Year 7 – 9

Mathematics

Key Stage: KS3

At Hammersmith Academy, we aim to develop confident, independent learners who achieve their full academic potential while growing their appreciation for the language, beauty and wide-ranging applications of Mathematics.

Mathematics allows us to understand and explain the world around us. Numeracy supports decision-making in everyday life – from financial planning to interpreting information and understanding scale.At Key Stage 3, our Mathematics curriculum is rooted in the principles of the ARK Maths Mastery approach, which emphasises deep understanding and the belief that every student can succeed in mathematics. We provide all students, regardless of their starting point, with the skills, confidence and mindset to thrive academically and personally.

The curriculum is designed to:

  • Ensure deep and lasting understanding by focusing on key concepts, structures and models. Students spend time mastering core ideas so they can apply them flexibly and with confidence.
  • Develop mathematical thinking and reasoning, encouraging students to justify their methods, make connections and communicate ideas using precise mathematical language.

Build procedural fluency alongside conceptual understanding, ensuring students not only know how to solve problems, but also understand why methods work and when to use them.

Mathematics is not about numbers, equations, computations or algorithms – it is about understanding

Ms Suganthakumaran, Head of Mathematics

Year-by-Year Curriculum

Year 7

Students begin by consolidating their understanding of number systems, operations and basic algebra, laying the groundwork for deeper mathematical reasoning.

Modules include:

  • The Decimal Number System (Module 1)
  • Orders of Operations (Module 2)
  • Expressions (Module 3)
  • Angles (Module 4)
  • Conceptualising and Comparing Fractions (Module 5)
  • Ratio and Proportion (Module 6)

Lessons emphasise mastery of key principles, with students encouraged to explain their reasoning and apply concepts to practical problems.

Year 8

Students expand their algebraic, geometric and statistical understanding, learning how patterns and relationships underpin much of mathematics.

Modules include:

  • Sequences (Module 1)
  • Linear Graphs (Module 2)
  • Ratio Review (Module 3)
  • Univariate Data (Module 4)
  • Angles in Polygons (Module 5)
  • Circles (Module 6)

Students develop confidence in using formulae, exploring geometric reasoning, and interpreting data using clear, logical arguments.

Year 9

Students refine their fluency and deepen their understanding through advanced topics that bridge Key Stage 3 and GCSE.


Modules include:

  • Fractions, Decimals and Percentages (Module 1)
  • Solving Linear Equations Algebraically (Module 2)
  • Angles Review (Module 3)
  • Ratio Review (Module 4)
  • Algebra Review (Module 5)
  • Surds (Module 6)

Students consolidate learning through reasoning and problem-solving tasks that foster independence and confidence, readying them for success at GCSE level.

Skills Gained

  • Problem solving and analytical thinking
  • Numeracy and data literacy
  • Communication and reasoning
  • Organisation and precision
  • Logical decision-making and attention to detail

These transferable skills form a strong foundation for academic excellence and success in many real-world careers.

Partnerships & Enrichment

Students have access to a range of enrichment opportunities that bring Mathematics to life beyond the classroom, including:

  • Mayor’s Fund for London – Jack Petchey Foundation Count on Us Secondary School Maths Challenge
  • Axiom Maths
  • UK Mathematics Trust (UKMT)
  • Maths Zone
  • St Paul’s School Workshops

These partnerships provide valuable opportunities for competition, collaboration and confidence building, helping students connect mathematical understanding with real-world applications.

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Potential Careers

Mathematics supports progression into diverse fields, including:

Finance and Business Management |  Data Science and Analytics |  Engineering and Architecture |  Computer Science and Technology |  Research and Education

Students who master mathematical thinking are well-prepared for future study and professional pathways requiring precision, creativity and critical reasoning.