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Mathematics

Subject lead: Ms Dougall
Curriculum Intent:

Mathematics underpins much of the modern world and provides the tools to make sense of patterns, structures, and relationships. At Weavers Academy, we deliver a high-quality mathematics education designed to develop students’ curiosity, logical reasoning, and problem-solving skills so that they are equipped to interpret and model the world around them, think critically, and become confident, numerate global citizens. 

Specialist subject leaders from across all CET secondary academies have collaborated to construct a Mathematics curriculum that is ambitious and meets the needs of our students. The Mathematics leadership team at Weavers Academy has adapted a curriculum for our specific context. At its core, our spiralling curriculum is knowledge-rich, ensuring students acquire the essential concepts and techniques needed to succeed in mathematics. Alongside this, authentic and diverse content is woven into our curriculum to ensure all students feel a sense of belonging and engagement throughout their learning journey. 

Our knowledge-rich approach is supported by robust assessment practices. Summative end-of-unit assessments are complemented by annual assessments, which inform curriculum design and evaluate impact at topic level. These assessments are designed by subject leaders at our Academy and informed by best practice shared across our sister schools. 

As students progress through their mathematical education, they will apply mathematical reasoning and vocabulary to solve a wide range of problems, develop fluency in core skills, and use their analytical abilities to interpret data and justify conclusions. They will also learn to critically evaluate solutions and communicate their reasoning effectively. 

The Weavers Academy Mathematics Department has high expectations of all learners and is committed to our Academy’s PRIDE values: 

  • Productivity: Students are supported to consistently produce work that exceeds expectations relative to their target grades. 

  • Determination: Students are encouraged to persevere when faced with challenging problems. 

  • Independence: Students are empowered to work effectively both collaboratively and independently, ultimately achieving strong outcomes in external assessments. 

  • Engagement: Our tailored, knowledge-rich curriculum stimulates high levels of engagement, while authentic diversity threads ensure all students feel a sense of belonging. 

  • Respect: Students show respect for themselves and others throughout their learning journey. 

Curriculum Aims 

The Weavers Academy Mathematics curriculum aims to ensure that all pupils: 

  • Have their individual needs considered and supported, including those from disadvantaged backgrounds and with SEND. 

  • Benefit from carefully sequenced, knowledge-rich concepts that lead to deep learning through our bespoke spiral curriculum. 

  • Develop confidence and competence in applying mathematical methods and reasoning. 

  • Become proficient in problem-solving and logical thinking. 

  • Engage in mathematical discussion and debate, justifying solutions and exploring alternative approaches. 

  • Develop resilience and confidence when tackling unfamiliar problems. 

  • Become mathematically literate, able to interpret and question data and information in everyday life. 

  • Experience mathematical cultural capital throughout the curriculum. 

  • Understand the range of careers that require mathematical skills and make explicit connections between content studied and future opportunities. 

Home Learning

Is set and completed on Sparx each week from Wednesday to Wednesday. This provides a vital part of our learning cycle allowing pupils access to expert videos and personalised support through the curriculum.

Click here for guidance on how to access Sparx

Key Stage 3:

Our spiral curriculum revisits and builds upon fundamental concepts first encountered at Key Stage 2. Key ideas are revisited each year with increasing complexity. Students develop fluency in number, algebra, geometry, and data handling, while applying these skills to solve problems. They learn to reason mathematically, construct arguments, and interpret results, supported by opportunities to apply mathematics in real-world contexts. 

Year 7 Curriculum Map:

Autumn 1

7.01 Directed numbers

7.02 Number properties

7.03 Order of operations

Autumn 2

7.04 Powers of 10 and decimal arithmetic

7.05 Representations of Fractions

7.06 Introduction to algebra

Spring 1

7.07 Fractions (4 operations)

7.08 FDP

Spring 2

7.09 Solving equations

7.10 Averages

7.11 Angles and properties of 2D shapes

Summer 1

7.12 Units

7.13 Area and perimeter

Summer 2

7.14 Probability of events

7.15 Co-ordinates

7.16 Statistical graphs

Year 8 Curriculum Map:

