Independent project

VR Simulation Toolkit

XR Simulation Developer · Portfolio project

Configurable VR simulation framework for physics-driven training, education, and immersive operational experiences.

Unity
Unreal Engine
Photon Networking
Three.js
CesiumJS
Blender
Autodesk Revit

Training and simulation projects tend to get rebuilt from scratch every time the use case changes — different physics rig, different world data, different engine — because most VR frameworks are built for one simulation, not a family of them.

What I built

A configurable VR simulation framework for training, education, and operational simulations, designed to swap engines and world-data sources rather than lock a project into one stack: Unity or Unreal Engine for the runtime, React and Three.js for companion web tooling, Google Maps API or CesiumJS for geospatial world data, Photon Networking for multi-user sessions, and Blender or Autodesk Revit for asset pipelines, with ARKit/ARCore support for mobile AR variants. The core of the toolkit is reusable physics-driven interaction and simulation systems — grabbing, tool use, environmental triggers — built once and reconfigured per project instead of rebuilt.

Visual

VR Simulation Toolkit — placeholder image — Placeholder image — replace with a screenshot of a simulation built on the toolkit.

Outcome

A reusable simulation foundation meant to cut the setup cost of each new training or education build by starting from working interaction and physics systems instead of a blank engine project.