Why Some Students May Need Less Teaching and More Guidance

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A classroom can become more effective without making the teacher less important. The change is in what the teacher does.

When students are beginners, direct explanation, modelling, examples and carefully structured practice can prevent confusion and reduce unnecessary cognitive load. As students develop knowledge and confidence, however, continuing to provide every step can limit opportunities to plan, make decisions, monitor their own work and solve problems independently.

That distinction matters. The evidence does not support the simplistic idea that students should simply be “left to learn.” Research on metacognition and self-regulation instead points toward a gradual shift: teachers explicitly teach useful strategies, model how to use them, provide scaffolding and feedback, and then give students increasing responsibility for applying those strategies themselves.

The most useful question, therefore, may not be “How much should a teacher teach?” but “What kind of guidance does this learner need at this stage?”

Key Takeaways

• Independent learning is most effective when students have first been taught how to plan, monitor and evaluate their work.
• Beginners generally need stronger instructional guidance because they have less prior knowledge to guide themselves.
• Effective teachers gradually remove scaffolding as students become more capable, rather than abandoning guidance altogether.
• Metacognitive strategies work best when embedded in real subject learning instead of taught as isolated “learning skills.”
• Feedback and carefully structured collaboration can help students take greater responsibility for their own learning.
• “Less teaching” should mean a change in instructional role, not a withdrawal of expertise or support.

The Problem With “Less Teaching”

The phrase can be misleading.

A student who is capable of working independently is not necessarily a student who needs less teaching overall. In many cases, independence is the result of good teaching that has made independence possible.

This is especially important for beginners. A widely cited analysis by Paul Kirschner, John Sweller and Richard Clark argued that minimally guided instruction can be less effective and less efficient for learners who lack sufficient prior knowledge. Their argument rests partly on the difference between novices and experts: experts can draw on established knowledge structures to guide their own thinking, while beginners have far less internal knowledge to rely upon.

That creates an important paradox.

The student who appears to need the most independence may sometimes need more structure first.

A novice trying to solve a complex problem without knowing which information matters, which strategy to choose or how to evaluate an answer can spend substantial effort simply figuring out what to do. That is different from productive struggle.

Good guidance reduces that unnecessary uncertainty while still leaving room for thinking.

The Teacher’s Role Changes as Students Become More Capable

Effective instruction does not have to remain static.

A teacher might initially demonstrate how to approach a task, explain the reasoning behind each step and provide a worked example. Students can then practise with support before gradually taking over more of the process.

For example, consider a student learning to write an analytical essay.

At first, the teacher might explicitly demonstrate how to interpret a question, identify evidence, construct an argument and organize a response. The next assignment could provide a planning framework. Later, students might receive only a set of questions to consider before writing. Eventually, they may be expected to choose their own planning method and evaluate whether it worked.

The content has not disappeared. The teacher’s intervention has changed.

This is close to the principle of scaffolding: support is deliberately provided and then reduced as learners become more capable of performing the task independently.

The Education Endowment Foundation’s 2025 guidance on metacognition and self-regulated learning places particular emphasis on teachers explicitly teaching, modelling and scaffolding strategies that help students plan, monitor and evaluate their learning.

Independence Is a Skill, Not a Default Setting

Students are often expected to become independent without being shown what independent learning actually involves.

Being told to “study harder” or “manage your time” does not necessarily teach a student how to do either.

Self-regulated learning involves several processes: setting goals, selecting strategies, monitoring progress, recognizing difficulties and evaluating the outcome. The EEF describes metacognition in terms of learners becoming more aware of and able to direct their own thinking, while self-regulation involves managing motivation, thoughts and behaviour during learning.

These are learnable behaviours.

A teacher can make them visible by thinking aloud:

“I know this question is asking me to compare two ideas, so I need evidence for both.”

Or:

“This method gave me an answer, but I should check whether the result makes sense.”

The student is learning more than the immediate answer. They are learning how an experienced learner makes decisions.

The teacher is therefore not disappearing from the learning process. The teacher is making the process transferable.

Why Guidance Matters More for Beginners

Prior knowledge changes the learning equation.

Students with substantial knowledge of a subject can recognize patterns, connect new information with existing concepts and make informed decisions about strategies. Beginners cannot reliably do this because the relevant knowledge has not yet been built.

That is one reason the long-running debate over discovery learning and minimally guided instruction matters. The research literature has repeatedly raised concerns about expecting inexperienced learners to discover complex structures without sufficient support. Kirschner, Sweller and Clark concluded that the advantage of strong guidance can decline as learners acquire enough prior knowledge to provide more of their own “internal” guidance.

This does not mean discovery, inquiry or problem-solving should be removed from classrooms.

It means the amount and type of support should match the learner’s knowledge.

A student learning basic algebra may need worked examples and explicit explanation of notation. A more experienced student may benefit more from comparing alternative solution strategies and explaining why one is appropriate.

The same activity can therefore be productive for one learner and unnecessarily frustrating for another.

The Evidence Favors Teaching Students How to Learn

The strongest case for increased learner independence comes not from removing instruction, but from teaching students strategies for managing learning.

