Although traditionally seen as complementing the sciences, Mathematics forms a compatible combination with many other subjects and is very popular with employers. The statistics element of the course may be particularly helpful with Geography, Biology and Psychology while the mechanics units are helpful for students who hope to study physics of Engineering.

What is the structure of the course?

During this course you will learn to extend your knowledge of algebra and geometry from GCSE and explore the ways in which mathematics can be applied in the real world. Areas which you will cover include:

• New topics such as coordinate geometry, series, differentiation and integration, all of which are highly algebraic and are an excellent introduction to maths at a higher level
• Branching further into core maths with topics such as logarithms and exponentials, radian measures and higher level trigonometry.
• More complex pure maths including trigonometric proofs, further differentiation and integration as well as numerical methods for finding solutions.
• Further and more complex work on coordinate geometry as well as vectors in 3D.

What skill/requirements are essential?

• Fluency in the key mathematics topics for science and engineering
• Organising and presenting a structured and logical argument
• Confidence in mastering challenging ideas and overcoming difficulties
• Thinking in an abstract and symbolic way

What do students think?

“Mathematics is essential for studying Maths, Physics or Engineering at University. Other courses which benefit from Maths  A Level are Medicine, Economics, Accounting and other sciences such as Sports Science.”

Where can this course lead?

Six months after graduating, almost two-thirds of Mathematics graduates are in employment or combining work and further study. The top two jobs for Maths graduates are finance and investment analysis and adviser, and chartered or certified accountant. Other potential careers include programmer, software developer and actuary.