Industrial maintenance in the energy sector carries inherent risk. For Transco, the Abu Dhabi Transmission and Dispatch Company, responsible for the high-voltage electricity network that powers the emirate, the consequences of an undertrained technician working on live infrastructure extend far beyond a single incident. Equipment failure, injury, and unplanned downtime each carry costs that compound quickly across a grid of this scale. The brief was direct: build a training system that eliminates exposure risk without sacrificing the depth and muscle memory that only hands-on practice can deliver.
HoopAI designed and developed a Virtual Reality simulation focused on the dismantling, inspection, and reassembly of industrial pumps, a critical competency for field technicians across Transco's facilities. The environment was modelled to match the physical dimensions, material properties, and mechanical behaviour of the actual equipment, so every interaction a trainee makes in the headset mirrors the sequence and resistance they would encounter on the floor. The simulation functions as a self-paced training tool: technicians can repeat a procedure as many times as necessary, make errors without consequence, and build the procedural confidence that classroom instruction alone cannot provide.
The design of the virtual environment prioritised clarity over spectacle. Labels, indicators, and spatial cues are used with restraint, enough to orient a first-time user without patronising an experienced technician returning for recertification. The interface was tuned through iterative testing with Transco's own teams to ensure it reflected real workflow logic rather than an idealised version of it. The result is a tool that feels purpose-built for industrial context rather than adapted from a consumer VR product.
The scalability of the platform was a deliberate design parameter from the outset. Because the simulation runs independently of physical equipment or instructor availability, Transco can deploy training sessions across multiple sites simultaneously, extend the library of scenarios over time, and certify technicians to a consistent standard regardless of geographic location or shift schedule. New pump configurations and fault scenarios can be authored and rolled out without disrupting live operations.
Beyond the training application itself, the project established a template for how HoopAI approaches immersive technology for regulated, safety-critical industries: begin with the operational reality, model the environment with fidelity, and design the interaction layer around the expertise of the people who will use it, not around what the technology can demonstrate.
