The training industry runs on recycled statistics, and the most famous
ones are fake. This page is the opposite: every number below links to
the study or report it came from, with the honest caveats attached.
Last updated: June 11, 2026 · Updated annually
01GAME-BASED LEARNING OUTCOMES
What the meta-analyses actually find
Single studies prove little. These are pooled results across hundreds
of studies and tens of thousands of trainees, which is the strongest
evidence the field has.
+14%procedural knowledge
Trainees taught with simulation games scored 14% higher on procedural knowledge, 11% higher on declarative knowledge, and retained 9% more than comparison groups.
Meta-analysis of 65 studies covering 6,476 trainees. The author notes the field shows evidence of publication bias, so treat the point estimates as upper bounds.
Serious games beat conventional instruction on both learning (d = 0.29) and retention (d = 0.36) across 77 comparisons.
Meta-analysis spanning 5,547 learners. In plain terms: a small but reliable advantage that shows up again when learners are retested later, which is where most training fails.
Digital games significantly improved learning relative to nongame instruction, and well-designed "augmented" games added a further g = 0.34 over basic game designs.
Systematic review of 57 studies. The second finding is the one that matters for buyers: design quality roughly doubles the effect. A bad game is just an expensive quiz.
Gamification improved cognitive learning outcomes with an effect of g = 0.49, and the effect held (g = 0.42) when only the methodologically rigorous studies were pooled.
Meta-analysis of gamified learning interventions covering 1,686 learners on the cognitive split. The rigor check matters: this one survives it.
In health professions education, technology-enhanced simulation produced large effects versus no intervention: g = 1.20 for knowledge, 1.09 for process skills, and 0.50 for patient-related outcomes.
Meta-analysis of 609 studies and 35,226 trainees, the largest evidence base on this page. Healthcare adopted simulation because lives depend on rehearsal; the mechanism transfers to any high-stakes work.
VR learners completed the same soft-skills course up to four times faster than classroom learners, and still three times faster after counting headset setup time.
PwC ran one course through classroom, e-learning, and VR with new managers across 12 US locations. A vendor-run study, but a named one with published method.
Consistent with theory, posttraining self-efficacy was 20% higher, declarative knowledge was 11% higher, procedural knowledge was 14% higher, and retention was 9% higher for trainees taught with simulation games, relative to a comparison group.
The strongest engagement numbers come from immersive practice, and the
honest ones come with a counterpoint, which we include.
275%more confident to act
Learners trained in VR were up to 275% more confident to apply what they learned: a 40% improvement over classroom and 35% over e-learning.
Confidence to act is the variable that decides whether training changes behavior on the job, which is why this number gets cited more than any other in the study.
VR learners felt 3.75 times more emotionally connected to the content than classroom learners, and 2.3 times more than e-learners.
Emotional connection is what makes a scenario memorable months later. It's the difference between reading about a hard conversation and having had one.
Simulation-game trainees came out 20% more confident they could apply the material than comparison groups.
From the same 65-study meta-analysis as the knowledge findings above. Confidence built through practice transfers; confidence built through a completion certificate doesn't.
Serious games were NOT significantly more motivating than conventional instruction in the Wouters meta-analysis (d = 0.26, p > .05).
The honest caveat most vendors skip: slapping points on a quiz doesn't motivate anyone. The learning effects were significant; the motivation effect wasn't. Deliberate design is what separates the two, which is an argument for building carefully, not for not building.
Because it provides the ability to practice in an immersive, low-stress environment, VR-based training results in higher confidence levels and an improved ability to actually apply the learning on the job.
Compliance and safety are where the gap between completed training and
changed behavior gets priced, by regulators and by injury data.
$165,514per willful violation
OSHA's maximum penalty reached $165,514 per willful or repeated violation in 2026, with serious violations at $16,550 each and failure-to-abate at $16,550 per day.
Federal maximums after the January 2026 inflation adjustment. Violations are counted per instance, so one bad practice across a site multiplies fast.
Fall Protection Training, the training requirement itself, was the 7th most-cited OSHA standard in FY2025, while Fall Protection topped the list overall.
Companies aren't only cited for missing guardrails. They're cited for the training. A sign-in sheet that doesn't produce demonstrable competence is a citable gap.
Work injuries cost the US $181.4 billion in 2024: $48,000 per medically consulted injury and $1.54 million per death.
National Safety Council estimate covering wage and productivity losses, medical, and administrative expenses. These are costs to society as a whole, not employer-only figures.
Non-compliance cost organizations 2.71 times more than compliance: $14.82M versus $5.47M on average.
Ponemon Institute benchmark of 53 multinationals, specific to data-protection regulation and dated 2017. Included because it's the only rigorously built number of its kind; don't stretch it to all compliance domains.
In comparison with no intervention, technology-enhanced simulation training in health professions education is consistently associated with large effects for outcomes of knowledge, skills, and behaviors and moderate effects for patient-related outcomes.
Employees used just 13.7 learning hours in 2024, down from 17.4 in 2023, while cost per learning hour jumped about 34% to $165.
Fewer hours at a higher unit price means every training hour has to work harder, which is precisely the argument for hours that involve practice instead of playback.
US training expenditures rose nearly 5% to $102.8 billion in 2024-2025, with spending on outside products and services up 29% to $16 billion.
Training Magazine's 44th annual industry report. The outside-services jump is the buying signal: companies are replacing internal slideware with built training.
Global employee engagement fell to 20% in 2025, its lowest level since 2020, costing an estimated $10 trillion in lost productivity, about 9% of global GDP.
Gallup's State of the Global Workplace. Disengaged people don't absorb passive training; the engagement crisis and the training-effectiveness problem are the same problem.
49% of surveyed L&D professionals agree their executives are concerned employees lack the right skills to execute business strategy.
LinkedIn's 2025 Workplace Learning Report. The same report finds 91% of L&D professionals say continuous learning matters more than ever, while the ATD numbers above show hours shrinking. That tension is the market.
In a modern replication of Ebbinghaus's forgetting-curve experiment, memory savings fell to roughly 26% within a week of learning, from about 56% twenty minutes after.
This is the real, replicated version of the forgetting curve. The widely quoted "employees forget 70% in 24 hours" doesn't appear in Ebbinghaus or anywhere else; cite this study instead. The cure is the same either way: spaced, repeated practice.
We build custom training games and simulations around each client's
workflows, policies, and people. If you want training that produces
numbers worth measuring, start with the
compliance,
safety, or
onboarding pages.