• Scientific and pedagogical direction - Master of Engineering Sciences

ON1. Explain the principles of building devices for automated control systems, in order to determine their functions and characteristics of the structural units of power, digital devices and electronic sensors;
ON2. Apply design methods for non-linear adaptive systems and neural networks to create intelligent control systems using deep machine learning mechanisms;
ON3. Design embedded systems using modern digital integrated circuits for use in control units of intelligent and multi-agent systems.
ON4. Use modern digital data transmission systems to create wired and wireless communication channels using the technology of the Internet of things and sensor networks in automated control systems;
ON5. Develop power and electronic functional blocks of control systems of embedded systems, characterize their structural modules, ensure uninterrupted communication between them for remote control and monitoring in real time using the Internet of things technology;
ON6. To analyze the applicability of intelligent systems using neural networks and machine learning methods for data processing, in order to improve the efficiency of the process;
ON7. Solve problems associated with the creation of automated dispatch control and monitoring of data from the sensor system using modern technologies of various data transfer technologies using the Internet of things;
ON8. Identify key features and functional characteristics of the developed adaptive automated control systems based on neural networks in order to optimize the process;
ON9. Demonstrate a high level of competence in the development of project documentation, educational and methodological complexes, define goals and methods for solving analytical and technical problems in the field of automated control systems;
ON10. Integrate the skills of designing and developing electronic and power devices to create hardware and software for intelligent control systems;
ON11. Evaluate adaptive and non-linear methods used in embedded control systems, identify advantages and disadvantages of these systems in order to improve the existing system;
ON12. Demonstrate a civic and ideological position, formulate problems, goals, tasks in the theoretical and practical areas of management systems, work with foreign scientific and technical literature, participate in international cooperation in the field of professional activity, be able to organize the work of scientific and technical personnel, use an individual approach to students in the implementation of pedagogical activities in the field of electronics and control systems.