Training

Blog post: 11/09/2026 2:15 pm

Author: Spark Team

Lithography equipment sits at the heart of advanced semiconductor manufacturing. VR can provide engineers with a digital environment for learning complex operating and maintenance sequences before approaching the physical tool, while AR can deliver contextual guidance during authorised service and inspection tasks.

Blog post: 11/09/2026 10:06 am

Author: Spark Team

Standby generators may spend much of their operational life waiting for an event that everyone hopes will never occur. When utility power is lost, however, the generator system suddenly becomes central to data centre continuity. That creates an unusual training problem. Personnel must be confident around equipment and procedures that may only be used operationally under abnormal or emergency circumstances. Live rehearsals are possible within controlled testing regimes, but there are practical limits to how often organisations can recreate complex failures purely for training. Virtual Reality provides another option: reproduce the generator system, its controls and its operational dependencies digitally and allow personnel to practise repeatedly before a real incident occurs.

Blog post: 10/09/2026 1:10 pm

Author: Spark Team

The clean-energy workforce does not fit neatly into individual technology boxes. An electrician may move from solar PV into battery storage. A heating engineer may develop expertise in heat pumps and building controls. An electrical technician may work across EV infrastructure, substations, wind farms and hydrogen-production facilities during their career. This mobility presents an important training question: how much technical competence can be taught once and then applied across multiple clean-energy technologies? Bespoke Virtual Reality (VR) training can provide a common foundation, while Augmented Reality (AR) can help technicians apply that knowledge to unfamiliar equipment in the field.

Blog post: 10/09/2026 8:56 am

Author: Spark Team

Distribution boards concentrate numerous electrical competencies into a relatively small working area. VR can help apprentices learn identification, circuit organisation, safe working procedures, inspection and testing before interacting with physical boards, while AR can provide contextual installation and inspection information alongside real equipment.

Blog post: 09/09/2026 11:29 am

Author: Spark Team

Permit-to-work systems sit at the centre of many high-risk maintenance and operational activities in chemical and petrochemical facilities. Hot work, vessel entry, line breaking, maintenance and intrusive work may require formal controls before anybody touches the equipment. The difficulty is that permit-to-work competence cannot be developed effectively through paperwork alone. Employees need to understand what the permit means physically: which equipment is isolated, what hazards remain, where the work boundary lies and what conditions could invalidate the permit. Virtual Reality and Augmented Reality can help connect that documentation to the real industrial environment.