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Practise the Process Around Equipment You Can See
Combine real workspaces or physical training props with virtual machinery, controls and process states to teach equipment and operational procedures.
THE CHALLENGE
Equipment training is rarely just a list of actions. The learner must understand what each component does, which condition should exist before the next step and when the procedure needs to stop.
Access to the real system may be limited, and deliberately creating faults or abnormal conditions may be impossible. Mixed reality can reproduce that relationship in a controlled training space. A real bench or simple prop can provide physical reference, while virtual components, indicators and process behaviour provide the states and consequences required for learning.
THE PROCESS JOURNEY
A Process Can Be Seen, Not Just Described
Locate components, controls, flow paths, inspection points and safety devices in relation to the complete system.
Confirm permits, PPE, tools, isolation status and initial equipment conditions before beginning the task.
Follow the approved sequence and observe how the virtual equipment or process responds to each action.
Interpret alarms, indicators, unexpected states or performance changes and decide whether to correct, stop or escalate.
Restore the system, verify the final state, record information and hand the equipment back through the agreed process.
APPLICATIONS
Training Applications
SIMULATION DEPTH
Choose the Appropriate Simulation Depth
Procedural Simulation
Focus on the correct order, decisions and verification steps without recreating detailed physical behaviour.
Functional Equipment Simulation
Represent component movement, equipment state and the results of learner actions where this supports understanding.
Process Behaviour Simulation
Model selected variables, alarms or flows so learners can interpret system changes. Requires authoritative operating logic and careful validation.
Physical-Digital Training Rig
Use real switches, tools or mock components with the virtual system where tactile handling materially improves the task.
WHO IT SERVES
For Operations, Maintenance and Technical Training
Source Information and Validation
The virtual behaviour needs a reliable source. We can work from CAD and BIM models, manuals, drawings, photographs, process documentation, operating procedures and subject-matter expert workshops. Engineering models normally require optimisation and do not remove the need for operational validation.
APPROVAL REQUIREMENT
The client’s authorised representatives approve the procedure, equipment states, terminology and acceptable decisions before release.
Development Path
Select the equipment, process and learner role
Define the specific task and the learner group before any content decisions are made.
Map the approved sequence, conditions and escalation rules
Document failure points, decision branches and what constitutes an unacceptable action.
Review available 3D assets, props and training-space constraints
Assess what can be reused, what needs to be built and what physical elements will remain real.
Prototype the core equipment interaction and process-state logic
Test the key interaction and equipment response before building out the full scenario.
Develop the complete scenario, guidance and assessment events
All scenario stages, virtual content, feedback and data capture built and integrated.
Validate with operations, maintenance, engineering and training teams
Authorised representatives confirm accuracy, terminology and acceptable decisions before release.
Pilot on the intended hardware and refine deployment and support
Run the full pilot on the target headset and document operational support and update processes.
OPERATIONAL BENEFITS
Operational Benefits
Frequently Asked Questions
Is this a full engineering process simulator?
Not necessarily. It can range from procedural training to selected process behaviour. A high-fidelity engineering simulation requires detailed authoritative data and a substantially different scope.
Can you use our equipment CAD models?
Often. CAD can provide geometry, but it normally needs simplification, material preparation and training-specific interaction work.
Can physical controls be included?
Yes, where tactile interaction improves the learning outcome. Physical controls, tracking and electronics add hardware and support complexity.
Can faults and alarms be simulated?
Yes. The scenario can introduce equipment states, alarms and abnormal conditions so learners practise diagnosis, safe response and escalation.
Does it replace practical competency assessment?
Usually not by itself. It can build procedural understanding and readiness, while practical competence may still need to be demonstrated on the real equipment.
Can the module support different equipment variants?
Yes, where the differences are mapped. A modular design can reuse common process logic while changing geometry, controls or procedures.
Can completion data be recorded?
Yes. Steps, errors, decisions and completion can be captured and may be connected to an LMS or training system where supported.
ABOUT US
3D Walkabout is an Australian 3D and XR creative studio developing immersive digital experiences for businesses across Australia.
Our XR development team creates custom Virtual Reality, Augmented Reality, Mixed Reality and interactive 3D Web applications for training, marketing, product visualisation, education and enterprise use.
From initial concept and 3D content creation through to development and deployment, we help businesses turn complex ideas into engaging interactive experiences across web, mobile and XR devices.
Want to discuss an XR project? Call us today on 1300 00 3392 or email us.
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