5 Reasons to Study Mathematics

Apart from the obvious use of counting the cans of baked beans in your student kitchen, or figuring out how far you can stretch that last £20 of your student loan, maths is a skill which can be applied to so many areas. If you find Pi as easy as...well...pie, and have contemplated studying maths at a higher level, but still need a little more convincing, you should read our list of reasons to study mathematics at uni:  

1. Humanity needs Maths

Just look around. Some of civilization's most prized and proud achievements are wholly reliant on mathematics. Planes flying seamlessly through the air, high availability of complex medicines, even the computer you are using now: all of these increasingly vital commodities rely on the use and study of numbers. Take a look at some of the people who have utilised maths in order to further mankind's interests in the Top 5 Most Influential Mathematicians article. If you are to stop and think for just a few minutes it becomes inescapably clear that mathematics is pretty well inseperable from life as we know it. 

2. Potential for Joint courses

Mathematics is a reasonably neutral subject and so it is easily combined with other courses. Joint Honours like Mathematics & HistoryMathematics & EnglishMathematics & Spanish or Mathematics & Music are but a few of the increasingly broad range of Mathematics based courses available. This rich selection of study areas shows that a Mathematics degree does not have to be purely numerical, but can involve the arts to offer literary, musical or scientific nourishment. Furthermore, there is opportunity for studying abroad with many institutions, as you can see on our Course Chooser.

3. Graduate Prospects

If you look at our subject league table for Mathematics, you can see that the Graduate Prospects are relatively high, especially if you earn a place at one of the top 10 institutions for Maths, they all have graduate prospects over 80%.

This high level of employability is strengthened by the fact that careers involving maths are typically permanent, in that numbers in whichever form they take are going to be around forever, and so money, computing and many other mathemtical fields are reasonably safe career paths. 

4. Transferable skills

A mathematician's skillset is not exhausted once they move out of the realm of the numerical. The facets of a student which are developed during a Mathematics degree are easily extrapolated to other situations and areas. For example, rational and logical thought is something which is required in many areas, whether it is in a moral or career capacity. Furthermore the high level of cognition required to comprehend complex mathematical theories and rules is an asset which will benefit an individual in many ways.

5. Salary advantage

As you can see from our Graduate salary table, mathematics gradautes earn on average a significant amount higher than the average starting salary. As a main motive for many students to study certain subjects, the potential pay is a definite bonus factor with mathematics, helped by the versatile nature of the skills involved.