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Our Curriculum

Maths

At West Haddon we believe that maths is essential to everyday life and necessary for financial literacy and most forms of employment. A high-quality mathematics education provides a platform for understanding the world, the ability to reason mathematically and a sense of enjoyment and curiosity about the subject.

 Our mathematics curriculum is designed to support the key aspects of our school vision: to ‘ensure that every child leaves our school with an outstanding education’ and to ensure children are able to ‘contribute positively to society’. This recognises how essential mathematics is to everyday life; its links and application in a range of real-life situations and subjects; and the importance of mathematical knowledge, skills and understanding for financial literacy and future employment. Our curriculum also promotes the sense of enjoyment and curiosity that is created by engaging fully with the subject.

The mathematics curriculum follows the 2014 National Curriculum for Mathematics and is designed to ensure that:

  • children become fluent in the fundamentals of mathematics;
  • children develop conceptual understanding and the ability to recall and apply knowledge rapidly and accurately;
  • children reason mathematically and use mathematical language;
  • children solve problems routine and non-routine problems;
  • children persevere in seeking solutions.

This is achieved through arithmetic lessons that focus on developing fluency in key mathematical skills such as addition, subtraction, multiplication and division, and in reasoning lessons where children apply these key skills in a range of real life situations and problems.

It is intended that the majority of children will move through the mathematics curriculum (as defined by the programmes of study) at broadly the same pace. Children who grasp concepts rapidly will be challenged through being offered breadth and depth in their curriculum. Children who are not sufficiently fluent, either through a lack of experience or a recognised need, will have adaptations to the curriculum to meet their needs.

Curriculum Map for Mathematics

The mathematics curriculum broadly aligns with the White Rose schemes for learning (https://whiterosemaths.com/new-schemes), 2022 - 2023. Time is built into the start of each term to address significant gaps as identified in end-of-term assessments (key areas), and for consolidation as identified through ongoing formative assessment over the term, if required. Timings can be modified to address a significant weakness in a cohort, e.g. assessments identify a weakness in fractions and a strength in addition, meaning more focus can be given to fractions for that term with time on addition condensed to cover essential elements. 

Early Years Overview

Autumn term

Getting to know children

Maths and sort

Compare amounts

Compare size, mass and capacity

Exploring pattern

Representing, comparing composition of numbers (1,2,3 and beyond)

Circles and triangles

Representing numbers (to 5 and beyond)

One more or less

Shapes with 4 sides

Time

 

Spring term

Introducing 0

Comparing numbers (to 5 and beyond)

Composition of numbers (4 & 5 and beyond)

Compare mass

Compare capacity

Numbers 6, 7, 8 and beyond

Comparing two amounts

Making pairs

Length and height

Time

Numbers 9 & 10 and beyond

3D shapes

Spatial awareness

Patterns

 

Summer term

Numbers to 20 and beyond

Count patterns beyond 10

Spatial reasoning

Match, rotate, manipulate

First, then, now

Adding more

Spatial reasoning

Compose and decompose

Doubling

Sharing and grouping

Even and odd

Spatial reasoning

Visualise and build

Deepening understanding

Patterns and relationships

Spatial mapping

Mapping

 

                   

 

Year 1 Overview

Autumn term

Key areas

Place value

Addition and subtraction

Shape

Consolidation

 

Spring term

Key areas

Place value

Addition and subtraction

Place value

Length and height

Mass and volume

Consolidation

 

Summer term

Key areas

Multiplication and division

Fractions

Position and direction

Place value

Money

Time

Consolidation

                   

 

Year 2 Overview

Autumn term

Key areas

Place value

Addition and subtraction

Shape

Consolidation

 

Spring term

Key areas

Money

Multiplication and division

Length and height

Mass, capacity and temperature

Consolidation

Summer term

Key areas

Fractions

Time

Statistics

Position and direction

Consolidation

                     

 

Year 3 Overview

Autumn term

Key areas

Place value

Addition and subtraction

Multiplication and division

Consolidation

Spring term

Key areas

Multiplication and division

Length and perimeter

Fractions

Mass and capacity

Consolidation

Summer term

Key areas

Fractions

Money

Time

Shape

Statistics

Consolidation

                     

 

Year 4 Overview

Autumn term

Key areas

Place value

Addition and subtraction

Area

Multiplication and division

Consolidation

Spring term

Key areas

Multiplication and division

Length and perimeter

Fractions

Decimals

Consolidation

Summer term

Key areas

Decimals

Money

Time

Shape

Statistics

Position and direction

Consolidation

                       

 

Year 5 Overview

Autumn term

Key areas

Place value

Addition and subtraction

Multiplication and division

Fractions

Consolidation

Spring term

Key areas

Multiplication and division

Fractions

Decimals and percentages

Perimeter and area

Statistics

Consolidation

Summer term

Key areas

Shape

Position and direction

Decimals

Negative numbers

Converting units

Volume

Consolidation

                 

 

Year 6 Overview

Autumn term

Key areas

Place value

Addition, subtraction, multiplication and division

Fractions

Converting units

Consolidation

Spring term

Key areas

Ratio

Algebra

Decimals

Fractions, decimals and percentages

Area, perimeter and volume

Statistics

Consolidation

Summer term

Key areas

Shape

Position and direction

Consolidation and problem solving

Preparation for year 7