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The study mathematics provides great choices of mathematical orientation and the free choice of a non-mathematical minor subject.

In the field of business mathematics, the basic mathematical education is similarly broad, but sub-areas of mathematics that are used in economics are increasingly being studied. The minor subjects are fixed and must come from computer science and economics.

The decision for one of the two fields of study must be made when applying. However, since the mathematical basics in the first year of study are the same in both fields of study of the Bachelor's degree, a reorientation is easily possible.

Each of the two fields of study can also be supplemented with a bilingual certificate (English) during the course of the course. The aim of the bilingual variants is to impart competencies in English as a mathematical technical language and thus to qualify the students in a special way for later work in an international environment.

An internship is not mandatory in the course, but is recommended, especially in the field of business mathematics. A study-related company or industrial internship can be included as a course achievement.


In the compulsory area of ??mathematics , basic knowledge, skills and abilities in mathematics are acquired. The first focal points are set in the direction of optimization and stochastics, which find particular application in economics.

The compulsory elective area of ??mathematics offers the opportunity to round off the mathematical profile of the degree.

The interdisciplinary elective and compulsory area gives you the space to acquire interdisciplinary skills ("soft skills" and consider mathematics from other perspectives).

The minor subject economics introduces the basics of business administration and economics and gives the opportunity to set initial priorities in this field of application




Since mathematics is a basic science, graduates of mathematics are in demand in almost all economic areas.

You take on both internal and external mathematical problems, record them, analyze them and treat them with the appropriate mathematical methods. Structured and analytical thinking is particularly in demand, as is the ability to abstract. Complex problems need to be solved with a systematic and targeted approach.

The job market in business, industry, administration and science has a need for well-trained mathematicians in a variety of professional fields. Potential employers can be insurance companies, banks, market and opinion research institutes, management consulting firms, software and system houses, engineering offices or research institutes.

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