• Scientific and pedagogical direction - Doctor of Philosophy (PhD)

1.Apply the basic principles, rules, norms of preparation, writing, editing of academic text for the purpose of qualified presentation of scientific results in modern forms, as well as in scientific journals with a high impact factor.
2.Conduct research based on modern theory and concepts, methods and techniques of applied, experimental, and theoretical research for the scientific formulation of problems in the field of cryptology.
3.Apply the basic methods and tools of cryptographic information protection, and evaluate security mechanisms using a theoretical approach, modeling and simulation.
4.Analyze existing methods and tools used to control and protect information, and develop a proposal to improve them and increase the effectiveness of this protection.
5.Possess existing post-quantum cryptographic approaches, effective ways of designing post-quantum cryptosystems
6.Develop scientific approaches, and methods for analyzing cryptographic data transformation as a result of theoretical, fundamental and applied research using modern cryptology methodology.
7.Readiness for research and practical activities in the field of cryptology and information security, to contribute to the development of new methods for evaluating and improving the protection of information resources in various fields of activity.
8.Apply machine learning methods to ensure information security; choosing the most effective machine learning technology and comparing it with existing solutions.
9.Possess objective knowledge about the fundamental principles of information protection using cryptographic protocols and examples of the implementation of these methods in practice.
10.Conduct their own research and projects in the field of cryptology, develop analytical and problem-oriented skills, have a deep understanding of modern cryptanalysis methods and be capable of analyzing and improving existing cryptographic systems.