151 Automation and computer-integrated technologies
Educational Program:Computer-aided control systems and Automatics
Master`s of Automation and Computer–Integrated Technologies
Programme learning outcomes
to create systems of automation of cyberphysical productions on the basis of use of intelligent methods of management of databases and basing of digital and measuring technologies of robotic and intelligent mechanical devices;
to create highly reliable automation systems with a high level of functional and information security of software and hardware;
to use specialized conceptual knowledge including modern scientific skills and critical thinking in the field of automation and computer-integrated technologies for solving complex professional activities problems;
to apply modern approaches and methods of modeling and optimization for research and creation of effective automation systems of complex technological and organizational-technical objects;
to develop computer-integrated control systems for complex technological and organizational-technical objects using a systems approach taking into account the non-technical components of the evaluation of automation objects;
to communicate in state and foreign languages orally and in writing to discuss professional problems and activity results in the field of automation and computer-integrated technologies, presentation of research results and innovative projects;
to analyze production and technical systems in a particular field of activity as objects of automation and to determine the strategy of their automation and digital transformation;
to apply modern mathematical methods, methods of automatic control theory, reliability theory and system analysis for research and creation of automation systems with complex technological and organizational-technical objects, cyberphysical productions;
to develop functional, organizational, technical and information structures of automation systems with complex technological and organizational-technical objects, to develop software-technical control complexes with application of network and information technologies, industrial controllers, mechatronic components, robotic devices, means of human-machine interface and taking into account technological conditions and requirements for production management;
to develop and use specialized software and digital technologies to create automation systems for complex organizational and technical objects, to professionally own special software;
to adhere to the norms of academic integrity, to know the basic legal norms on the protection of intellectual property, commercialization of the results of research, invention and design activities;
to collect the necessary information using scientific and technical literature, databases and other sources, analyze and evaluate it.
to maintain and repair aviation systems and complexes, computer-integrated production;
to understand various theories in the field of scientific management and business administration at a level that will allow to critically respond to advice in the literature of this field;
to understand the various tools and strategies related to the diagnosis of computer-integrated production and automated control systems for aircraft;
to protect intellectual property rights, commercialization of research results.
