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early years and primary
•Mathematics
Everyday Moments, Everyday Maths
Discover how rich mathematical thinking unfolds naturally through the power of routine, conversation and play.
Louise Astbury
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A blog about metacognition in primary teaching
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by Pinnacle Learning Research School
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Ria Drabble is the Deputy Director of Pinnacle Learning Research School. She is also a Year 5/6 teacher at Broadfield Primary School in Oldham, Greater Manchester.
“…pupils make progress from their starting points, in that they know more, remember more and can do more…”
As a class teacher and deputy director of a research school, this line from the inspection toolkit resonates strongly, particularly when we consider metacognition and how we can support pupils to retain key knowledge over time. The Education Endowment Foundation describes metacognition as “the learner’s ability to be aware of, reflect on, and direct their thinking.” Developing this awareness is central to ensuring that learning is both meaningful and durable.
At the start of every topic, pupils complete a short “pre-requisite task”. Curriculum leaders have carefully mapped backwards through the curriculum to identify the fundamental knowledge required to access each new unit of learning. These tasks enable teachers to identify and address gaps before new content is introduced. This approach reflects the understanding that learners begin any task with prior knowledge about themselves, the strategies available to them, and the demands of the task itself. By ensuring this knowledge base is secure, pupils are better placed to engage with new learning.
This process continues throughout the unit. Midpoint checks provide opportunities to monitor understanding, while endpoint tasks enable both teacher and pupil to evaluate learning. Such practices align with the metacognitive regulation cycle, which involves planning how to approach learning, monitoring progress, and evaluating success. These regular checks support pupils in recognising what they know, identifying misconceptions, and consolidating key concepts in long-term memory.
Within lessons, teachers frequently begin by activating prior knowledge through questions such as, “When have you learnt about this before?” or “What can you remember about…?” Encouraging pupils to draw on what they already know supports effective planning for learning and helps them to make meaningful connections between past and present content. This deliberate retrieval also strengthens retention by reinforcing schema development.
A further key element of classroom practice is the use of the gradual release model: “I do, We do, You do”. Explicit modelling is crucial within this structure. The EEF guidance highlights that“modelling by the teacher is a cornerstone of effective teaching; revealing the thought processes of an expert learner helps to develop pupils’ metacognitive skills.” During the “I do” stage, teachers make their internal thinking visible through carefully structured think-alouds, explaining not only what to do but why particular choices are made.
The “We do” phase provides opportunities for guided practice within a supportive scaffold. Over time, this scaffold is gradually removed as pupils gain confidence and competence. Research emphasises that “carefully designed guided practice, with support gradually withdrawn, allows pupils to develop strategies before applying them independently.” By the “You do” stage, pupils are able to attempt tasks with increasing independence, applying both cognitive and metacognitive strategies to support their learning.
Ultimately, metacognitive approaches are most effective when they are embedded within everyday classroom practice rather than viewed as an additional initiative. By systematically activating prior knowledge, modelling thinking processes, providing structured opportunities for practice and enabling pupils to reflect on their learning, teachers can help children to become more strategic and independent learners. As the EEF reminds us, metacognition should not be seen as an ‘extra’, but as an integral part of high-quality teaching. Through consistent implementation of these approaches, we can ensure that pupils not only engage with new knowledge but retain it, apply it and build upon it over time.
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