Virtual Reality

Blog post: 06/10/2026 5:02 pm

Author: Spark Team

Wind generation and electricity networks share an uncomfortable characteristic from a training perspective: some of the most important tasks happen around expensive, operationally critical and potentially hazardous infrastructure. Access to those environments can therefore be restricted precisely when trainees most need practical experience. VR offers a way to move the first stages of practical learning away from operational assets, while AR can subsequently support technicians during inspection and maintenance work.

Blog post: 06/10/2026 10:26 am

Author: Spark Team

Fault diagnosis is difficult to teach because realistic faults must be created safely and repeatedly. Bespoke VR can generate unlimited diagnostic exercises with different symptoms, measurements and underlying causes, helping apprentices develop systematic fault-finding skills before progressing to physical installations.

Blog post: 05/10/2026 3:21 pm

Author: Spark Team

Fire doors are one of the most visible examples of a safety-critical building asset that depends on repeated inspection, correct identification and consistent record keeping. A fire door may appear simple, but inspectors must consider multiple elements including closers, seals, glazing, hinges, gaps, damage and whether modifications have affected performance. For organisations managing large residential portfolios, the challenge is not simply knowing how to inspect a door. It is ensuring that the correct procedure is applied consistently across hundreds or thousands of individual assets. Bespoke VR and AR provide two complementary ways of strengthening these workflows.

Blog post: 05/10/2026 10:12 am

Author: Spark Team

Pressure vessels, pipework, compressors, steam systems and associated equipment are fundamental to chemical and petrochemical manufacturing. They also contain stored energy that must be understood and controlled before intrusive work begins. For operators and maintenance personnel, recognising pressure-system hazards is therefore not simply an engineering exercise. It is a core element of safe plant operation. VR can recreate pressure-related scenarios that would be difficult or inappropriate to reproduce physically, while AR can provide contextual information around live equipment.

Blog post: 02/10/2026 1:05 pm

Author: Spark Team

Energy-from-Waste (EfW) facilities combine waste handling with complex industrial processes involving combustion, steam generation, emissions-control equipment, electrical systems and process automation. That creates a substantial training challenge. Operators must understand both routine operating procedures and abnormal situations, but practising the latter directly on a live plant can be expensive, disruptive or impossible. Virtual Reality can provide a safe digital environment in which these procedures can be rehearsed repeatedly.