Autumn 1 8.01 Index laws
8.02 Algebraic expressions
8.03 Fractions
Autumn 2 8.04 Solving Equations
8.05 Rounding and Estimating
8.06 Circles
8.07 Sequences
Spring 1 8.08 Ratio
8.09 3D shapes and Volume
Spring 2 8.10 Pythagoras' theorem
8.11 Direct and Inverse proportion
8.12 Pie charts
Summer 1 8.13 Percentages
8.14 Angles in parallel lines
Summer 2 8.15 Probability trees
8.16 LCM & HCF
8.17 Scatter graphs

Year 9 Curriculum Map:

Autumn 1 9.01 Decimals
9.02 Rounding and bounds
9.03 Compound measures
Autumn 2 9.04 Algebraic expressions
9.05 Changing the subject
9.06 Right-angled trigonometry
9.07 Surface areas
Spring 1 9.08 Linear and Quadratic graphs
9.09 Standard form
Spring 2 9.10 Transformations
9.11 Percentages
9.12 Angles in polygons
Summer 1 9.13 Algebraic proportion
9.14 Venn diagrams
Summer 2 9.15 Congruence, Similarity and Constructions
9.16 Scale drawings and bearings

Key Stage 4:

GCSE Mathematics

Specification: https://filestore.aqa.org.uk/resources/mathematics/specifications/AQA-8300-SP-2015.PDF

At Key Stage 4, students deepen their understanding of mathematical concepts and processes, developing fluency and confidence across all areas of the GCSE specification. The curriculum equips students with the mathematical knowledge required to understand and apply mathematics in a range of contexts, both now and in the future. Students learn to model situations mathematically, interpret results, and communicate solutions effectively. 

Foundation Curriculum Map:

Term Year 10 Foundation Year 11 Foundation

Autumn 1

10.01 Indices and roots

10.02 Fundamentals of algebra

10.03 Forming and solving equations

11.01 HCF LCM

11.02 Fractions percentages

11.03 Plans and elevations

11.04 Angles and bearings

Autumn 2

10.04 Simultaneous equations

10.05 Right-angled triangles

11.05 Statistical graphs

11.06 Functions

11.07 Loci

Spring 1

10.06 Similarity and congruence

10.07 Transformations

10.08 Circles

11.08 Non-linear graphs

11.09 Standard form

11.10 Sequences

Spring 2

10.09 Coordinates and linear graphs

10.10 Ratio

10.11 Averages

11.12 Proportion

11.13 Vectors

Summer 1

10.12 Probability

10.13 Inequalities

10.14 Volume and surface area

 
Summer 2

10.15 Compound measures and rounding

10.16 Probability diagrams

 

Higher Curriculum Map:

Term Year 10 Higher Year 11 Higher

Autumn 1

10.01 Indices and surds

10.02 Advanced trigonometry

11.01 Algebraic fractions

11.02 Identities and Proofs

11.03 Statistical Graphs

Autumn 2

10.03 Quadratics

10.04 Averages and Scatter graphs

10.05 Simultaneous equations

11.04 Circle theorems

11.05 Functions and Iterations

Spring 1

10.06 Bearings, Construction and Loci

10.07 Arcs, Sectors and Segments

10.08 Linear Graphs

11.06 Vectors

11.07 Graphs and transformation of graphs

11.08 Sequences

Spring 2

10.09 Ratio and proportion

10.10 Congruence and Similarity

10.11 Probability

11.09 Area under and gradient of a curve

11.10 Tangent to a circle

Summer 1

10.12 Equations and inequalities

10.13 Transformations

10.14 Volume and surface area

 
Summer 2

10.15 Growth ad decay

10.16 Advanced number

10.17 Compound measures

 

 

Key Stage 5:

A-Level Mathematics

Specification: https://qualifications.pearson.com/en/qualifications/edexcel-a-levels/mathematics-2017.html

At Key Stage 5, students further develop their mathematical reasoning and problem-solving skills through advanced study. They gain a deep understanding of mathematical structures and techniques, preparing them for progression to Higher Education and careers requiring strong mathematical competence. 

Year 12 Curriculum Map:

Year 13 Curriculum Map:

Students enjoy a range of places to be able to access resources and support locations. These are all directly link to the PLCs and text book.

Enrichment

Pupils are taught and participate in the UK Maths challenge to develop lateral thinking and further work