-Developed VR-based physical rehabilitation software using Unreal Engine 5 for individuals with physical disabilities.-Enabled motion capture-driven visualization of the user's lower torso to assist in navigating a virtual obstacle course.-Integrated Vicon Nexus motion capture data to animate a rigged in-game character, mirroring user movements.-Utilized Blender and Python scripting to convert raw motion capture data to animation sequences in FBX format.-Strategized and implemented optimization methods within complex Unreal Engine 5 scenes.

-Developed VR motion visualization software that enables in-depth analysis of VR motion data.-Leveraged Unity, C#, Python, SteamVR, Oculus, Google Tilt Brush, sockets, threading, virtual environments, shaders, etc.-Modified Google’s open-source VR painting application, Tilt Brush, to automatically paint existing motion data from CSV files.-The official paper publication is pending.

-Collaborated with YOUnite lead architect and other contributors to drive detailed documentation to execution and produce necessary video content for customer and software education.

-Implemented, tested, and documented Python scripts for Windows and OSX to orchestrate (using REST and JSON) starting/stopping the YOUnite Docker stack for the UI team.-The stack includes up to 30 Docker containers running services such as databases, message buses, logging, and APIs.