Virtual Reality

Blog post: 20/10/2026 1:36 pm

Author: Spark Team

Semiconductor equipment maintenance involves complex combinations of mechanical, electrical, vacuum, plasma, gas and control systems. Bespoke VR allows technicians to practise maintenance procedures away from production tools, while bespoke AR can deliver task-specific instructions and expert knowledge at the equipment itself.

Blog post: 20/10/2026 9:27 am

Author: Spark Team

The most important emergency procedures in a data centre are often the hardest to practise realistically. Operators can run drills and controlled exercises, but intentionally creating a genuine switchgear failure, severe cooling event, fuel leak or escalating fire simply to test personnel would be unacceptable. Virtual Reality makes a different approach possible. A realistic digital data centre can experience failures that would be unsafe, expensive or operationally disruptive to reproduce physically. Staff can then practise their EOPs repeatedly until the expected response becomes familiar.

Blog post: 19/10/2026 3:07 pm

Author: Spark Team

One of the fastest ways to expand the clean-energy workforce is not necessarily to create entirely new occupations. It is to help experienced tradespeople apply existing skills to new technologies. The IEA has specifically highlighted the potential for established plumbers and electricians to upskill into areas such as heat pumps and solar PV. However, an experienced electrician or heating engineer still needs familiarity with new system architectures, commissioning procedures, controls and fault conditions. Bespoke VR and AR can help bridge that gap.

Blog post: 19/10/2026 9:58 am

Author: Spark Team

Switchgear environments demand procedural accuracy because seemingly simple operating decisions can carry significant consequences. Bespoke VR enables electricians and apprentices to rehearse switching, isolation, inspection and emergency scenarios safely before entering operational environments, while AR can help authorised personnel retrieve asset-specific information on site.

Blog post: 16/10/2026 1:49 pm

Author: Spark Team

The external envelope of a high-rise building can contain thousands of components spread across an area that is costly and difficult to access. Façade panels, glazing, fixings, seals, fire-stopping interfaces and other components may require inspection while engineers work at height using specialist access systems. This makes high-rise façade work a strong candidate for immersive technology. Bespoke Virtual Reality can allow personnel to rehearse inspection routes, access procedures and defect identification before working at height. Augmented Reality can then help authorised personnel connect physical façade locations with approved drawings, historical records and inspection information.