OUR PEDAGOGICAL APPROACH
We are often approached for the visual quality of our digital experiences. But what makes a learning program endure, what genuinely develops a learner's skills, plays out elsewhere. It plays out in the instructional design that comes before the first art direction, the first storyboard, the first visual identity.
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This page describes our method: how we turn a training need into a program that produces real change for learners in the field.
EMRAUDE PEDAGOGICAL INNOVATION
Each month, our teams receive training through workshops with leading pedagogical experts to challenge our methods against the latest advances in research driven by neuroscience, cognitive psychology and the learning sciences.
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Discover the video of our latest workshop: Cognitive Science with Anne Eva Lebourdais, instructional designer specializing in neuroeducation and CEO of Apprenance Digital.
In these workshops, we brainstorm and evolve our internal standards. A few examples of recent changes in 2026:
A mapping matrix between Bloom's levels and the game mechanics we use.
Anything that doesn't serve the cognitive mission of a screen is removed (UI overload, forced multitasking, and so on).
No more than 4 new elements to process at once (dialogue + choice + visual context + interface).
A 10-to-15-second attention-framing micro-block added at the start of every chapter.
Contextualized feedback on both the right AND the wrong choice, with an explanation of why.
Prototypes tested under real attention conditions (mobile, noisy environment, short sessions).
Every delivered experience comes with a post-training kit (PDF memo + 10 flashcards).
INFORM, TRAIN,
TRANSFORM
A training program unfolds across three levels.
Informing simply consists of transmitting.
Training builds professional skills.
Transforming establishes a lasting way of acting.
Most existing e-learning programs never reach the third level, not because of a lack of budget or creativity, but because they are designed in reverse: expert content is piled up first, then it is retrofitted into a script. Our approach reverses this logic. We do not start from what needs to be known, but from what learners need to be able to do. This inversion of perspective, backward design, is at the core of every gamified learning project we deliver.
Explore our pedagogical approach through our case studies.
OUR METHOD IN FIVE STEPS
1. THE WORK SITUATION
We start from real situations: a complex sale, starting a new role, a managerial stance. Field interviews, analysis of day-to-day friction. We describe the situation before addressing pedagogy.
2. THE TARGET COMPETENCY
We frame it as a capability in action: what learners will be able to do independently in real-world conditions. We never train on content alone; we always train against observable work situations.
3. THE EVALUATION, OR THE PROOF
Before designing anything, we define what, in learner behavior, will demonstrate that the competency has been acquired: Observable criteria, measurable action verbs, precise levels of Bloom’s taxonomy (from “remember” to “create”).
4. THE TRAINING ACTIVITY
Serious Game, client simulation, branching scenario, micro-challenge, interactive narrative: we choose the mechanisms that allow learners to practice in conditions as close as possible to real conditions. Gamification is never an objective, it is a lever for engagement.
5. THE CONTENT, STRICTLY USEFUL
Content comes last, and only what serves the skill stays. Everything else is cut out. This discipline is the foundation of the quality learners experience: no time wasted, every minute invested pays off.
THE FOUR PILLARS
1. ATTENTION
The human brain is a selective filter. It sorts signals before they reach consciousness. Designing for attention means explicitly guiding, signaling when to pay attention, to what and for what purpose. It also means protecting the learner from attentional distractions: visual overload, notifications, background elements that interfere with the task.
2. ACTIVE ENGAGEMENT
Reading, listening, clicking to open a pop-up: most e-learning mistakes interactivity for engagement. An engaged learner predicts, decides, and solves. Our mechanisms require learners to take a stance before any explanation is given, because the brain only truly learns when it is confronted with surprise through the gap between its prediction and reality.
3. FEEDBACK
Feedback is a form of information that explains why the correct choice was correct, what a suboptimal choice reveals about the situation, and how to replay the situation.
4. MEMORY RETENTION
Without repetition, half of what has been covered is forgotten within days. Our learning programs build in anti-forgetting mechanisms by design: immediate practice, targeted summaries, spaced repetition at the start of the next session, revision resources accessible beyond the training.
FROM ATTENTION TO RETENTION: OUR
ENGAGEMENT MECHANICS
At Emraude, every feature serves a precise pedagogical intent: capture attention, prompt a decision, deliver useful feedback, make progress visible, and create the conditions for learners to naturally come back to the experience. We don't gamify to entertain. We use game mechanics to turn training content into an active learning journey.
1. A STORYLINED PROGRESSION
Learners move forward through stages, missions, or chapters. Each sequence unlocks a new skill, a new situation, or a new level of mastery. This progression sets the pace of the learning journey. It turns the effort of learning into a clear path: learners know where they are, what they've just achieved, and what's left to consolidate.
Objective: sustain the drive to keep going until full mastery.
2. ACTIVE DECISIONS
Reading, watching, or clicking isn't enough. To learn for the long term, learners have to take a stance. Our experiences ask them to choose, weigh options, answer, prioritize, recommend, or react in situations close to the real thing. Every interaction creates cognitive engagement: learners no longer receive information, they use it.
Objective: turn knowledge into an operational reflex.
3. IMMEDIATE, IN-CONTEXT FEEDBACK
Every mistake becomes an opportunity to learn. Every right choice becomes a useful confirmation. Feedback doesn't stop at "true" or "false". It explains why an answer works, what it reveals, and how to adjust behavior in a real-world situation.
Objective: anchor the right reflexes at the exact moment attention is available.
4. SCORES, BADGES, AND CERTIFICATIONS
Progress has to be visible. Scores, badges, levels, certificates, and expert statuses make a learner's advancement tangible. They reward effort, create a sense of accomplishment, and offer clear recognition, individual or collective.
Objective: make mastery tangible and desirable.
5. A COLLABORATIVE LEADERBOARD
Friendly competition can be a powerful driver, when calibrated right. Our leaderboards can be built around teams, stores, countries, regions, or business units. They make progress visible, encourage participation, and create collective momentum without ever turning patronizing.
Objective: encourage consistency, participation, and pride of belonging.
6. FOLLOW-UPS AND RETENTION MICRO-SEQUENCES
Training doesn't end on the last screen. To fight forgetting, we design reactivation mechanics: short quizzes, targeted reminders, episode recaps, follow-up challenges, and spaced repetition. Learners come back to the content in small doses, at the right moment, without overload.
Objective: extend learning beyond the initial session.
7. DATA-DRIVEN STEERING
What engages must be measurable. Time spent, completion rates, return visits, drop-off points, scores by sequence, right and wrong answers, qualitative verbatims: the data shows what's working, what's blocking, and what needs adjusting.
Objective: give L&D teams a clear read on pedagogical performance and on the levers for improvement.
A PROGRAM DESIGNED THIS WAY PRODUCES THREE MEASURABLE EFFECTS.
Faster skill development, because anything superfluous has been stripped out.
Smoother adoption, because learners immediately see the value of their effort: the experience speaks to the real frictions they face.
Lasting retention, because the forgetting curve is addressed during and after the training, not left to the chance of a final click.
Every custom training project starts here with a half-day scoping workshop. We use it to apply backward design to your needs with your L&D and business teams. You leave with a reformulated target competency, an evaluation scenario, and the outline of the learning design.