XR2train FOR NUCLEAR & CONSTRUCTION
Project Details
Industry
Nuclear & Construction
Year
2024-Ongoing
Hardware
Meta Quest 3
Bylor has led civil engineering at Hinkley Point C (HPC) for over a decade, managing a peak workforce of 5,500 personnel. Transitioning this vast technical legacy to Sizewell C required a move away from the 'Logistical Bottleneck' of classroom training. We replaced manual spreadsheet tracking and administrative mountains with an automated, error-free registry that ensures every worker is validated in real-time.
the problem
For mega-projects of this scale, high-hazard training—such as Confined Spaces, ATEX, and Working at Height—traditionally requires removing teams from the tools for full-day classroom sessions. This creates a logistical bottleneck that leads to significant production loss.
The Compliance Pain-Point
Verifying the qualifications of thousands of workers often relies on manual spreadsheet tracking and human verification. This process is not only administratively intensive but prone to errors that can lead to significant project risks.
- / Data Lag: Manual checks cannot keep pace with the high-frequency rotation of a 5,500-strong workforce.
- / Human Variable: Spreadsheet management is vulnerable to oversight, compromising the 'Golden Thread' of accountability.
"To maintain a 'zero-margin' safety standard, Bylor required a solution that could automate the training lifecycle—ensuring every worker is validated in real-time with 100% accuracy and zero administrative lag."
The Solution
To resolve the training bottleneck, ikigai.xr implemented a reverse-engineered learning architecture. We deconstructed the most hazardous tasks within the Tier 4 VR simulations to identify the exact technical themes required for site-readiness. We then built the preparatory course blocks to teach only those themes—eliminating information noise and ensuring 100% focus on operational mastery.
Rapid Refactoring
Utilising our proprietary Block Builder, we rapidly distil standard compliance topics into focused modules. This allows us to refactor generic courses into project-specific technical nodes in a fraction of traditional development time.
Standardised Mastery
By hardcoding quality into the platform, we eliminate the 'human variable.' Whether an operative is a new recruit or a seasoned specialist, the safety standard remains identical across the entire 5,500-strong project.
- / Omni-Channel Deployment: Prep modules are accessible on any device—on the bus to site, in the digs, or during shift breaks.
- / The 90/10 Framework: By shifting 90% of the learning to a remote, self-paced environment, site-based immersive mastery is executed with 100% efficiency.
"The classroom is a distraction. We moved safety training into the worker's pocket so they only arrive at the site hub when they are technically ready for high-impact मास्टरy."
— Sam Slater, Safety & Innovation Lead, XR2trainsuccess criteria
A primary success criterion for the Bylor project was ensuring the platform supported production rather than hindering it. We operate under a strict 5% Rule: if a training intervention occupies more than 5% of a worker’s time, it becomes a distraction from the project’s critical path.
The Automated Command Center
We deployed a dedicated Client Portal that retired the "spreadsheet era" at HPC. This dashboard provides admin teams with a real-time Qualification Tracker, automating the entire training lifecycle and providing a live heatmap of workforce competency with zero administrative lag.
- / Seamless Accessibility: Training is completed on the bus, in the digs, or during lunch breaks on any personal device.
- / Inherent Intuition: The UI is designed for immediate use by workers of all skill levels, requiring zero onboarding for the platform itself.
- / Audit Readiness: The portal ensures Bylor remains 100% compliant and audit-ready 24/7 without manual verification.
5500
Planned Trainees
16
Modules in the block
10-Yr
Program Term
ongoing development
Continuing the 10-year development roadmap for Sizewell C.