Virtual reality training and simulators: what evidence does a Qualiopi audit expect?

A VR headset for practising life-saving gestures, a driving simulator for a CACES forklift licence, a serious game for customer relations training: immersive formats are moving out of trade shows and into the catalogues of ordinary training providers. For anyone building a provider (OF) who invests in these tools, one question comes up fast: how do these sessions fit into the Qualiopi framework, and what evidence will an auditor expect for a format the text never explicitly names?

The framework is neutral on the tool, never on the evidence

The National Quality Reference Framework mentions neither virtual reality, nor simulators, nor serious games. That silence isn’t a legal gap: the 32 Qualiopi indicators apply to any teaching method, the same way they apply to classic in-person training or to distance training (FOAD). An auditor never judges the technology itself; they check that the provider demonstrates, with supporting evidence, that the choice of format serves the learning objectives and that follow-up with the learner remains compliant, whatever the medium.

This neutrality has an important practical consequence: a provider that shifts part of its offering to VR or simulators doesn’t change reference framework — it changes the evidence it must produce for the same indicators.

The indicators an immersive format actually triggers

Indicator	What to demonstrate for a VR or simulator module
Indicator 8	Initial positioning is still required even when the course then runs in immersion: starting level, comfort with digital tools, possible apprehension about the headset.
Indicator 10	The service, welcome and follow-up must be adapted to the format: immersive sequences kept short enough to avoid visual fatigue, with an alternative planned in case of discomfort (cybersickness).
Indicator 11	Assessing whether objectives were met cannot rely solely on statistics generated by the software (time spent, game score): a separate pedagogical assessment of what was actually learned is required.
Indicator 17	Technical resources genuinely fit for purpose: enough headsets or simulator stations, maintenance, and a trainer able to step in on both the tool and the content.
Indicator 19	Materials provided (immersive scenario, documentation, debrief sheets) must be consistent with the programme and accessible outside sessions if needed.
Indicator 26	An alternative solution must exist for learners for whom immersion is contraindicated (epilepsy, balance disorders, certain visual impairments).

Attendance and traceability: the FOAD reflex sometimes applies

The point most often overlooked concerns attendance. A VR sequence completed independently, at the learner’s home or in a room without continuous supervision, falls under the same requirements as FOAD: the provider must be able to show that the person actually completed the sequence, not just that the headset was switched on. Depending on the software, this evidence can take the form of timestamped connection logs, end-of-module screenshots, or validation quizzes built into the immersive scenario. Conversely, a simulator session run in person, under a trainer’s supervision, falls under the standard in-person regime and doesn’t require this extra formalism — but does require a timestamped attendance sheet, as for any classroom session.

The safest approach for a provider building a mixed course is to reuse the logic of the individual distance training protocol and adapt it: specify, for each immersive sequence, whether it is self-paced or supervised, its expected duration, how to contact a trainer in case of difficulty, and which attendance evidence is used.

What the research says about immersive learning effectiveness

It’s tempting to present virtual reality as inherently more effective simply because it’s more spectacular. The scientific evidence calls for caution. A study by Jocelyn Parong and Richard E. Mayer, published in 2018 in the Journal of Educational Psychology under the title “Learning Science in Immersive Virtual Reality,” compared students taking a biology lesson either in immersive virtual reality or via a classic computer slideshow. The result: the VR group reported markedly higher engagement and motivation, but the group that followed the slideshow scored better on the subsequent knowledge test. Immersion captures attention; on its own, it doesn’t guarantee better retention.

For a training provider, the practical lesson connects directly to indicator 11: learner engagement during a session never exempts the provider from measuring whether learning objectives were actually met afterwards, through an assessment built independently of the tool.

On the simulator side for technical skills, a 2022 meta-analysis in IISE Transactions on Occupational Ergonomics and Human Factors on skill transfer in simulation-based training shows that the effect of a simulator’s realism (fidelity) on real-world performance depends heavily on the trainee’s initial skill level and the type of task: a high-fidelity simulator isn’t systematically superior to a simpler setup, particularly for beginners. This finding supports documenting, in the pedagogical file, why a given simulation level was chosen for the target audience rather than justifying it purely on technological grounds.

The special case of licences and CACES

For providers preparing learners for a regulated licence (CACES, electrical authorization, first-aid certification), the simulator has a precise but limited role. Cnam recommendations applicable to CACES require the practical assessment to take place on the real equipment of the targeted category, in front of a certified body’s examiner: a simulator can make initial learning of the controls safer and faster, but no simulator session substitutes for the practical test on real equipment, nor does it issue the certificate. Presenting a simulator module as equivalent to the certifying test would be a non-conformity with the announced programme, independently of the Qualiopi framework itself. The programme given to learners must therefore clearly separate the simulator training portion from the real assessment portion, which is the condition for issuing the certificate.

Building a solid evidence file

To prepare for an audit covering an immersive offering, a robust file concretely gathers:

• the training programme specifying, sequence by sequence, the format used (in-person, supervised simulator, self-paced VR) and its pedagogical justification;
• attendance evidence suited to each sequence (sign-in sheet for supervised in-person sessions, timestamped log for self-paced ones);
• assessment results for what was learned, kept separate from the technical statistics generated by the software;
• the equipment’s technical specification sheet (headsets, simulator stations) and its maintenance plan, tied to indicator 17;
• a procedure providing an alternative for learners who cannot use the immersive tool.

Take action

The Complete Kit Certif provides programme templates and evidence checklists adaptable to an immersive format, indicator by indicator (€297, 14-day guarantee). The ebook Setting up your training organization in 30 days helps you frame your pedagogical offering before investing in costly equipment, and the full pack brings both resources together to secure your file before the audit.