. Source code open on GitHub.
Created for the US Navy, the Virtual Training Aid (VTA) is an interactive 3D training tool for classrooms allowing navigation of 3D models with animations and procedural flows.
A Live wallpaper for Android made with Unity using Uni2LWP. Features procedurally positioned gears with a custom gear positioning script.
Interactive 3D showcase of Generac's new generator. CAD files optimized for real-time environments with comprehensive interactive features.