Mathematics Curriculum Statement
We want our children to have the best possible grounding in mathematics during their time with us. Our principle aim is for children to understand mathematics and become fluent in the fundamentals of mathematics.
Number is at the heart of our curriculum with daily practice to ensure fluency of number facts. We want children to reason mathematically by following a line of enquiry. Discussion plays a vital role in all lessons. Children are actively encouraged to discuss with peers and teachers, how? Why? using mathematical language. Problem solving is embedded in every lesson and variation of questions are used to enable children to apply their knowledge to different situations.
At Abbey Village we want our children to:
- Think for themselves
- Make decisions
- Communicate their understanding
- Solve problem
To develop into mathematical thinkers our children need to have:
We have eight key priorities at Abbey Village that underpin every subject area. We believe that by focusing on these key priorities our children will be ready to successfully meet the challenges of the next stage of their education and their lives.
Our mastery approach to the curriculum is designed to develop children's knowledge and understanding of mathematical concepts from the Early Years through to the end of Y6. All children are encouraged to believe in their ability to master maths and are empowered to succeed through curiosity and persistence. By tackling the same concepts at the same time children progress together as a whole class. We endeavour at all times to set tasks that have high expectations for all, are challenging, motivating and encourage pupils to talk about their learning and understanding.
What does it look like?
Mathematics in the Early years:
In the Early Years Foundation Stage Mathematics is one of the specific areas of learning. Together, the seven areas of learning and development shape educational programmes in early years settings, and all areas of learning and development are important and interconnected. At Abbey Village we provide our children with opportunities to develop and improve their mathematical knowledge and skills in a wide variety of interesting ways taking advantage of the large indoor and outdoor environments. Children in reception use Learning Journeys and Maths books to demonstrate their understanding in a way they choose e.g. with practical resources, drawing, or through discussion with an adult.
Developing a strong grounding in number is essential so that all children develop the necessary building blocks to excel mathematically. Children should be able to count confidently, develop a deep understanding of the numbers to 10 and count to 20 and beyond. They will notice the relationships between numbers and the patterns within those numbers. By providing frequent and varied opportunities to build and apply this understanding - such as using manipulatives, including small pebbles and tens frames for organising counting - children will develop a secure base of knowledge and vocabulary from which mastery of mathematics is built.
Each adult led activity is carefully planned to introduce new concepts, scaffold children’s learning and assess their understanding. Children develop their mathematical skills and knowledge through continuous provision and adult led activities. Enhanced provision is provided to excite, challenge and reinforce mathematical skills, giving the learning purpose and meaning in the wider context of their lives.
The wonderful world of reception maths
Here is a video that explains why we invest such a great deal of time working with numbers to 10.
Click on the image.
Key Stage One and two:
Key skills: We recognise the importance of establishing a secure foundation in mental calculation and recall of number facts. Each day children have an activity designed to support fluency in all key number facts. This may be in addition to the daily maths lesson.
During guided learning: children discover & share new learning with an adult. Hands-on real-life problems help to spark curiosity and provide opportunities for deeper questioning. This is supported through whole class discussion. A small step approach to teaching – providing rigour and scaffold at the same time prepares children for their independent work. Children access a variety of resources and images to develop their understanding through the concrete, pictorial, abstract approach. This will include a variety of representations needed to introduce and explore a concept effectively and also set out related teacher explanations and questions to pupils. Children are encouraged to work with a partner, as a group or individually during this whole class guided instruction.
Independent learning: This part is designed to be completed independently using conceptual and procedural variation of mathematical concepts. Children will be exposed to varying representations and manipulatives to ensure they reason and deepen their knowledge and understanding. children are given variety of reasoning and problem-solving questions to which they need to apply their understanding. These will take different periods of time to complete, and in some instances could be the focus for an entire lesson as children investigate a range of solutions. It is here that the language and vocabulary developed previously helps each child to discuss, explain and understand their reasoning. Teachers carefully plan to provide variation, support and extension within each activity so that the whole class can progress together at their own pace.
Children demonstrate a deep understanding of maths. This includes the recollection of number facts (bonds) and the times table. Children display a positive and resilient attitude towards mathematics and an awareness of the fascination of mathematics. Children show confidence in their ability to achieve and they move flexibly and fluidly between different contexts and representations. Children talk about their understanding of maths and are willing to explore and investigate possibilities. Each child achieves the objectives (expected standard) for year group, not necessarily in the same way as their peers.
Mathematics programmes of study Key stage 1 and 2