About the programme
The study combines mathematics, physics, computer science and statistics. The programme focuses primarily on the practical application of these disciplines, for example in modelling dynamic processes influenced by random factors or in analysing economic, biological, physical, socio-dynamic or experimental data. Students learn to combine interdisciplinary theory with practical calculations, preparing them for work in science, industry or economics.
Programme content
Students will attend core courses focused on:
- calculus,
- mathematics for particle systems,
- measure and probability.
career prospects
Graduates have a strong foundation in mathematics and statistics, complemented by knowledge in physics and practical computer science. They know how to effectively use mathematical methods and tools in practice when modelling complete systems from various areas of human life. They are able to work with large amounts of data, evaluate phenomena in which chance and uncertainty play a role, and optimize complex processes. Thanks to these skills, they can find work in science, industry, or banking. They can also find employment as data analysts, programmers, statistical model developers or researchers.
State final exam
Compulsory subjects
Calculus
Probability and Mathematical Statistics