21st May 2025
Check-mate: supporting students in navigating the complexity of writing
Simon Cox
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by Blackpool Research School
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Mathematics is not just about carrying-out calculations and evaluating equations.
To nurture effective mathematicians, we need to support our pupils in developing their critical thinking, reasoning, and problem-solving skills.
At Blackpool Research School, we have developed the ‘Thinking Mathematically’ pilot project to help our pupils to enhance these skills.
‘Thinking Mathematically’ is an evidence-informed initiative designed to improve Year 7 pupils’ mathematical problem-solving. It focuses on equipping teachers with tools to guide pupils through unfamiliar mathematical problems for which they don’t have a ready-made method of solving.
The 20-week programme includes weekly problem-solving sessions, where teachers model their thought processes – the ‘Think Aloud’ – and facilitate reflective ‘de-briefs’. We have been working with 30 schools from across the North of England to put the approach into practice.
The core components of the programme include:
By integrating these elements, Thinking Mathematically seeks to improve not only pupils’ problem-solving skills but also their confidence and resilience when faced with unfamiliar problems.
The ‘Think Aloud’ involves teachers modelling their thought processes while solving problems. This helps pupils to understand how experts approach complex tasks, breaking down problem-solving into manageable steps.
By modelling planning, monitoring, and evaluating, teachers scaffold pupils’ independent thinking. Thinking Mathematically support pupils in developing independence in this area through the use of prompt questions which mirror those the teacher used during the ‘think aloud’.
Research supports this approach as a key metacognitive strategy for improving problem-solving skills (Barker, 2024). The EEF’s guidance on
improving mathematics also highlights its effectiveness in making abstract reasoning visible to learners.
The de-brief is an opportunity for structured reflection that follows problem-solving activities. It allows pupils to analyse their approaches, discuss challenges, and refine their strategies for future tasks. This process is essential for consolidating learning and addressing misconceptions.
In Thinking Mathematically, we have identified the following features of effective de-briefs:
De-briefs shift the focus from simply finding the correct answer to understanding how and why solutions work. They foster metacognitive
awareness by encouraging pupils to evaluate their thought processes critically. As one teacher noted in an EEF blog: “The answer isn’t the end of learning — it’s the beginning of a rich discussion” (EEF blog, 2024).
The Thinking Mathematically pilot is due to run until April. We look forward to sharing the findings of an independent evaluation of the pilot during next academic year.
References
Barker, E., “Voices from the Classroom: Thinking aloud to support pupils’ mathematical problem solving,” Education Endowment Foundation
Blog, 2024.
Education Endowment Foundation blog: “How I use the debrief to support mathematical problem-solving,” 2024.
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