Description

Mathematics is the science of structures in a broad sense. They may be numerical structures, spatial structures, colour structures, musical structures, logical structures or a thousand other things. Mathematicians study these structures: they form them, stretch them, bend them, play with them and form connections between them.

When you start looking, you find structures everywhere. And mathematics is the language that we use to express many of our deepest thoughts about the world. Mathematical applications can be used as a way to get inside the structures. Or you can become engrossed in the abstract game. You're allowed - in fact, you're encouraged! - to use both approaches as a graduate student in mathematics.

A graduate in mathematics will be able to:

• Conduct independent, stringent argumentation
• Structure a study of open mathematical issues
• Define mathematical disciplines in relation to each other, but also to take advantage of interdisciplinary skills.
• Independently take responsibility for his or her own professional development and specialisation.

A graduate in mathematics will also have acquired the skills to:

• Read and understand original mathematical literature
• Convey and communicate mathematical issues and problems on a scientific basis
• Explain, orally and in writing, mathematical studies of open issues.

Read about the programme structure.

Career Opportunities

MSc graduates in Mathematics have many different job opportunities, and there is basically no unemployment. Many graduates find employment in the private sector, where they either work specifically with applying mathematics to specialised problems, for instance within economics or telecommunications, or act as "trouble shooters" in a broader sense.

When employers are asked why they hire Mathematics graduates, they often emphasise the mathematician's abilities to see patterns in problems that often arise and to solve them once and for all.

There is also a high demand for mathematics teachers in upper secondary education and other post compulsory education programmes. Moreover, there is the opportunity to continue conducting research in mathematics after earning a PhD.

Admission 

Read about the specific admission requirements.

You apply directly through the online portal at the University of Copenhagen with all relevant documentation. In addition, documentation may be required verifying that your proficiency in English is at a specified level. Read about language requirements of the University of Copenhagen

Exchange students should contact their home institution for information on application procedures and deadlines.

Tuition

There is a tuition fee for all full-time degree students outside EU, EAA, or from Switzerland. Read about tuition fees at the University of Copenhagen.

Students within an exchange programme are not required to pay tuition.

Further Information

Watch videos about studying Mathematics at University of Copenhagen.

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Information from the Danish Agency for Higher Education can be located at http://ufm.dk/en

You will find information about the Danish assessment of foreign qualifications in Guide to diploma recognition

About the Educational System in general visit the section The Danish Higher Education System