Educational program

The purpose of the educational program "System Engineering" is to provide high-quality training of scientific and scientific-pedagogical personnel of the highest qualification for the system of higher and postgraduate education, research and development, government agencies and industry. The implementation of the educational program is aimed at the formation of a professional personality of a specialist capable of:  interpret the basic principles of modern systems engineering;  conduct innovative activities in the field of system engineering based on an in-depth study of the theoretical and methodological foundations of the design and development of complex systems, as well as the use of knowledge and methodology of related scientific fields and digital technologies;  to create a new conceptual knowledge, developing science, to apply a systematic approach to solving modern multi-faceted, interdisciplinary tasks; reasonably represent and defend their own scientific opinion in scientific discussions, including international ones, in the working language of a scientific event.

ON1 Outline the basic principles of design and management of large-scale engineering systems throughout the life cycle, demonstrate an interdisciplinary understanding of the concepts of systems;
ON2 Use tools from a variety of areas, including management systems, operations research, reliability and performance, risk analysis, software development, and networking and security when planning research and computing experiments;
ON3 Conduct a critical analysis, evaluation and selection of elements of system engineering, methods and standards, architecture, computer tools that support system engineering, with a view to their further application in the development of large-scale engineering systems;
ON4 Solve the problem of risk assessment, costing, management of engineering programs;
ON5 Consider and integrate all possible aspects of a project or system, such as requirements development, reliability, logistics, coordination of different groups, testing and evaluation, maintainability;
ON6 Apply various methods of modeling engineering systems, as well as methods of numerical and computer solutions used in industrial and engineering environments;
ON7 To critically analyze, evaluate and synthesize new complex ideas that are at the very forefront of science in professional activity;
ON8 To generate new and complex goals, to propose new hypotheses and solutions of scientific problems in the field of system engineering based on an independent original approach;
ON9 Plan and carry out educational and training activities in higher education organizations using traditional, innovative, interactive, student-centered technologies and teaching methods;
ON10 To build a research process on the topic of the thesis, to present scientific results in a reasoned and reasonable manner for discussion in scientific discussions and publications in national and international peer-reviewed publications;
ON11 To present the results of educational and research activities in the form of scientific reports, theses of articles, doctoral dissertations, educational research and scientific projects;
ON12 To be ready for correct and tolerant interaction in society, for teamwork, for social interaction and cooperation for solving scientific and technical problems.