Westwoodside Church of England Academy Maths Curriculum
Maths Vision Statement
At Westwoodside Church of England Academy, we believe that mathematics is a powerful and universal language that nurtures curiosity, builds problem-solving skills, and deepens our understanding of the world. Our vision is to ensure every pupil feels successful in maths, develops a lifelong love of learning numbers, and is given the opportunity to explore, reason, and solve problems with joy, confidence, and purpose.
Rooted in our Christian vision to “Be the light for other people. Live so they will see the good things that you do,” our mathematics curriculum inspires pupils to let their light shine through their logical thinking, resilience, and collaborative learning. We celebrate diversity by exploring math's historical roots across different cultures and eras, and we develop appreciation for how mathematics connects our global community. Through maths, pupils develop transferable skills—such as critical thinking, teamwork, perseverance, and analytical reasoning—that help them to grow not only as learners, but as confident and compassionate individuals who use their skills to make a positive impact on the world.
Westwoodside Maths Curriculum Pledge
During their time at Westwoodside Church of England Academy, all pupils will have the opportunity to:
-
Explore the relevance of maths in real-life contexts and across the curriculum
-
Experience the joy of discovering patterns, solving problems and thinking mathematically
-
Tackle challenges that promote resilience, independence and a growth mindset
-
Collaborate with others to share strategies, explain thinking and learn from one another
-
Participate in maths investigations, games and competitions that inspire curiosity and enjoyment
-
Learn from mistakes and see them as valuable steps in the learning journey
-
Celebrate progress and achievement in maths through class, school and community events
-
Build confidence to apply their maths skills beyond the classroom in everyday life
-
Be inspired to consider how maths links to future careers and opportunities
-
Meet people working in careers that use maths to understand its value in the world of work
-
Express their ideas clearly and creatively through mathematical talk, reasoning and representation
-
Let their light shine through a love of learning and a belief in their own mathematical potential
Westwoodside Maths Curriculum Intent
At Westwoodside CE Primary Academy we want to ensure that maths is accessible to all children and we aim to maximise the development of every child’s ability, confidence and achievement in maths. We want our children to develop a sound understanding of maths achieved through exploration, practice and application over time. We want them to make deep connections across mathematical ideas to develop fluency, mathematical reasoning and competence in solving increasingly sophisticated problems. We intend to equip them with the skills of quick recall, calculation, reasoning and problem solving that they need in life beyond our school. We want them to know that maths is essential to everyday life, science, technology and engineering, and necessary for financial literacy and most forms of employment. We want them to know how to use their mathematical skills and knowledge confidently in a range of contexts. We will provide opportunities for them in science and other subjects in order that they make the connections in learning needed to apply their skills and enjoy a greater depth of understanding as well as complete real life challenges and therefore give learning a sense of purpose. We intend to identify and address misconceptions and potential barriers speedily to ensure our children become confident mathematicians with inquisitive minds who are not afraid to take risks due to their secure mathematical foundations. We are committed to ensure that all children are able to enjoy mathematics and experience success in the subject, with the ability to reason mathematically.
Westwoodside Maths Curriculum Implementation
Our curriculum is planned in KS1 and KS2 using National Curriculum progression and broken down into smaller steps by following the White Rose Sequence of Learning to ensure that new knowledge and skills build on prior learning and work towards defined end points.
Daily lessons are planned by all class teachers in KS1 and KS2 and include clear lesson intentions, counting / tables recall, a starter activity (to aid recall and retention), main teaching input and independent practice using a concrete, pictorial and abstract approach, and maths talk opportunities . Children in Y1 transition from the way maths is implemented in EYFS, with both adult led and provision activities at the beginning of the year to the way the rest of KS1 and KS2 access maths by the end of the Spring term.
Other resources such as Target Maths, Master the curriculum and NRich are also used to support planning and keep work load manageable.
We are developing techniques that ensure after a topic has been taught it is continuously revisited as the year progresses, allowing the knowledge to become embedded, developed and giving the children the chance to deepen their understanding. All year groups start with place value work, as this underpins all mathematical understanding, before moving on to calculation techniques. Staff refer to the Calculation Policy when teaching formal methods, ensuring consistency and progression across school. Reasoning tasks are also accessed daily by all children through ‘APE’ activities alongside calculation methods.
Practising the rapid recall of number facts is vital throughout school. A daily counting / number fact / tables recall happens daily as part of our maths lessons in the form of chanting, singing and games. As well as these techniques, in Year 2- Year 6 a fortnightly ‘Testbase’ paper is given to give children the opportunity to practise and improve their recall of number facts and fluency. Also, from Year 2, all children have access to their own personal account of ‘Times Tables Rock stars’ where they can practise as well as compete against other pupils and classes in school. Together, these elements help cement recall and knowledge so pupils truly understand what they’ve learnt.
