Computerized control and automation systems – the direction of creation and management of high-tech systems based on world achievements in science and technology. Specialists in this field have high training in computer and electrical engineering issues. They work with production automation and development of information and computing systems.
The objects of their activity are administrative systems, social systems, computer networks, management systems and automated technological systems. Graduates can find employment in a variety of industries, including the military-industrial complex, military systems development, and unmanned aerial vehicle management.
We train such specialists!
Information technology is a prestigious direction with a focus on a high-paying industry, oriented to global trends. It meets the needs of industry, business and research. Specialists in this direction are engaged in the creation and operation of highly intelligent systems, based on the latest achievements of world science and technology. Their use is widespread in the fields of aviation, rocket and space technology, and robotic complexes of enterprises.
Specialists in this direction work with software-intensive systems, developing complex software products, computer networks, artificial intelligence systems and solutions using cloud structures. Their skills are important in the areas of military assignment, control of precision weapons, stabilization and control of aircraft.
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The specialist diploma of our university is recognized in more than 200 countries of the world that are members of the International Civil Aviation Organization - ICAO. The Department of Aerospace Management Systems trains bachelors, masters, and doctors of philosophy
The ability to apply the latest science-intensive technologies for the creation and operation of competitive on-board cybernetic systems in one's practical work.
Deep theoretical knowledge of modern management theory, electronic and computer technology.
The ability to develop and implement the latest mechanisms and scientifically based algorithms and programs for managing enterprises and organizations, robotic complexes and enterprises.
· organization of information and computing processes and systems;
· computer sciences and information technologies;
· basics of system programming;
· theory of information;
· basics of modern management theory;
· special purpose automated control systems;
· basics of security of information systems;
· object-oriented programming;
· theory of systems and system analysis;
· theory of designing information systems;
· special on-board cybernetic control, navigation and orientation systems;
· artificial intelligence technologies in management, etc.
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The ability to system thinking is important in the training and activities of modern specialists. The field of “Systems Engineering” arose to meet the needs of industry, business and science, with a focus on the creation and operation of complex technical systems. It is a combination of disciplines and specialties that provides skills in system analysis and development of various technical systems.
System engineering is relevant in the fields of aviation, space technology and robotic complexes of enterprises. It is considered a software-intensive system based on computer technology and is used in various fields, including military and engineering management.
Students receive fundamental training that opens up career opportunities in a variety of fields that require a systems approach and engineering expertise.
