Home
Software
AR/Apps
VR/Meta
VR SOP
AI
CGI
Partners
Industries
About
Blog
Contact
Virtual Electrical Commissioning: Using VR to Reduce Mistakes Before Systems Go Live
Relevant case studies
Author: Spark Team
Virtual Electrical Commissioning: Using VR to Reduce Mistakes Before Systems Go Live
Electrical commissioning brings together inspection, testing, documentation and fault resolution at precisely the stage when project schedules are under pressure. VR allows commissioning teams and apprentices to rehearse project-specific processes before arriving on site, while AR can surface drawings, asset information and checklists beside the equipment being commissioned.
Commissioning is where multiple disciplines meet
A technically correct installation is only part of successful project delivery. Electrical systems also need to be inspected, tested, commissioned, documented and handed over appropriately.
Skills England explicitly includes initial verification, testing and commissioning within the occupational scope of Installation and Maintenance Electricians. The standard also covers documentation, maintenance and fault-finding activities.
For apprentices, understanding how these activities fit together can be difficult until they have experienced a complete project.
Recreating the commissioning journey in VR
A virtual project can give learners that bigger picture.
Rather than practising isolated tests, trainees can be placed inside a simulated building or industrial installation approaching handover.
They receive project information and must progress through a commissioning workflow such as:
reviewing the scope and documentation;
confirming asset identification;
performing required visual inspections;
selecting appropriate tests;
recording simulated results;
recognising unexpected conditions;
investigating predefined faults;
completing documentation;
preparing the system for handover.
This teaches the relationship between individual activities rather than presenting each as an isolated classroom exercise.
Introducing realistic commissioning defects
Virtual environments can contain deliberate discrepancies.
A drawing may not match the equipment. A circuit may be incorrectly identified. An inspection may reveal an issue requiring further investigation. Test data may indicate a potential fault.
The apprentice must decide whether to continue, investigate or escalate according to the defined procedure.
Because the scenario is digital, training teams can vary these conditions across sessions.
Project familiarisation before site mobilisation
The same approach can support experienced commissioning engineers.
Where suitable project data is available, a bespoke immersive environment could familiarise the commissioning team with a new facility before mobilisation.
Engineers can understand:
where equipment is located;
how switchrooms connect;
which systems they will encounter;
where access constraints exist;
how the planned sequence progresses.
Reducing basic site familiarisation time can be particularly valuable when specialist engineers are travelling to constrained or high-value projects.
Using VR for commissioning SOP training
Organisations frequently have internal procedures that extend beyond general industry knowledge.
Spark can encode these into the simulation.
If the employer requires a particular check before commissioning can progress, the application can enforce it. If specified documentation must be reviewed, the learner can be required to open and inspect it.
This turns the company's SOP into an interactive workflow rather than another document that trainees are expected to remember.
AR as a commissioning interface
AR can provide similar information during appropriate real-world commissioning work.
Imagine an engineer approaching a panel and viewing it through a tablet. The system could identify a recognised asset and provide links to:
approved drawings;
commissioning documentation;
inspection history;
manufacturer information;
asset-specific checklists;
outstanding actions.
Where an organisation already has structured digital asset data, AR can become a visual front-end to that information.
Research into AR/BIM workflows has examined how spatial digital information can support training and future on-site technical activity.
Reducing documentation mistakes
A commissioning mistake is not always physical. Incorrect asset references, missed checks or incomplete records can create additional work later.
VR provides an opportunity to train documentation as part of the task.
An apprentice could be required to record simulated measurements against the correct virtual asset. Selecting the wrong circuit or entering implausible information could generate feedback.
This reinforces the principle that completing the record correctly is part of the engineering task rather than administration performed afterwards.
Using analytics to target refresher training
A commissioning module could identify trends across a workforce.
If learners consistently miss a particular inspection step, the organisation has evidence that its training needs strengthening. If one individual requires repeated prompts in a particular activity, targeted refresher content can be assigned.
VR therefore becomes useful not only for delivery but for understanding where operational knowledge gaps exist.
Bespoke project-specific commissioning
Spark's immersive applications are bespoke rather than catalogue courses.
A commissioning experience could be based on a generic representative facility, a customer's existing training centre or a digital recreation of a particular project.
Interaction design, equipment fidelity and assessment depth can then be matched to the business case.
Conclusion
Commissioning errors can create rework precisely when teams are trying to complete a project. Better preparation cannot remove every problem, but it can reduce avoidable unfamiliarity and procedural mistakes.
VR allows engineers and apprentices to rehearse complete commissioning workflows and learn how inspection, testing, fault-finding and documentation connect. AR can subsequently place approved project information alongside physical equipment.
Together they create a practical bridge between engineering data, SOPs and human competence.
Planning a new electrical installation or commissioning programme? Contact Spark to discuss bespoke VR rehearsal and AR commissioning support.
© 2026 All Rights Reserved | Company Reg No. 05327622 | Spark Emerging Technologies Limited
