Improve understanding
Show equipment, spatial relationships and process steps that are difficult to communicate through text or flat images.
Summary: MeVn.ai Studio creates browser-based interactive 3D training simulations for equipment familiarisation, procedural practice, inspection, instrument reading and workplace decisions. Available as SCORM or secure hosted delivery without mandatory VR hardware.
Browser-Based Interactive 3D Training
Turn complex equipment and procedures into interactive 3D training
Help learners explore equipment, practise procedures, inspect components and make workplace decisions inside a browser-based 3D environment. We build from your SOPs, equipment references and operational knowledge, then deliver through your LMS or as secure hosted access. No VR headset required.
Watch an example Difficult equipment, explainedAccess, inspect or dismantle it virtually
Repeatable practiceBefore supervised workplace work
One standard, every locationSame procedure, terminology and feedback
TrackedCompletion and assessment via your LMS
When interactive 3D adds value
Use 3D when the learner needs to understand space, sequence or equipment behaviour
Interactive 3D is useful when equipment is unavailable for repeated training, internal components are difficult to see, a procedure depends on the correct sequence, or a workplace decision needs context. It complements videos, courses and supervised practice by giving learners a repeatable environment in which to explore and act.
Benefits for training and operations teams
Make complex training easier to deliver, repeat and assess
Prepare learners before supervised work
Give employees a repeatable introduction to the equipment and procedure before they enter the workplace or use the physical asset.
Reduce dependence on equipment availability
Use the simulation for familiarisation and initial practice when live equipment is busy, remote or unsuitable for repeated demonstration.
Deliver one approved standard
Give teams, shifts and locations the same procedure, terminology and feedback.
Identify learning gaps
Use completion and assessment results to see where additional explanation, coaching or practical supervision is required.
What the learner actually does
What learners can do inside a 3D training simulation
Explore equipment and environments
Examine components, internal assemblies, work areas and points of interest from the viewpoints provided.
Practise procedures
Complete steps, place components and follow the required sequence.
Inspect and interpret
Identify conditions, examine visual details and read gauges, panels or instruments in context.
Make workplace decisions
Choose a response and see its operational, quality or safety consequence play out.
One example
See interactive 3D training applied to confined-space entry
Confined-space entry demonstrates several capabilities in one scenario: exploring an environment, identifying hazards, checking a procedure and deciding whether conditions are safe to proceed. The learner practises these decisions before supervised practical training.
- Explore the work environment
- Identify relevant hazards and controls
- Complete entry checks
- Make a stop-or-proceed decision
- Receive contextual feedback
The same interaction model can support equipment operation, maintenance procedures, assembly, inspection, troubleshooting, technical onboarding and other workplace training requirements.
What we need from you
The scenario is only as accurate as what you give us to build it from.
Every scenario is built from your own equipment, procedure and workplace and technical reference material — photos, manuals, SOPs, CAD files or engineering drawings if you have them. Existing CAD or detailed drawings produce the most precise result; photos and written procedures are workable but may need some modelling assumptions. Where the available references leave gaps, we identify the required assumptions and confirm them with your subject-matter expert before production.
Review
Identify the learning objective, equipment, procedure and required decisions.
Design
Map the environment, interactions, sequence and assessment approach.
Build and validate
Create the scenario and review technical assumptions with the client's subject-matter expert.
Output and delivery
One SCORM package or one hosted link. No VR headset required.
SCORM for your LMS
Deliver through the enrolment and reporting system your organisation already uses.
Secure hosted access
Provide access through a controlled web link when LMS deployment is not required.
Desktop and touch support
Use mouse or touch controls in a modern browser; device suitability is confirmed during scoping.
Language versions
Configure captions, interface text and voiceover for the required languages.
Start with one training requirement
Find out whether interactive 3D is the right format
Tell us about one piece of equipment, procedure or workplace situation. We will review the learning requirement, available reference material and delivery needs before recommending the appropriate interaction approach.
Whether interactive 3D is suitable What reference material will be required The recommended learner interactions SCORM or hosted delivery Proposed scope, schedule and price
Common applications
Interactive 3D training for equipment, procedures and workplace decisions
Equipment familiarisation
Introduce components, controls and internal assemblies.
Operation and maintenance procedures
Practise the required sequence before supervised work.
Inspection and fault identification
Examine equipment conditions, visual indicators and instrument readings.
Assembly and changeover
Rehearse component placement and procedural order.
Technical onboarding
Prepare new employees before they enter the operational environment.
Safety and emergency procedures
Practise hazard checks, isolation and response decisions.
See how Interactive 3D Training applies to manufacturing equipment and procedures
Where interactive 3D training can be applied
Adapted to the equipment, procedures and environments of your industry
Manufacturing
Help operators and technicians understand machinery, practise maintenance and changeover procedures, inspect components, interpret instruments and prepare for safety-critical work.
Explore 3D Training for ManufacturingConstruction
Let workers explore site conditions, inspect access equipment, identify hazards and rehearse procedures such as scaffolding checks, excavation preparation and fall-protection decisions.
Discuss a Construction Training RequirementLogistics & Warehousing
Practise equipment familiarisation, warehouse orientation, loading procedures, racking inspection, forklift decisions and material-handling workflows before the learner works in the live environment.
Discuss a Logistics Training RequirementThe same approach can be configured for utilities, energy, field service, technical education and other equipment-intensive environments.
Questions
Frequently asked
What types of training are suitable for interactive 3D?
Interactive 3D is most useful for equipment familiarisation, procedures, inspection, instrument reading, spatial orientation and workplace decisions. It is less useful when a short explanation or ordinary course can teach the requirement effectively.
Can you build from our existing SOPs and equipment documentation?
Yes. We can work from SOPs, manuals, photographs, drawings and available CAD assets. The quality and completeness of those references determine the level of visual and procedural accuracy.
Is this virtual reality training?
It provides an interactive 3D environment without requiring a headset. Learners use a standard browser on a suitable computer or touch device.
Does this replace our SCORM courses or training videos?
No — it's a specialist format for the requirements where seeing and doing beats reading and watching. Most organisations use it alongside their existing courses.
Can we track completion and performance the way we do for our other courses?
Completion and score report to your LMS through the SCORM package. Whether individual decision outcomes also report depends on your LMS correctly surfacing SCORM interaction-level data — we'll confirm this with you at scoping.
Will it work on a phone or tablet, not just a desktop?
It's designed for both mouse and touch input. How well a specific scene performs on a smaller screen depends on that scene's complexity — this gets addressed during scoping for your specific requirement.
How accurate will the 3D model of our actual equipment be?
That depends on what you can supply — existing CAD or detailed drawings give the most precise result, photos and written procedures are workable with some modelling assumptions. Where gaps remain, we confirm the required assumptions with your subject-matter expert before production.
What does it take from us to get started?
Reference material for the equipment, environment or procedure — photos, manuals, SOPs or CAD/drawings if you have them — plus the decision points or interactions you want the scenario to cover.
Start here
What equipment or procedure is difficult to explain with ordinary training?
Send us one training requirement. We will assess whether interactive 3D is appropriate and outline the reference material, delivery approach and proposed scope.
Built from your equipment No VR headset Tracked via your LMS