As primary teachers, we know that helping children become confident, independent learners is one of our most important goals. Metacognition – the ability to reflect on and regulate one's own learning – is a powerful tool for achieving this, and the research evidence is compelling. Yet translating theory into everyday classroom practice can feel daunting. This guide offers ten practical, evidence-based strategies you can use across key stages to develop metacognitive skills in your pupils, helping them become thoughtful, strategic learners who know not just what they're learning, but how they learn best.
Contents
- What is metacognition and why does it matter?
- 10 practical strategies for developing metacognition in your classroom
- Making it stick: whole-school implementation
- Further guidance
What is metacognition and why does it matter?
Metacognition is essentially 'thinking about thinking' – but more specifically, it's about how children plan, monitor and evaluate their own learning. Rather than passively receiving information, metacognitive learners actively make choices about how they learn, reflecting on what's working and adjusting their approach accordingly.
What does it look like in practice?
In the primary classroom, this might look like a Year 3 child recognising that they find spellings easier to remember when they use look-cover-write-check rather than just reading them over, or a Year 6 child planning to tackle the trickiest maths questions first when they're most alert. It's the internal dialogue children have about their learning – 'Am I on the right track?', 'What could I do differently?', 'How will I know if I've succeeded?'.
The three elements of self-regulated learning
Metacognition sits alongside self-regulated learning, which also requires cognitive strategies (like flashcards or mind maps) and motivation. All three elements need to be in place for children to truly take ownership of their learning.
The evidence base
The Education Endowment Foundation identifies metacognition as one of the most effective approaches for improving learning outcomes, and Chris Runeckles describes it as having 'rockstar status' in education– though he also acknowledges that turning the principles into practical classroom strategies can be challenging.
Further reading
For more background on metacognitive approaches, explore thinking and metacognition strategies and this useful webinar on mobilising metacognition.
10 practical strategies for developing metacognition in your classroom
1. Think aloud to make expert thinking visible
Key recommendation: Model your own thinking
When demonstrating a task, verbalise your internal thought processes. Don't just show the 'what' – show the 'why' and 'how'.
KS1 example: While writing a sentence together, say: "I'm thinking about which word to use here. I want to say the cat was happy, but 'delighted' would be more interesting. Let me check – yes, that makes sense."
KS2 example: When solving a word problem in maths, talk through your reasoning: "First, I'm asking myself what the question wants me to find out. I can see it's about division because we're sharing equally. I'm going to underline the key information before I start calculating."
2. Use structured metacognitive questioning
Key recommendation: Develop metacognitive talk in the classroom
Build purposeful questioning into your routine that prompts children to explain their thinking, justify choices and reflect on strategies. Questions like 'Why do we do tasks such as this?' can become habitual practice.
Try these prompts:
- Before a task: "What do you already know about this?" "What's your plan?"
- During: "How is it going?" "What are you finding tricky?" "What could you try next?"
- After: "What worked well?" "What would you do differently next time?"
3. Teach the plan–monitor–evaluate cycle explicitly
Key recommendation: Explicitly teach metacognitive strategies
Don't assume children will naturally develop these skills. Directly teach them how to plan their work, monitor their progress, and evaluate their learningusing a structured sequence that includes modelling, guided practice, and independent practice.
Practical approach: Create visual prompts or anchor charts showing the three stages. For younger children, use simple symbols (traffic lights work well for monitoring). For older children, introduce specific planning tools like success criteria checklists or revision timetables.
4. Embed metacognitive strategies within subject content
Key recommendation: Embed strategies in real subject tasks, not stand-alone lessons
Rather than teaching 'thinking skills' in isolation, weave metacognitive strategies into your actual curriculum content.
Example in history: When examining sources, explicitly teach children to ask: "What type of source is this? What was its purpose? How reliable might it be?" Build this questioning into every source-based activity until it becomes automatic.
Example in English: When editing writing, teach a consistent approach – read for sense first, then check technical accuracy, then improve vocabulary. Make this sequence visible and practise it repeatedly.
5. Use worked examples and scaffolded tasks
Key recommendation: Use worked examples so children can focus on strategy rather than juggling too much new content
When introducing a new concept, show completed examples that reveal the thinking process, then gradually remove support.
