Mathematical Engineering

About the programme

The Mathematical Engineering master’s study programme is multidisciplinary in nature and focuses on advanced areas of modern mathematics and informatics. The programme builds on the bachelor’s study programme of the same name. Students learn to apply mathematics together with modern computing methods, which include, for example, parallelization and GPU programming, in practical contexts across several fields such as physics, the natural sciences, or engineering. They create mathematical models of real phenomena in natural and technical sciences — ranging from environmental protection to biology. 

programme content

Students will attend core courses focused on:

• theory of random processes, and information,
• advanced methods of numerical linear algebra,
• asymptotical methods. 

Career prospects

Graduates are highly successful in their careers thanks to their analytical way of working, systematic approach, acquired knowledge, and ability to work with modern computing technology. They can take leading roles in software application development, data processing and analysis, and the practical use of mathematical methods. Career opportunities include development centers of large corporations, institutes of the Czech Academy of Sciences, and other research institutions. In addition to their professional expertise, graduates also possess excellent leadership skills, making them well suited for management roles. Those interested in further education can continue in the follow-up doctoral study programme.

state final exam