All pupils, when introduced to a key new concept, have the opportunity to build competency by taking the following approach. Pupils are encouraged to physically represent mathematical concepts. Objects and pictures are used to demonstrate and visualise abstract ideas, alongside numbers and symbols.
Concrete – children have the opportunity to use concrete objects and manipulatives to help them understand and explain what they are doing.
Pictorial– children then build on this concrete approach by using pictorial representations, which can then be used to reason and solve problems.
Abstract – With the foundations firmly laid, children can move to an abstract approach using numbers and key concepts with confidence.
This helps children explore and demonstrate mathematical ideas, enrich their learning experience and deepen their understanding. Vocabulary is of key importance in maths and all staff model this and ensure that children are using mathematical vocabulary appropriately and confidently.
In the Early Years Foundation Stage (EYFS), we relate the mathematical aspects of the children’s work to the Birth to 5 Years statements and the Early Learning Goals (ELG), as set out in the EYFS profile document. Maths is taught 4 days a week using the White Rose schemes of learning.
Mathematics development involves providing children with opportunities to practise and improve their skills in counting numbers, calculating simple addition and subtraction problems, and to describe shapes, spaces, and measures.
In EYFS we continually observe and assess children against these areas using age-related objectives, and plan the next steps in their mathematical development in response to this. There are opportunities for children to encounter maths throughout the EYFS provision – through planned activities and the self-selection of easily accessible quality maths resources.
Westwoodside Maths Curriculum Impact
The impact of the work in Mathematics is measured in a variety of ways at Westwoodside CE Primary Academy. The school uses its knowledge and vocabulary progression map to compare the work that the children are doing with key points on the maps. This allows the staff to assess where the children are, and check which elements are evident from the progression on the maps and also those elements that may need further work. This is done through pupil discussion, (when the children are asked about their work) the scrutiny of the work that children do (this is done by looking in the children's books), along with learning walks, looking at the work on display as well as evaluating any internal or external assessment information we have from statutory tests and internal assessment checks. Any internal assessment information is used to back up what evidence is found from the classrooms and in the books of the children as well as provide understanding of children’s gaps in learning and therefore facilitate intervention needed. The maths leader observes teaching and learning in maths regularly and scrutinises data and attends pupil progress meetings to discuss pupils development with staff.
Enhancements within the Maths curriculum
Across all year groups, learning in maths is enriched through practical experiences, themed days, and opportunities to apply mathematical knowledge in real-life contexts. Pupils take part in investigations, enterprise projects, and problem-solving challenges that stretch their thinking and develop their resilience. Visits and workshops bring maths to life—for example, exploring maths in science centres, outdoor environments, or through links with local businesses and community projects.
Children are encouraged to join extracurricular opportunities such as maths clubs, competitions, and inter-school challenges that spark curiosity and enjoyment. These experiences help pupils see the beauty and creativity of mathematics, understand its value in everyday life, and inspire them to pursue further study and future careers where maths plays a central role.
SEND Provision in Maths
‘High quality teaching that is differentiated and personalised will meet the individual needs of the majority of children and young people. Some children and young people need educational provision that is additional to/or different from this...special educational provision is underpinned by high quality teaching and is compromised by anything less’
‘Lessons should be planned to address potential areas of difficulty and to remove barriers to pupil achievement’ (SEND Code of Practice 2015)
In the first instance, provision for SEND children should be planned in accordance with their individual support plans, focusing specifically on areas of strength and needs and the use of reasonable adjustments. Additional strategies to support identified areas of need should be taken from The Quality First Teaching booklet. https://www.sensiblesenco.org.uk/shared-files/1903/send-quality-first-teaching-toolkit.pdf
The Quality First Teaching booklet includes practical strategies which should be used to support the following four broad areas of need:
Cognition and learning needs - specific learning difficulties (dyslexia, dyspraxia, dyscalculia), moderate learning difficulties, severe learning difficulties, global delay, profound and multiple learning difficulties
Social emotional and mental health needs - behaviour, emotional and social difficulties, mental health difficulties, ADHD, depression, eating disorders, attachment disorders
Communication and interaction needs - Speech, language and communication needs, autistic spectrum disorder, Asperger’s Syndrome
Sensory and/ or physical needs - Visual impairment, hearing impairment, multi-sensory impairment, physical disability, cerebral palsy Additional support and advice regarding individual SEND needs can be sought from the subject leader and SENDCO.
