Mathematics

qualification: a level

exam board: edexcel

entry requirements: A minimum of a Grade 7 in Mathematics.

why study mathematics

A Level Mathematics is one of the most highly respected qualifications you can take, providing a strong foundation for further study and a wide range of careers. At Kingsmead, we follow the Edexcel A-Level Mathematics course, which combines Pure Mathematics with applied topics in Statistics and Mechanics, giving students the opportunity to explore both the theory behind mathematics and its practical applications.

A Level Maths challenges you to think logically, approach problems from different perspectives and develop solutions using evidence and mathematical reasoning. You will build valuable transferable skills including problem-solving, analytical thinking, resilience, accuracy and the ability to work systematically through complex challenges. These skills are highly valued by universities and employers across a wide range of sectors.

Mathematics can open doors to further study in subjects including Science, Engineering, Economics, Business, Computing, Psychology and Design, as well as many other degree and career pathways in data, engineering, finance, accountancy, data science, software development, economics and scientific research.

course content and layout

In Year 12, we lay the groundwork in a range of pure topics. In addition to those mentioned above, you will cover algebraic expressions, quadratics, proof, graphs and transformations, exponentials and logarithms, and lines and circles. You also are introduced formally to A Level Mechanics – through the learning of kinematics, the constant acceleration formulae, and Newton’s Laws – and A Level Statistics where you will further develop your GCSE knowledge of data representation/collection and probability, before learning about hypothesis testing and advanced measures of location and spread.

In year 13, we build on top of this groundwork and study more abstract and challenging aspects of calculus and algebra in pure mathematics. In mechanics we develop knowledge of forces such as friction, as well as how to find moments. Finally, in statistics, we mature our knowledge of topics such as hypothesis testing and become expert analysts when it comes to data.

Due to the wide range of topics you cover, in lessons you can be doing anything from working through textbook exercises to solidify skills, to using graphing software online to experiment with theories, or completing puzzles with other members of the class to experience different approaches to solutions.

To find out more information, please contact Ms Pedley-Whittingham l.pedley-whittingham@kingsmeadschool.net