The doctoral program in Informatics and Computational Science aims to train highly qualified experts capable of further developing their field by finding new original solutions, methods, and procedures and applying the most demanding known techniques. Students can profile themselves in many different areas, such as computer science, computer vision, machine learning, artificial intelligence, HPC computing, computational chemistry, nanorobotics, and many more.

Doctoral study program Didactics of Mathematics focuses on the preparation of scientists and conceptual workers with competencies for scientific research in the didactics of mathematics and the analysis and evaluation of curricular curriculum content, including teacher training universities. The Didactics of Mathematics program mainly involves the field of mathematics, pedagogy, general didactics, and psychology. Program without specialization.

PhD in Computational and Applied Mathematics The study program combines studies with active work in the field of mathematics and with solving problems. The problems students solve come from real life. The methods used for solving the problems benefit from new possibilities of computing and reflect current progress in the field of applied mathematics. Graduates find their employment in research departments of software companies and industry companies, in science institutions, or possibly at universities.

The study field of Mathematical Engineering is interdisciplinary in nature because it combines theoretical mathematical knowledge in many fields of natural sciences and engineering and applies it to mathematical modeling of processes in nature, engineering, and environmental protection.