KS1 approach: For phonics, show how you segment words before blending them, with clear steps children can follow. Gradually reduce the prompts as they internalise the strategy.
KS2 approach: In maths, provide partially completed solutions showing key steps, then have children complete similar problems. Discuss what strategies were used and why.
6. Create desirable difficulties (without overload)
Key recommendation: Set appropriate challenge
Design tasks that stretch children's thinking without causing frustration or disengagement. This is where real metacognitive development happens – when children have to think strategically because the task isn't automatic.
Practical tips:
- Use 'low floor, high ceiling' tasks that everyone can access but that can be extended
- Help children manage cognitive load by breaking complex tasks into chunks
- Give feedback on effort and strategy use, not just final answers
7. Develop metacognitive self-talk and dialogue
Key recommendation: Encourage both spoken dialogue and internal self-talk
Structure opportunities for children to articulate their thinking through talk partners, sentence stems, and discussion protocols.
Sentence stems to try:
- "First I'm going to..."
- "I chose this strategy because..."
- "If that doesn't work, I could..."
- "I'm stuck on... but I could try..."
KS1 adaptation: Use visual prompts alongside sentence stems. For example, pictures of different strategies (asking a friend, looking in a book, trying again) that children can point to and discuss.
8. Build children's metacognitive knowledge
Key recommendation: Focus on children's metacognitive knowledge about themselves as learners, strategies they can use, and the nature of tasks
Help children understand their own learning preferences and patterns. When do they concentrate best? Which strategies help them remember? What kind of tasks do they find challenging?
Classroom activity: Create 'learning profiles' where children reflect on their strengths and areas for development. Revisit these termly to track growth and set goals.
For ready-made resources, explore metacognition lessons for primary.
9. Teach specific strategies for independent learning
Key recommendation: Explicitly teach children to organise and manage independent learning
Don't assume children know how to work independently. Teach them concrete strategies like how to self-quiz, use checklists, or break a large task into manageable steps.
KS1 example: Create simple 'What to do when you're stuck' posters with three clear options (read the question again, use resources in the classroom, ask a partner).
KS2 example: Teach specific revision techniques like retrieval practice using flashcards, mind mapping, or teaching someone else. Give guided practice with gradual release of responsibility.
10. Use Philosophy for Children approaches
Key recommendation: Encourage curiosity and philosophical thinking
Philosophy for Children encourages open-ended thinking without fear of 'wrong answers'. Starting lessons with big questions rather than learning objectives can spark curiosity and deeper thinking.
Try this: Instead of "We are learning about materials," ask "Why do some things float and others sink?" Let children explore their theories before revealing the science.
Remove the pressure of right/wrong answers and free children to explore their own reactions and ideas.
Making it stick: whole-school implementation
Key recommendation: Implement through strong school-wide processes
Metacognition shouldn't be an add-on or one-off initiative. To truly embed it:
- Treat it as everyday pedagogy across all subjects
- Provide sustained professional development linked to your curriculum
- Monitor impact by observing how children actually use metacognitive strategies, not just looking at test scores
- Refine your approach over time based on what you observe in your classroom
Building metacognitive classrooms takes time and deliberate practice, but the rewards – children who are confident, independent learners able to tackle challenges strategically – make it well worth the effort.
Further guidance
The strategies outlined in this guide are based on the recommendations from the Education Endowment Foundation's Metacognition and Self-Regulated Learning: Guidance Report. This comprehensive report synthesises research evidence and provides practical recommendations for teachers looking to develop metacognitive and self-regulatory skills in their pupils.
The EEF guidance report identifies seven key recommendations for building metacognition in the classroom, which have informed the practical strategies shared throughout this resource. These evidence-based approaches have been shown to have a significant impact on learning outcomes, particularly for disadvantaged pupils.
For the full guidance report, including detailed evidence reviews and implementation advice, see the EEF's Metacognition and Self-Regulated Learning guidance.
Reference:
Education Endowment Foundation. (2025) Metacognition and self-regulated learning: Guidance report. London: Education Endowment Foundation.
