A Level Mathematics - Edexcel (9371/2) Why study A-Level Mathematics? A-Level Mathematics is the fastest growing subject at A-Level and beyond. It offers students with good understanding of Maths the chance to study it at a higher level. It also provides thorough grounding in the mathematical tools and techniques often needed in the workplace. The logic and reasoning skills developed by studying A-Level Maths make sure the qualification is widely respected even in non-mathematical areas. Why study A-Level Further Mathematics? Further Mathematics is a qualification which both broadens and deepens the mathematics covered in A-Level Mathematics. It is designed to be learnt alongside A-Level Mathematics over a two year course. Students taking Further Mathematics overwhelmingly find it to be an enjoyable, rewarding, stimulating and empowering experience. For someone who enjoys Maths, it provides a challenge and a chance to explore new and/or more sophisticated mathematical concepts. It also enables students to distinguish themselves as able mathematicians in the university and employment market. Mechanics – the study of forces, energy, motion, kinematics projectiles, mathematical modelling, moments, collisions and stability. Statistics – the study of probability, data handling, probability distribution, estimation, correlation and regression and testing hypothesis. Students can focus on one strand or study a mixture of any two. Specification of A-Level Further Mathematics - A-Level Further Mathematics is made up of six units. Many combinations of units are allowed for A-Level Further Mathematics. There are two Further Pure units available and any of the applied units listed for A-Level Mathematics may be used towards A-Level Further Mathematics. What degrees can A-level Mathematics lead to? A-Level Maths provides a foundation for further studies in a variety of subjects such as computing, computing science, philosophy, psychology, management, medicine and all engineering and science degrees. What careers can Maths Lead to? Finance and banking, natural and life sciences, art and design, business consultancy and operational research, engineering, actuary and insurance, IT and computers, Medicine and Health and Education. All prospective students are invited and encouraged to attend our Open Days/Evening where members of the Mathematics department will be on hand to give you more information and answer any questions about the course. The Mathematics Team (Sep 2014) Specification of A-Level Mathematics - The full Maths A-Level is made up of six units – three in Year 12 and three in Year 13. Pure Mathematics makes up two thirds of the A-Level qualification and provides the techniques in Algebra, Geometry, Trigonometry and Calculus that form the fundamental building blocks of the subject. Mathematical applications make up the remaining third of the qualification and there are various options to suit the particular needs of individual students. The applications fall into three strands: Decision Maths – the study of networks, algorithms, sorting, linear programming and mathematical modelling.