The goal of education in Aston Rowant C†E Primary School is to enable our children be curious in their approach to learning, to be courageous and critical in their attitude to learning, to be empowered to work both independently and collaboratively, to understand the impact their learning has had on them so far and be inspired to keep learning.
It is our aim that children leave us as confident and resilient mathematicians, who understand that mathematics is an integral part of everyday life. We will give children real-life learning experiences and opportunities to ensure that they are confident to use their mathematical knowledge in new and unfamiliar situations.
Mathematics is fundament to all aspects of life and with this in mind we strive to ensure that our children develop a healthy and enthusiastic attitude and a deep understanding, which will stay with them for life. We aim that our children will not be afraid to make mistakes, but will thrive as the prospect of conquering a challenge.
The aims of the National Curriculum are central to Maths teaching at Aston Rowant, to ensure that all pupils:
· become fluent in the fundamentals of mathematics;
· reason mathematically;
· can solve problems by applying their mathematics.
We are currently on a journey to a fully integrated ‘Mastery Approach’ to teaching Mathematics, supported by a Growth Mindset approach throughout the school. In order to help children at Aston Rowant have the best chances of high attainment in Maths, all school staff work together ensure that every single child has a rich and deep understanding of mathematical concepts. In addition, links with real life are drawn out wherever possible in our teaching. We aim to make it clear to all pupils that a good understanding of Mathematics will afford them opportunities later in life and give them all an equal chance to participate fully and fruitfully in society as adults.
In planning Mathematics, all teachers refer to White Rose Maths documents. Maths is taught in mixed-age classes and end of year expectations are mapped so they can be taught together whenever possible. When planning specific blocks, teachers begin with children’s starting points, identify possible misconceptions and develop ways to tackle them. They develop challenges and opportunities for real-life contexts, reasoning and problem-solving. Teachers plan to introduce new learning using the Concrete-Pictorial-Abstract approach, scaffolding learning and allowing children to create and draw on useful representations mentally. As part of their planning, teachers will also return to skills previously taught, in order to keep them fresh in children’s minds.
Maths is taught as daily sessions throughout Key Stage 1 and 2, lasting an hour. In addition, each class also has a further daily ‘maths meeting’ of 15 minutes. The focus of this session is developing fluency. Children count in progressively more challenging steps, as well as practising mental calculation and key facts. Lessons are delivered in a variety of structures; including whole class sessions, split input and peel away sessions. This enables teachers to target pupils with the correct learning, spend quality time with all pupils and ensure all children are learning all of the time.
Having identified key concepts in each unit, teachers expose them using a variety of representations, problems and questions; including higher order questioning. Children are required to use precise mathematical vocabulary and speak in full sentences. Teachers expose and reinforce links between different areas of mathematics and activate children’s prior knowledge by referring to what they already know and showing how they are building on it in their new learning.
In EYFS, sessions build up to daily inputs which are followed by adult led focus groups. Children also have opportunities and stimulus to explore mathematics in their play through a maths rich environment. Planning is based on individual children’s starting points and interests.
All classes have access to a bank of physical resources and manipulatives that are used purposefully to expose the structure of mathematical ideas and concepts.