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Practise Safety Decisions Before They Matter
Give workers a safe, repeatable environment to recognise hazards, make decisions and experience the consequences of unsafe actions without exposing people, equipment or operations to real risk.
Safety Training That Requires More Than Watching
Traditional safety training can explain a rule, show a video and test whether someone remembers the correct answer. It is much harder to establish whether the learner can recognise a developing hazard, choose the right response and apply the procedure under pressure.
VR places the learner inside a realistic work situation. They must look around, identify what has changed and act. The experience can pause, provide feedback, reset and repeat until the required behaviour is understood. This makes it useful for high-risk situations, infrequent events and practical decisions that are difficult to reproduce safely in a classroom.
SCENARIO TYPES
Four Ways VR Safety Training Works
Hazard Identification
Place learners in a work area containing visible and developing hazards. Ask them to inspect the scene, identify risks and explain or select the appropriate controls.
Procedure Practice
Guide workers through a defined sequence such as isolation, pre-start inspection, working-at-heights preparation or permit checks, with feedback at each decision point.
Consequence-Based Learning
Demonstrate what can happen when a critical control is missed without recreating the incident or exposing anyone to danger.
Assessment Scenarios
Remove prompts and test whether learners can apply the procedure independently. Record selected actions, missed hazards and completion results.
MODULE EXAMPLES
Examples of VR Safety Training Modules
fall prevention
lockout/tagout
preparation
controls
awareness
hazards
stored-energy hazards
inspection
interaction
checks
evacuation decisions
OUR DESIGN APPROACH
Designed Around Critical Controls
The most valuable safety experiences are built around a small number of important behaviours. Rather than recreating an entire workplace and filling it with information, we identify the decisions that prevent serious harm and make those decisions central to the scenario.
What must the learner notice before starting work?
Which control must be verified rather than assumed?
What conditions require work to stop?
Who must be contacted or authorised?
What sequence cannot be skipped?
What evidence should be recorded for assessment?
LEARNING MODES
Three Modes of Learning
Learn
Introduce the environment, explain the procedure and use prompts, highlights or an AI trainer to guide the learner through unfamiliar steps.
Practise
Reduce the guidance and allow the learner to repeat the task, try different decisions and correct mistakes without the pressure of a formal assessment.
Assess
Present the scenario without assistance, capture actions and provide a completion result based on agreed criteria. VR can support competency evidence, but it does not automatically replace any assessment required by a regulator, RTO or employer.
DATA CAPTURE
What VR Can Capture
ENVIRONMENT FIDELITY
Built for Your Workplace
A safety module can be based on a representative industry environment or recreated from your own workplace, equipment and procedures. Site photographs, drawings, 3D scans, CAD models, videos and subject-matter expert input can all inform the virtual environment.
FIDELITY DEPENDS ON THE OBJECTIVE
A general hazard-awareness module may work well in a representative environment. A site-specific isolation or access procedure may need the actual asset layout, labels and control locations reproduced more closely.
DEVELOPMENT PROCESS
Development Process
Define the safety behaviour and learner group
Identify who is learning, what they must be able to do and which critical control the scenario will address.
Review procedures, controls, incident themes and existing training
Ground the scenario in approved procedures and real incident patterns before writing a single line of content.
Write the scenario, decisions, feedback and assessment logic with SMEs
Define every decision point, consequence, feedback message and assessment criterion before building the environment.
Create the environment, interactions, narration and interface
Build the virtual workplace, all interactive elements and the learner experience according to the approved scenario.
Test with safety representatives and representative learners
Validate accuracy, usability and safety of the VR experience before deployment.
Deploy to agreed headsets and platform, then review usage and update needs
Release the approved module, monitor usage and usage data, and schedule content reviews as procedures change.
WHY VR FOR SAFETY
Why Use VR for Safety Training?
A safety module can be based on a representative industry environment or recreated from your own workplace, equipment and procedures. Site photographs, drawings, 3D scans, CAD models, videos and subject-matter expert input can all inform the virtual environment.