Enterprise VR Safety, Physics & Spatial Interaction Suite
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Project Name: Enterprise VR Safety, Physics & Spatial Interaction Suite (5 VR prototypes)
Technologies: Unity Engine, Unreal Engine, RESTful Async networking
Type: Solo Project
Art assets: Art assets sourced from freely available or appropriately licensed third-party resources
Description:
This project is a collection of multiple prototype VR simulations.
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Electrical Fault Diagnostics in a dark environment training/simulation
In this interactive VR scenario the user is in a room with multiple electrical panels, and there is a power outage. The idea is to locate the compromised breaker/fuse panel and install a replacement fuse to fix it. When the scenario begins, the room turns dark, so the user needs to use a flashlight to light the room while moving around at the same time.
Sped-up walkthrough with narration (2 mins)
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Multi-class Fire Hazard & Fire Extinguisher training/simulation
This interactive VR scenario is designed to teach how to use fire extinguishers in a low-poly environment. Trainees need to identify the type of the fire and select the corresponding extinguisher type to extinguish the fire using proper physical sweep mechanics using tracked VR controllers.
Sped-up walkthrough with narration (1.5 mins)
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AI Driven Conflict Resolution/de-escalation training simulator
(Roleplay as a train ticket inspector)
Traditional communication-based VR training simulations rely on rigid, pre-scripted dialogue trees that fail to capture the unpredictability of real human interactions. This R&D prototype integrates live LLM API calls directly into a Unity VR environment to create an unscripted conflict-resolution and de-escalation training simulator.
How It Works:
• Scenario Architecture: Placed in a virtual transit station as a ticket inspector, the trainee must resolve a live dispute with a commuter traveling without a valid ticket.
• Real-Time LLM Agent Pipeline: Built asynchronous C# API handlers connecting Unity VR input/output interfaces to OpenAI's ChatGPT API with custom system-prompt guardrails defining the NPC's persona, emotional state, and compliance thresholds.
• Dynamic De-Escalation Mechanics: Rather than choosing from multiple-choice buttons, the user communicates via natural language, and the virtual commuter responds in real time - allowing trainees to practice empathy, policy enforcement, and conflict resolution in a safe virtual space.
Sped-up walkthrough with narration (2 mins)
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Warehouse machinary simulator (trainer to use a electromagnetic crane)
Built a physics-based industrial operator trainer simulating an overhead gantry electromagnet. Trainees operate multi-axis control consoles (vertical hoist, lateral trolley, and magnetic coil activation) to pick, and transport weighted cargo payloads across a warehouse floor to meet target weight quotas.
Sped-up walkthrough with narration (2 mins)
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Automotive Battery Jump-Start trainer
This is a step-by-step maintenance simulation teaching safe automotive battery jump-starting. Trainees follow spatial UI prompts to connect positive and negative donor/receiver jumper cables in the exact safety sequence required to prevent electrical shorting.