Mathematics

Introduction

At KPHS, the Mathematics curriculum develops students’ confidence, fluency and understanding of key mathematical concepts. Students build strong skills in number, algebra, geometry, statistics and problem solving, while learning how mathematics applies to everyday life and the wider world.

Our carefully sequenced curriculum provides both challenge and support so that all students, regardless of their starting point, can succeed. We encourage logical thinking, curiosity and resilience, helping students to explain their reasoning and learn from mistakes. By the time they leave KPHS, students are confident, independent problem solvers who are numerically and financially literate, well prepared for further study, employment and adult life.

How Mathematics Supports Our School Values

We Co-operate
Students work together to solve problems, discuss methods and explain their reasoning. They learn to respect different approaches and support one another in developing understanding.

We Pioneer
Mathematics challenges students to think critically, reason logically and tackle unfamiliar problems. They are encouraged to be curious, take risks in their thinking and develop creative strategies to reach solutions.

We Belong
We believe every student can succeed in Mathematics. Lessons provide a safe and supportive environment where mistakes are valued as part of learning. Students build confidence, resilience and a strong sense of achievement as they reach their personal best.

Careers Education, Information, Advice and Guidance (CEIAG) in Mathematics

Studying Mathematics develops logical reasoning, analytical thinking, problem-solving, and data interpretation skills. These skills are highly valued across many career areas, helping students tackle complex problems, make informed decisions, and work with quantitative information in a wide variety of professional contexts.

Career Areas Linked to Mathematics:

• Data, Analytics & Statistics – using probability, statistical analysis, data modelling, and trend interpretation to support evidence-based decision-making across industries.
• Finance, Economics & Risk Management – applying mathematical reasoning, financial modelling, interest rate calculations, and probability to assess risk and manage financial systems.
• Engineering, Technology & Computing – employing algebra, calculus, logic, and optimisation to design systems, develop software, and solve technical problems.
• Research, Operations & Mathematical Modelling – using modelling, simulations, differential equations, and data interpretation to optimise processes and explore real-world phenomena.
• Teaching, Education & Training – communicating mathematical concepts, reasoning, and problem-solving strategies to learners of all levels, fostering numeracy and analytical skills.

For more information about careers linked to Mathematics, visit: https://www.bbc.co.uk/bitesize/groups/c2e2vnne0nkt