Embedding “mastery” teaching in primary mathematics

A successful Knowledge Exchange project funded by the ESRC Impact Acceleration Account has embedded Bristol research findings into new materials for Maths teachers
Research Highlights:
- Under-achievement of students in mathematics is a fundamental problem in the UK. In England, 20% of each cohort, by age 15, attain levels of numeracy judged internationally not to be suitable for life in a modern society (Level 1 or below on PISA tests).
- Social mobility is linked directly to attainment in mathematics, with the subject acting as gatekeeper for access to Higher Education and professional qualification.
- In collaboration with Sinclair (Simon Fraser University Vancouver), Coles’ research has showed that one reason for this under-achievement is that mathematical concepts can be presented to students in ways that do not match well with children’s lived experiences.
Part of Dr Alf Coles’ research is based in primary mathematics and how it’s taught, often working closely with the government-funded National Centre for Excellence in Teaching Mathematics (NCETM). In 2017, the ESRC Impact Acceleration Account (IAA) funded an innovative Knowledge Exchange enabling Coles to host an incoming Fellow and work as an outgoing Fellow, linking two key stakeholders to guide dissemination of national policy, actively influenced by his research.
Embedding research findings into new resources for maths teachers
The NCETM were concerned that materials on Mastery teaching were becoming popular among teachers without being of sufficiently high quality. Mastery approaches to mathematics teaching at primary school are highly current, with competing resources coming from commercial publishers and non-profit groups as well as the NCETM. They set out to produce a set of innovative, authoritative and comprehensive resources (the ‘Spine’) aimed at primary school teachers. These have the potential and reach to influence mathematics teaching across England, particularly in relation to expectations of currently low-achieving students.
The successful IAA-funded Knowledge Exchange project is proving significant. The first objective was to complete the Spine itself. The ‘Addition and Subtraction’ and ‘Place Value’ strands of the National Curriculum (Years 1-6) had been done and the next phase was to do the same for ‘Multiplication and Division’ and other areas of the curriculum, which have now been completed.
Resourcing and supporting teachers
Before being made freely available to teachers via the NCETM website, there was an immediate need to get their presentation right in the face of competing visions of mastery. St Andrew’s Primary School agreed to use the newly developed Spine as the basis for their maths teaching, and Coles' contacts at GH Zeal and Company Ltd generously indicated that they would be willing to support the IAA project.
The incoming Knowledge Exchange fellow, Katherine Evans focused on trialling and articulating a professional development model around the use of the Spine material, in the context of classroom practice across each year group of the school. Working closely with Coles, her knowledge and observations of how the Spine was interpreted and used provided valuable insight and input for the Guide.
The model of professional development that emerged through this Knowledge Exchange involves a cycle of peer observation and reflection, focusing on in-depth discussion of children’s learning as a vehicle to better understanding the effectiveness of the pedagogy and practice of teaching. This cycle of teacher professional development was framed around the trial: teachers worked in collaboration across year groups to select a Spine and develop a weeklong sequence of lessons based on the materials.
Creating an evidence-based shift in the National Cirriculum
The project successfully delivered its key outputs - finalising the innovative Spine material with its significant, evidence-based shift in emphasis from the current National Curriculum, and the Guide to its implementation. Working together as Knowledge Exchange collaborators, Coles and Evans helped the process of publication of the Spine materials on the NCETM website and the start of their use by teachers as planned in 2018. By early July 2019, there had been over 146,000 downloads of the powerpoint materials and over 112,000 downloads of the Teacher Guides.
One Bristol school making use of the materials in 2018/19 commented: “Using the materials has gone really well. [We have noticed] how confident the Year 1s [are] in their maths talk and reasoning … We will be using the newly published materials next year and … focusing on making sure Year 2 build on Year 1's success so the skills roll up the school.”
NCETM are making the materials the basis of National Collaborative Working Groups in all 35 of their Maths Hubs, ensuring their reach across the country. Alf Coles’ engagement with the NCETM has deepened and developed over the course of this project and he is now involved in (and funded for) the other Primary Spines, as well as consulting on new Secondary-level materials.
“Using the materials has gone really well. [We have noticed] how confident the Year 1s [are] in their maths talk and reasoning … We will be using the newly published materials next year and … focusing on making sure Year 2 build on Year 1's success so the skills roll up the school.”
Connect with the researcher
Professor Alf T Coles, Professor of Mathetics Education, School of Education
Cite the research
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Coles A, Sinclair N. 2019, Ritualisation in early number work. Educational Studies in Mathematics, 101, 177-194. DOI: 10.1007/s10649-018-9815-6 (2,357 downloads, 10.03.20)
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Coles A, Sinclair N. 2018, Re-thinking ‘normal’ development in the early learning of number, J Numerical Cognition, 4, 136-158. DOI: 10.5964/jnc.v4i1.101 (942 downloads, 10.03.20)
- Coles A, Sinclair N. 2019. Re-thinking ‘Concrete to Abstract’ in Mathematics Education: Towards the Use of Symbolically Structured Environments. Canadian J Science, Mathematics and Technology Education. 19, 465–480. DOI: 10.1007/s42330-019-00068-4