A frequent confusion persists between explaining, demonstrating, and narrating. However, each approach meets distinct pedagogical requirements. Beginner teachers often find that the order of explanatory steps is not interchangeable: reversing two phases compromises understanding.
Some models propose four steps, others list six, but the five-step sequence prevails in most frameworks. This structuring aims to clarify the logical progression of actions and maximize knowledge transmission, while avoiding shortcuts that hinder learning.
You may also like : Discover the origin and meaning of the name Zalando: history and anecdotes
Why understanding explanatory approaches changes the way we learn
Mastering the explanatory approach completely changes the game in learning. Didactics, the discipline concerned with knowledge transmission, questions the best way to make content understandable and accessible for each learner. While pedagogy emphasizes group dynamics, classroom management, or motivation, didactics focuses on the very structure of knowledge, its obstacles, and its disruptions. One then understands that the teacher’s role expands: it is no longer just about conveying a message, but about building a true, solid, and progressive understanding with the student.
In the classroom, everything starts with a starting situation: a problem, a riddle, an observation that sharpens curiosity. This starting point is not trivial: it conditions the student’s engagement. Each subsequent phase addresses a specific need: questioning, structuring, formalizing, reusing. This breakdown makes learning readable, reassuring, and predictable, for both the student and the teacher. The notion of definition and didactic approach takes on its full force here: each piece of knowledge imposes a well-thought-out strategy, a tailored organization, a true conceptual arsenal.
See also : Discover the value and fascinating history of the Château de Chambord
Adopting a pedagogical approach also means placing the student at the center of their journey. In vocational training, this method encourages autonomy and the ability to transfer acquired knowledge. During continuing education, it renews practices and strengthens the link between theory and practice. Evaluation, far from being limited to a simple check, measures the actual appropriation of knowledge. It allows for adjustments, refinements, and support for each advancement. In the educational relationship, the teacher no longer just transmits: they guide, adjust, support, while allowing the student the freedom to fully engage.
The 5 key steps of an explanatory approach: definition and concrete analysis
A structured progression, from questioning to autonomy
The explanatory approach is based on five key moments that mark the path to understanding. It all begins with the setting up of a situation: a relevant context, carefully chosen to spark curiosity and clarify the issue. The student faces a question, a phenomenon, an obstacle that calls for an explanation. This is the starting point of the investigation.
Then opens the exploration phase: at this stage, several pedagogical methods can be mobilized. This could be a presentation, questioning, demonstration, experimentation, active or heuristic approaches. The teacher varies the approaches, draws on prior knowledge, and encourages a diversity of viewpoints. Here, the goal is to anchor meaning rather than aim for mechanical memorization.
Next comes the structuring: the student organizes information, establishes links between concepts, and checks if their hypotheses hold up. The teacher acts as a guide, ready to clarify any unclear areas and reinforce overall coherence.
Here’s how these five steps unfold, each with its function:
- Setting up a situation
- Exploration and investigation
- Structuring knowledge
- Reinvestment: the student transposes, applies to other contexts. They gain autonomy, daring to take initiative.
- Formative evaluation: it assesses understanding, supports progression, and guides adjustments.
Throughout this journey, the didactic triangle (teacher, knowledge, learner) informs every moment. The didactic transposition adapts academic knowledge to make it accessible in the classroom, giving each step its effectiveness and clarity. Nothing is improvised: everything responds to a logic, each method has a specific purpose.
Practical examples to illustrate each step and facilitate appropriation
Setting up a situation: sparking curiosity
The teacher poses a very simple question: why does ice melt faster in the sun than in the shade? This learning situation confronts the student with a concrete problem, rooted in reality. This questioning opens the way to an investigation based on observation.
Exploration: varied methods in action
During this phase, the class experiments. Some formulate hypotheses, others manipulate, compare, and observe differences. We see the active method mingling with the interrogative method. Collective exchanges nourish the construction of knowledge, with each idea finding its place in the discussion.
Structuring: organizing and clarifying
Next comes the moment to synthesize: the teacher guides the creation of a diagram. The concepts of heat, energy, and physical transformation are laid out. This structuring connects the experience to scientific concepts, making the whole accessible and ready to be used in other contexts.
Reinvestment and evaluation: autonomy and measurement
The students reuse what they have understood to answer a new question: why do we salt roads in winter? Here, the didactic transposition, a theme dear to Yves Chevallard, takes shape. The formative evaluation follows each individual’s journey, adjusts practices, and encourages autonomy and initiative.
At each step, Jean Houssaye’s didactic triangle connects the teacher, knowledge, and learner. It is this living and dynamic link that gives coherence to the approach. From the first question to the final appropriation, each step constructs a path of knowledge where the student progresses, guided but never constrained. Knowledge then becomes a shared adventure, never fixed, always in motion.