Mathematics

You might expect a subject that's been around since the days of Pythagoras and the ancient Greeks to be petering out, to have run its course. But no - maths is pushing the boundaries like never before, with ideas such as chaos theory revolutionising the way we view the world.

More than that, maths is about pattern and structure; it is about logical analysis, deduction, calculation within these patterns and structures. When patterns are found, often in widely different areas of nature, science and technology, the mathematics of these patterns can be used to explain phenomena and reveal new truths and insights. Understand maths, and you'll be amazed at what else falls into place.

Maths at university is much broader and more varied than maths at A-level. If you're currently studying the subject at sixth-form, the chances are that what you are studying as applied maths (maths in the real world) will cross with modules in physics or engineering. And pure maths? You probably won't have seen it much yet - it takes subjects like algebra and geometry into new, abstract dimensions, such as analysis, topology and group theory. So before you jump in, read the prospectus well, and then make sure you know what you're letting yourself in for.

On the other hand, the only way to learn is to do it, so you pick up new maths skills and knowledge by applying them to increasingly tricky problems, finding out what works and what doesn't. That application may be done with pencil, paper and furrowed brow, or with the help of a computer. The teaching itself will be a mixture of timetabled classes and tutorials and your own independent study and theorising.

Mathematicians tend not to lack for paid work. Employers are always looking for strong skills in reasoning and problem-solving - just the skills that are developed in a mathematics and statistics degree. Computing, high finance, management consultancy, risk assessment, information security and industrial research are all sectors that welcome maths graduates. Maths is also a growing branch of other areas, such as medicine, where statistical models are vital to work out the success, or otherwise, of drugs tests. And in design, maths is vital to work out the calculation of stresses and loads within skyscrapers, or in optimising the design of a new aircraft.

And if that doesn't appeal, how about this - recent studies have shown that maths graduates earn up to 10% more than other graduates. Get a maths degree, and people think you're clever. The numbers stack up in your favour.

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