R&D POC: Building a Drone Fleet Telemetry System with Unreal Engine & n8n (POC) The Objective: To engineer a scalable "Black Box" telemetry system that bridges the gap between simulation (Unreal Engine) and workflow management (Jira) without relying on monolithic backend code. The Architecture: I designed an Event-Driven Architecture where the simulation acts as an IoT edge device: * Telemetry Source (UE5): Simulates
PROJECT: Multiplayer Chemistry Lab (MVP) The Objective: Validate network replication of complex chemical states in real-time. We needed to prove that fluid mixing logic stays synchronized across all clients without divergence. The Scope (MVP): We prioritized network architecture over UI polish. The goal was to stress-test the interaction system before building the administrative backend. * Synchronized
R&D POC: VR Sniper Simulation & Haptic Feedback The Problem: High-fidelity VR simulators usually require expensive, specialized hardware. This makes them too costly for mass training. The Vision I proposed a "Modular Attachment" strategy. My idea was simple: instead of buying fake simulation guns, we would digitize the real service weapons. I designed a concept for
PROJECT: The "Living Warehouse": VR Digital Twin for National Pharma Logistics The Business Goal The country's largest pharma logistics operator needed to prove their quality standards to international partners. Because they handle controlled substances (narcotics), organizing physical tours was a security nightmare. The Objective: Create a "Remote Audit" tool—a virtual experience that offers total transparency without
PROJECT: Immersive Product Demo: Spinal Implant Surgery The Challenge Demonstrating spinal surgery at a conference is impossible—you can't bring clients into a real operating room. Traditional videos failed to convey the precision and ergonomics of the instrumentation. The client needed a way to let surgeons "test drive" the implants virtually. The Solution
PROJECT: Immersive HSE Protocols: Incident Prevention & HazMat Response The Challenge: Reading a manual about a chemical spill doesn't prepare you for the real thing. The client needed a tool to turn safety rules into physical habits (muscle memory). The Solution: I managed the development of a VR simulation where users must physically perform the safety procedures
Project: Aviation Protocol MVP: PED device fire The Challenge: Lithium-ion battery fires (Thermal Runaway) inside an aircraft cabin are among the most critical in-flight emergencies. They are explosive, toxic, and self-sustaining. The Constraint: You cannot safely practice extinguishing a volatile chemical fire inside a real aircraft simulator. Airlines needed a risk-free environment to train crew on the
PROJECT: High-Risk Environment Protocol: Laboratory Fire Response & Electrical Safety The Challenge: Laboratories house expensive and sensitive equipment, often operating under high voltage. A generic fire response is dangerous; using conductive agents (like foam) on live electronics leads to electrocution, while shutting down critical power systems unnecessarily can ruin experiments or damage assets. Traditional training rarely allows personnel to practice
