Maths at Paddox is taught in a way that allows children to access mathematics through a range of skills that suits them. Maths is taught in an episodic way so that children have the opportunity to practise different skills and begin to build their own toolkit for dealing with mathematical thinking and problem solving. Children are shown different representations and given different resources so that they can work through problems in their own ways. Paddox wants to enable children to have all the skills needed to navigate an ever-developing mathematical world. We currently do this through Maths Mastery from the Ark Curriculum for the Early Years curriculum and Year 1 and Year 2 – 6 are taught Maths through the White Rose Maths approach.


At Paddox we have adopted a mastery approach to Mathematics in order to deliver the three aims of the National Curriculum, fluency, reasoning and problem solving. Underpinning this pedagogy is a belief that all children can achieve in Maths. We believe in promoting sustained and deepening understanding by employing a variety of mastery strategies, with teaching for conceptual understanding at the heart of everything we do. Our approach aims to provide all children with full access to the curriculum, enabling them to develop independence, confidence and competence – ‘mastery’ in mathematics in order to be independent mathematicians who are well equipped to apply their learning to the wider world. Children at Paddox follow the Mathematics Mastery programme of learning in Years R to 5 and White Rose Maths in years 6. We have committed to a Mastery programme, rolling this out year on year, until Mathematics Mastery is the main programme of study across all year groups. The Mathematics Mastery curriculum is cumulative – each school year begins with focus on the concepts and skills that have the most connections, and this concept is then applied and connected throughout the school year to consolidate learning. This gives pupils the opportunity to ‘master maths’, by using previous learning throughout the school year. These skills are developed by applying the 3 Dimensions of Depth to teaching and learning:
1. Conceptual understanding
2. Language and communication
3. Mathematical thinking

These underpin the Mathematics Mastery approach because together they enable pupils to develop a deep understanding in mathematics. If a pupil has a meaningful understanding of the maths they are learning, they will be able to represent it in different ways, use mathematical language to communicate related ideas and think mathematically with the concept. This will enable them to apply their understanding to a new problem in an unfamiliar situation.

We help children to develop their Mathematical language and communication skills by encouraging all pupils to answer mathematical questions in full sentences with a focus on the correct mathematical vocabulary and through the use of sentence stems for mathematical reasoning. Mathematical vocabulary is shared at the start of each lesson with an expectation that this is used during ‘Talk Tasks’ with their peers and throughout the lesson. One of the reasons we explicitly teach mathematical language and insist on all pupils using it in sentences is because of the complexity of the language required to be a competent and confident mathematician. Mathematics has a precise formal language, which is distinct from everyday language.

Maths Meetings are a vital part of the Mathematics Mastery programme and are used to consolidate key learning outside of the maths lesson. Maths Meetings provide an opportunity to teach and revise ‘general knowledge maths’ which may not explicitly be covered during the maths lesson. This enables pupils to practise applying concepts and skills on a regular basis, meaning they are continually building on their mastery of these concepts. These are taught in all classes at Paddox for 10 minutes daily. At the centre of the mastery approach to the teaching of mathematics is the belief that all pupils have the potential to succeed. They should have access to the same curriculum content and, rather than being extended with new learning, they should deepen their conceptual understanding by tackling challenging and varied problems. Similarly, with calculation strategies, pupils must not simply rote learn procedures but demonstrate their understanding of these procedures through the use of concrete materials and pictorial representations.
Each Mathematics Mastery lesson, is provided in a six-part lesson structure. The Dimensions of Depth underpin the six-part lesson. Each part provides opportunities to focus on conceptual understanding, language and communication and mathematical thinking for the mathematical concept being covered.

The six-part lesson consists of:
• Do Now: This is a quick five-minute task that all pupils can access without any teacher input as an introduction to the mathematics lesson.
• New Learning: The New Learning segment introduces the lesson’s main mathematical concepts.
• Talk Task or Let’s Explore: The Talk Task or Let’s Explore is a chance for all pupils to practise using mathematical vocabulary related to the lesson’s concept.
• Develop Learning: This segment builds on the New Learning and develops a deeper understanding of the maths concepts of that lesson. It also addresses misconceptions or inaccuracies discovered during the preceding segment.
• Independent Task: The Independent Task provides pupils with the opportunity to practise the learning from that lesson. This may be independently and/or in pairs/small groups. Here we offer additional ‘deepen the moment’ activities to challenge the children to deepen their application and understanding further following the original task set. To challenge our most able mathematicians, we also provide a ‘deeper deepen the moment’ which is a complex challenge that pupils can revisit lesson on lesson, too.
• Plenary: The Plenary segment recaps on the lesson, checking understanding and celebrating success.

In Year 6 we follow the White Rose scheme of work as Maths Mastery has progressed through other year groups in the school. We are steadily implementing aspects of the Maths Mastery curriculum such as the 6-part lesson structure to support staff when transitioning next year. We still utilise the CPA approach to support all learners where concrete resources are readily available for all learners

Nursery and Reception teachers also use the Maths Mastery approach to ensure mathematics is taught in line with the Early Learning Goals. Maths is taught in EYFS using a range of resources and experiences. For example, there are adult-led sessions, small group sessions and opportunities for maths to be explored through continuous provision.

Whenever children encounter a topic that they have not previously been taught, concrete resources are used to help embed this new learning. Each class has an area dedicated to mathematics resources which should be easily accessible to all children, allowing them to become familiar with the relevant equipment. Children are encouraged to use practical and visual resources to support their understanding of concepts.

Impact

With the teaching of mastery embedded throughout the majority of the school, children at Paddox have a consistent approach to the teaching of Maths which will avoid any gaps in learning becoming apparent. The immersive approach to Maths through Maths Meetings, lessons is where the main impact will be, however children will utilise their mathematical knowledge across the curriculum. Termly, pupils will complete formal assessments provided by Ark Curriculum which allows pupils to showcase their knowledge independently. Similarly, the outcomes will be taken into account by the class teacher, along with their performance within lessons, to assess their level of working. The strands to the Maths Mastery scheme will ensure children leave Paddox as confident and competent mathematicians that are prepared for secondary school and beyond.

 

Maths in the school will be monitored regularly through:
• Book scrutiny
• Lesson observations
• Learning walks
• Assessments and data analysis
• Pupil voice


Key Documents