• Scientific and pedagogical direction - Master of Engineering Sciences

ON1 engage in scientific research in the field of systems engineering, interpret, test and defend the results of research in the scientific environment, publish the results of their research.
ON2 conduct training sessions in the field of systems engineering, use the skills of organizing educational processes, analyze interpersonal communications using modern methods of psychology and pedagogy, develop methodological support and materials for monitoring students' knowledge.
ON3 Apply hardware installations to modernize networks, deploy cloud computing and virtualization, business intelligence and data management projects, and deploy IT services;
ON4 carry out the design and maintenance of the organization's network security tools, develop a security policy taking into account the analysis of the vulnerabilities of the network equipment and software used;
ON5 carry out system analysis to solve complex technical problems and apply the results of the analysis to maximize the optimization of the software product development process using software paradigms;
ON6 make recommendations as a result of applied research in the field of systems engineering based on software implementation methods using modern supercomputer technologies, analyzing their strengths and weaknesses;
ON7 develop applications that support modeling, visualization and analysis of data using mathematical models for high performance computing;
ON8 work in a team, develop personal qualities, have leadership qualities, systemic theoretical thinking, language and business communication skills;
ON9 develop, optimize and analyze mathematical models in operations research, including integer programming and network flows;
ON10 to develop methods of detecting ways of viruses penetrating into the system, methods of their concealment and reproduction, to design methods of protection against computer viruses;
ON11 identify vulnerabilities that compromise the target system, made during the development and operation of computer systems, apply methods to protect systems from research and debugging;
ON12 develop projects to lead systems engineering research organizations using modern risk management techniques, including statistical decision theory and real-world options.