• Scientific and pedagogical direction - Master of Natural Sciences

1. To estimate modern achievements of general and molecular genetics, ecological and medical genetics, and apply them in research and practice;
2. Based on IT technologies simulate genetic regulations and mechanisms of biosystems functioning at different levels of the organization of living things;
3. Use methods of general and molecular genetics for practical tasks of biomedicine, farming, biotechnology, wildlife conservation, and paleontology;
4. Design the databases on genetic data and develop the software for solving practical objectives in biomedicine, agriculture, biotechnology and ecology;
5. Apply tools of distant access to calculation resources of the corporative use and launching simultaneous programmes of the computing clusters targeted to applied genetics;
6. Imply methods of R programming for statistical analysis of the research and practical data and modeling methods to solving applied tasks in plant and animal breeding;
7. Design and conduct complex investigations including those transdisciplinary by implying mathematical modeling of mutational, populational and evolutionary processes;
8. Develop educational programmes based on interactive courses by using interactive methods, forms and teaching tools