Maths

Intent

At St Norbert’s Catholic Voluntary Academy, we inspire our children through the Inspire Mathematics Curriculum. As a foundation for our Mathematics curriculum, we use White Rose Maths, which offers a framework to teach the Mathematics Programme of Study as laid out by the National Curriculum and the Statutory Framework for the Early Years Foundation Stage, alongside other high-quality resources, including National Centre of Excellence in the Teaching of Mathematics (NCETM), NRICH. White Rose has been influenced, inspired and informed by the work of leading maths researchers and practitioners across the world and is based on the latest pedagogical research.

At St Norbert’s, we strive to have children develop a positive attitude and interest towards mathematics.  From the earliest years, we encourage children to ‘have a go,’ to have children notice numbers, patterns, shapes, and connections and to be able to discuss their findings with others.  It is important to instil a love of learning from an early age and to teach children that we learn from making mistakes.

Inspire Knowledge and Skills

Proficiency in mathematical concepts and skills is vital for engaging successfully with the real world. We want to open children’s eyes to this and help them to see the importance of how what they learn in the classroom applies to the real world, both every day for everyone and more broadly across disciplines and careers. We provide a maths curriculum that balances acquiring rapid fluency alongside opportunities to apply reasoning skills in various problem-solving contexts. Each classroom environment is set up to enable children to build independence in learning maths, from up-to-date working walls, carefully chosen scaffolds and accessible resources. Beyond teaching maths discretely, we give children the opportunity to apply and develop what they have learnt across wider learning within the curriculum, such as in science, design and technology lessons, to support our intention that children see mathematical skills as something that is essential for their daily life.

Inspire Creativity & Adventure

We believe all children can achieve highly in maths. For some children, this demands a great deal of perseverance and resilience, and we talk explicitly about this in lessons and link it to other areas of curriculum learning, such as PSHCE. We encourage children to support one another to build a classroom climate of endeavour. In every lesson, children have the opportunity to apply mathematical reasoning to solve problems, which deepens their understanding and supports making connections across the curriculum. We take every opportunity to promote creativity in maths. This is particularly evident in the continuous provision on offer in our Lower School, through role play, small world and other exploration-based activities. In older years, creativity is embedded within our CPA approach, where children represent their understanding in a range of ways, such as using models to represent fractions or finding numbers, shapes and patterns in the real world.

Implementation

Children have a daily one-hour discrete maths lesson and in addition to applying skills learned in maths across the wider curriculum.

White Rose: White Rose ‘Schemes of Learning’ provide sequential ‘Blocks’ of learning for the whole year, where children meet each area of learning each year, providing a spiral curriculum.

Each ‘Block’ provides sequential ‘Small Steps’ towards meeting curriculum outcomes. Teachers use professional judgement to decide how long to spend on each small step or whether they are needed for their cohort.

Each ‘Small Step’ incorporates valuable support for teachers, including:

  • ‘Notes and Guidance’ which outline where the Small Steps sit in relation to prior and future years’ learning, supporting pitch and expectation;
  • ‘Mathematical Talk’ which provides prompt questions to support children to explain their thinking;
  • ‘Varied Fluency’ which enables children to meet concepts in a variety of ways;
  • ‘Reasoning & Problem Solving’ which offers opportunities to apply the small step’s learning in new contexts.

We use White Rose Maths as a framework for teaching because of its Concrete – Pictorial Abstract approach, which is fundamental to helping children build mental images in their heads, fully understand concepts and spot patterns easily.

Concrete representation: a pupil is first introduced to an idea or skill by acting it out with real objects. This is a ‘hands-on’ component using real objects and is a foundation for conceptual understanding.

Pictorial representation: a pupil has sufficiently understood the ‘hands-on’ experiences performed and can now relate them to representations, such as a diagram or picture of the problem.

Abstract representation: a pupil is now capable of representing problems by using mathematical notation, for example, 12 x 2 = 24. It is important that conceptual understanding, supported by the use of representation, is secure for all procedures. Reinforcement is achieved by going back and forth between these representations.

For this reason, teachers use manipulatives to explain ideas and model techniques, and they are available in every lesson for children to use too. They provide a supportive scaffold for any learner who needs this at any point to achieve success. When children have grasped a concept, they are given opportunities to deepen their understanding through reasoning, problem-solving and investigative challenges.  This ensures that every child is working with their zone of proximal development. Children who are struggling at any point may receive additional Wave 2 or Wave 3 support where necessary, whilst those regularly attaining above expectations will have the opportunity to take part in extra-curricular competitions and activities.

Assessment: Assessment is ongoing with low-stakes retrieval quizzes within lessons to reinforce current or recent learning (e.g. White Rose’s ‘Flashback 4’), as well as using NFER assessments in years 1 -5 during Lent 2 and Pentecost 2

Impact

By the time children in Year 6  leave us, we want them to have the following experiences and understanding:

Children should have the chance to do this in every maths lesson, but should also recognise that these skills apply across the curriculum and even more widely in the real world.

Inspire Knowledge and Skills:

Children will have the knowledge and skills to be able to:

  • Meet National Expectations for
  • Calculate efficiently with integers, fractions and decimals
  • Measure accurately
  • Interpret statistics effectively
  • Recognise shapes and their properties
  • Reason mathematically
  • Solve problems related to all of the above
  • Explain and represent their thinking clearly
  • Understand and use maths to enhance their learning across the Inspire Curriculum
  • Learn from mistakes and persevere when they meet challenges

Mathematics is a creative and highly inter-connected discipline that has been developed over centuries, providing the solution to some of history’s most intriguing problems. It is essential to everyday life, critical to science, technology and engineering, and necessary for financial literacy and most forms of employment. A high-quality mathematics education therefore provides a foundation for understanding the world, the ability to reason mathematically, an appreciation of the beauty and power of mathematics, and a sense of enjoyment and curiosity about the subject.

EYFS – Yearly Overview

EYFS – Guidance Overview

Year 1 – Yearly Overview

Year 1 – Guidance Overview

Year 2 – Yearly Overview

Year 2 – Guidance Overview

Year 3 – Yearly Overview

Year 3 – Guidance Overview

Year 4 – Yearly Overview

Year 4 – Guidance Overview

Year 5 – Yearly Overview

Year 5 – Guidance Overview

Year 6 – Yearly Overview

Year 6 – Guidance Overview

White Rose Maths – Parent Resources

Enjoy Maths together all year round with White Rose Maths FREE workbooks for Years 1-6. Giving childen and parents an extra tool for enjoying Maths together – click on the link below.

https://whiterosemaths.com/parent-resources