Popular Topics

Blog post: 07/09/2026 9:53 am

Author: Spark Team

A spacecraft cleanroom is an unforgiving place to discover that someone has misunderstood a procedure. Contamination control, electrostatic discharge precautions, gowning requirements, material restrictions and movement protocols can all affect sensitive flight hardware. Yet conventional cleanroom training faces a contradiction: personnel need practical experience before working around valuable spacecraft, but using operational cleanrooms for introductory training consumes controlled space and staff time. Bespoke Virtual Reality (VR) can provide an additional training layer before personnel enter the real environment. Augmented Reality (AR) can then help reinforce authorised procedures when appropriate during live operations.

Blog post: 04/09/2026 4:48 pm

Author: Spark Team

Street cabinets, underground chambers and access networks are familiar working environments for telecommunications engineers, but familiarity does not make them simple. Engineers may need to identify multiple cables, connectors, splitters, ducts and network components while following strict procedures and completing work under time pressure. Incorrect identification can mean disconnecting the wrong customer, disturbing existing infrastructure, introducing contamination or creating a fault that generates another engineering visit. Bespoke Virtual Reality (VR) and Augmented Reality (AR) can help organisations turn cabinet and chamber procedures into interactive training before the job and contextual guidance during it.

Blog post: 04/09/2026 10:49 am

Author: Spark Team

A heat pump can be installed neatly and still perform poorly if commissioning is incomplete or incorrect. Flow temperatures, hydraulic conditions, control settings, sensors, pumps and operating parameters all influence the behaviour of the finished system. Commissioning therefore represents one of the most valuable opportunities for immersive training. Bespoke Virtual Reality (VR) can allow engineers to commission realistic systems repeatedly before touching a customer's installation, while Augmented Reality (AR) can place commissioning instructions and live reference information directly beside real equipment.

Blog post: 03/09/2026 11:43 am

Author: Spark Team

A smoke detector may look simple from ground level, but testing a fire detection system properly involves far more than activating a device and waiting for an alarm. Engineers may need to identify the correct detector, select an appropriate test method, manage the control panel, verify signalling, understand dependencies and accurately document the result. Across a large estate containing thousands of devices, small procedural variations can quickly become expensive. Virtual Reality (VR) and Augmented Reality (AR) create an opportunity to make detector inspection and testing more visual, repeatable and closely aligned with an organisation's Standard Operating Procedures.

Blog post: 03/09/2026 8:29 am

Author: Spark Team

Facilities engineers regularly work in buildings containing thousands of maintainable assets. Air handling units, fan coil units, pumps, valves, distribution boards, fire systems, sensors and control devices may be spread across multiple floors, risers, ceiling voids and plant areas. The challenge is often not simply repairing the equipment. It is finding the right asset, confirming exactly what it is and retrieving the correct information before work begins. Augmented Reality (AR) offers a way to place this information directly into the engineer's working environment. Using a tablet, smartphone or compatible headset, a bespoke AR application can help identify equipment and provide contextual access to manuals, SOPs, asset records and maintenance information.