Enhancements within the Maths Curriculum
Across all year groups, learning in maths is enriched through practical experiences, themed days, and opportunities to apply mathematical knowledge in real-life contexts. Pupils take part in investigations, enterprise projects, and problem-solving challenges that stretch their thinking and develop their resilience. Visits and workshops bring maths to life—for example, exploring maths in science centres, outdoor environments, or through links with local businesses and community projects.
Children are encouraged to join extracurricular opportunities such as maths clubs, competitions, and inter-school challenges that spark curiosity and enjoyment. These experiences help pupils see the beauty and creativity of mathematics, understand its value in everyday life, and inspire them to pursue further study and future careers where maths plays a central role.
Maths curriculum Parents/Career Statement
-
Parents and carers will be invited to take part in maths workshops, family learning sessions, and events that celebrate mathematical thinking and problem-solving both in school and the wider community.
-
To support their child’s mathematical learning, parents can access the school website for information about the maths curriculum, as well as photographs and examples of pupils engaging in practical, collaborative and creative maths activities.
-
Parents will be informed of their child’s progress in maths—and the experiences they have had—through parent meetings and their child’s annual report.
-
Throughout the year, they will receive letters and updates highlighting the mathematical opportunities their child has taken part in or will be participating in, helping to strengthen the partnership between home and school in supporting every child’s success in maths.
Maths Curriculum Core Concepts
|
Fluency |
|
|
Reasoning |
|
|
Problem Solving |
|
Maths Long Term Plan
Long Term Plan 2025-2027
|
Nursery |
||||||||||
|
Autumn |
Comparison 1
More than, fewer than, same |
Shape, space and measure 1
Explore and build with shapes and objects |
Pattern 1
Explore repeats |
Counting 1
Hear and say number names |
Counting 2
Begin to order number names |
Subitising 1
I see 1, 2, 3 |
Pattern 2
Join in with repeats |
Shape, space and measure 2
Explore position and space |
||
|
Spring |
Subitising 2
Show me 1, 2, 3 |
Counting 3
Move and label 1,2, 3 |
Shape, space and measure 3
Explore positions and routes |
Pattern 3
Explore patterns |
Counting 4
Take and give 1, 2, 3 |
Shape, space and measure 4
Match, talk, push and pull |
Subitising 3
Talk about dots |
Comparison 2
Compare and sort collections |
||
|
Summer |
Pattern 4
Lead on own repeats |
Shape, space and measure 5
Start to puzzle |
Pattern 5
Making patterns together |
Subitising 4
Make games and actions |
Counting 5
Show me 5 |
Pattern 6
My own pattern |
Counting 6
Stop at 1, 2, 3, 4, 5 |
Comparison 3
Match, sort, compare |
||
|
Reception |
|||||||
|
Autumn |
Getting to know you |
Match, sort and compare |
Talk about measure and patterns |
It’s me 1, 2, 3 |
Circles and triangles |
1, 2, 3, 4, 5 |
Shapes with 4 sides |
|
Spring |
Alive in 5 |
Mass and capacity |
Growing 6, 7, 8 |
Length, height and time |
Building 9 and 10 |
Explore 3-D shapes |
|
|
Summer |
To 20 and beyond |
How many now? |
Manipulate, compose and decompose |
Sharing and grouping |
Visualise, build and map |
Make connections |
Consolidation |
|
Year 1/2 |
||||||
|
Autumn |
Number Place value (within 20) |
Number Addition and subtraction (within 20) |
Number Place value (within 100) |
Geometry Shape |
||
|
Spring |
Number Addition and subtraction (within 100) |
Number Multiplication and division |
Measurement Length and height |
Statistics |
||
|
Summer |
Measurement Money |
Number Fractions |
Measurement Time |
Measurement Mass, capacity and temperature |
Geometry Position and direction |
|
|
Year 3/4 |
||||||
|
Autumn |
Number Place value |
Number Addition and subtraction |
Number Multiplication and division A |
Measurement Area |
||
|
Spring |
Number Multiplication and division B |
Measurement Length and perimeter |
Number Fractions A |
Measurement Mass and capacity |
Number Fractions B |
|
|
Summer |
Measurement Time |
Number Decimals |
Measurement Money |
Geometry Shape |
Geometry Position and |
Statistics direction |
|
Year 5/6 |
||||||
|
Autumn |
Number Place value |
Number Addition and subtraction |
Number Multiplication and division A |
Number Fractions A |
Number Multiplication and division B |
|
|
Spring |
Number Multiplication and division B |
Number Fractions B |
Number Decimals A |
Measurement Area, perimeter and volume |
Number Decimals B |
Number Fractions, decimals and percentages |
|
Summer |
Ratio |
Algebra |
Geometry Shape |
Geometry Position and direction |
Statistics |
Measurement Converting units |