Popular Topics

Blog post: 01/10/2026 8:32 am

Author: Spark Team

A modern spacecraft can contain thousands of components, interfaces, connectors, fasteners and inspection points. Manufacturing teams must translate engineering definitions into physical hardware while maintaining configuration control and traceability. Augmented Reality (AR) offers an increasingly compelling way to connect those two worlds. Rather than asking technicians to continually move between the spacecraft, drawings and workstation displays, AR can place selected digital information within the technician's view of the real assembly.

Blog post: 30/09/2026 4:24 pm

Author: Spark Team

Telecommunications exchanges and network equipment rooms can contain dense concentrations of racks, fibre distribution frames, power systems, patching, transmission equipment and network hardware. For experienced engineers these environments become familiar. For new engineers or contractors, however, locating the correct equipment and following the right procedural sequence can be challenging. Bespoke Virtual Reality (VR) can provide engineers with a digital rehearsal environment before they enter the site, while Augmented Reality (AR) can help connect approved information with the physical equipment during the real task.

Blog post: 30/09/2026 10:18 am

Author: Spark Team

Heat-pump installations contain information that engineers frequently need but cannot physically see. Water moves through concealed pipework, electrical signals travel through cables and control logic connects sensors, pumps and valves across the system. Augmented Reality (AR) provides a way to make this invisible information visible. Used alongside bespoke Virtual Reality (VR) preparation, AR can help installers understand complex systems before the job and access contextual guidance while standing beside the real equipment.

Blog post: 29/09/2026 3:10 pm

Author: Spark Team

Emergency lighting is easy to overlook during normal building operation. When it is required, however, it forms an important part of the building's life-safety arrangements. For maintenance teams, facilities engineers and electrical contractors, effective training needs to cover much more than recognising an illuminated exit sign. Engineers need to understand inspection procedures, system architecture, test arrangements, fault conditions, documentation and the relationship between emergency lighting and evacuation. Virtual Reality and Augmented Reality can make these procedures much easier to visualise.

Blog post: 29/09/2026 9:03 am

Author: Spark Team

HVAC systems sit at the centre of building performance. Air handling units, chillers, boilers, fan coil units, pumps, dampers, sensors and controls must work together to provide acceptable internal conditions while facilities teams balance energy use, reliability and maintenance requirements. For engineers, this creates a demanding combination of mechanical systems, electrical equipment, controls and site-specific knowledge. Bespoke Virtual Reality (VR) and Augmented Reality (AR) applications can support that workforce at two different stages: VR can prepare engineers before they work on live equipment, while AR can provide contextual assistance when they reach the real asset.