The EEF’s Teaching and Learning Toolkit currently rates metacognition and self-regulation as a high-impact, low-cost approach. Its evidence base includes hundreds of studies, and its current synthesis reports an average association equivalent to around eight additional months of progress, while also warning that achieving such effects consistently in practice is difficult.

That qualification matters.

An “eight months” figure should not be interpreted as a guaranteed outcome for every student or classroom. The Toolkit itself notes that the average represents findings across studies and that implementation quality and context matter.

The more durable lesson is methodological: students can benefit when teachers deliberately help them develop the ability to think about their own learning.

Useful practices include:

• activating relevant prior knowledge before a task;
• modelling decision-making through teacher “think-alouds”;
• asking students to explain why they chose a particular strategy;
• giving students opportunities to monitor their progress;
• using success criteria to help students judge their own work;
• asking students to reflect on what worked and what they would change;
• gradually reducing scaffolding as competence increases.

These approaches place independence inside teaching, rather than treating independence as the absence of teaching.

Guidance Can Become More Powerful When It Is Less Obvious

There is another subtle shift that happens as students become more capable.

Early guidance is often explicit: “First do this, then do that.”

Later guidance can become more like a prompt.

Instead of supplying the next step, a teacher might ask:

“What information do you already have?”

“Which strategy could apply here?”

“How could you check your answer?”

“What makes you think that approach will work?”

These questions transfer part of the decision-making process to the student.

The student is still receiving guidance, but the guidance is aimed at developing judgment rather than simply producing the correct immediate answer.

That distinction is particularly important because a student who can follow instructions successfully is not necessarily a student who can independently decide which instructions are needed.

Feedback Is Part of the Transition to Independence

Independence without feedback can become guesswork.

Students need information that helps them understand where they are, what successful work looks like and what they should do next. The EEF’s recent work on independent learning in 16–19 education identifies feedback alongside metacognition and carefully structured collaborative learning as promising approaches for developing independent learners.

The important question is what the feedback enables the student to do.

“Wrong” provides little guidance.

“You need more evidence” is better.

“Your second argument is plausible, but you have not yet explained how the evidence supports it” gives the student a clearer next action.

The objective is not to make students dependent on continuous teacher correction. Good feedback should gradually help them become better at identifying and correcting problems themselves.

Technology Makes the Question More Urgent

Digital learning tools, including AI systems, make it increasingly easy for students to obtain explanations, examples and answers without waiting for a teacher.

That could increase access to learning support. It could also create a new problem: students may receive answers without developing the ability to judge those answers.

This makes the distinction between information and learning especially important.

A student can obtain an explanation instantly and still fail to understand the underlying concept. They can generate an essay and still struggle to construct an argument. They can receive a solution to a mathematics problem and still be unable to recognize when the same method applies to a different problem.

As educational technology becomes more capable, the teacher’s role in developing judgment, verification, reflection and subject understanding may become more not less important.

The evidence on metacognition points in the same direction: students need explicit support in learning how to plan, monitor and evaluate their thinking.

What “More Guidance” Can Look Like in Practice

A useful classroom progression might look like this:

1. Explain
The teacher introduces the concept and establishes essential knowledge.

2. Model
The teacher demonstrates not only what to do, but how to think through the task.

3. Practise with support
Students attempt similar work while prompts, examples or checklists remain available.

4. Question rather than tell
The teacher increasingly asks students to choose and justify strategies.

5. Reduce scaffolding
Unnecessary prompts and supports are removed.

6. Reflect
Students evaluate the strategy they used and identify what they would change.

7. Transfer
Students apply the approach to a less familiar problem.

This is not a rigid sequence that every classroom must follow. It is a way of thinking about the changing relationship between teacher support and learner responsibility.

The Real Goal Is Not Less Teaching

The most useful conclusion from the evidence is not that schools should teach less.

It is that teaching should change as learning changes.

A beginner may need explanation. A developing learner may need modelling and structured practice. A more knowledgeable learner may need challenging questions, feedback and opportunities to make decisions. An advanced learner may benefit from greater autonomy while still needing expert critique.

Removing support too early can leave students without the knowledge or strategies required to succeed. Keeping every support in place indefinitely can prevent them from developing independence.

The difficult part of teaching is knowing when to do which.

That makes the strongest classroom less like a place where teachers continually deliver answers and more like a place where teachers deliberately transfer the ability to make good learning decisions to their students.

The end goal is not a student who needs no teacher.

It is a student who has learned how to become progressively less dependent on one.

Conclusion

Students do not necessarily need less teaching. They need the right teaching at the right stage.

Research on guided instruction warns against assuming that inexperienced learners can thrive with minimal support, while evidence on metacognition and self-regulation shows the value of explicitly teaching students how to plan, monitor and evaluate their own learning.

The most productive transition is therefore not from teaching to no teaching.

It is from teacher-directed support to increasingly student-directed learning.

That shift requires expertise from the teacher, not less of it. Knowing what to explain, what to model, what to question, what to leave for students to discover and when to remove a scaffold may be one of the most important forms of teaching expertise.

The independent learner is not created when the teacher steps away.

The independent learner is created when the teacher knows how and when to step back.