Objective of Educational Programm

Training of highly qualified specialists for innovative and knowledge-intensive sectors of the economy in the field of telecommunications, possessing theoretical and practical knowledge, skills and abilities necessary for their implementation in professional activities that meet the needs of the domestic and world markets for intellectual labor.

List of a specialist’s positions

• Telecommunication Systems Engineer
• Communication Systems Designer
• Network Engineer
• Circuit Engineer
• Embedded Systems Engineer
• Smart Systems Engineer
• Specialtist in the field of cloud technologies

Learning outcomes

• A systematic understanding of the role of individuals and events in shaping the current situation, critical evaluation and positioning of actions in complex social processes considering historical factors, as well as an analysis of the impact of entrepreneurship and technological entrepreneurship on socio-economic changes and the process of innovative development.
• To be able to express ideas and arguments both in writing and orally for academic work on information technology, present in front of an audience, and defend viewpoints in the state language, English, and the language of interethnic communication, while applying academic vocabulary.
• Be able to apply the laws of physics and mathematics to perform laboratory, bench, and field tests of technical equipment using electrodynamics, electromagnetism, thermodynamics, and antenna fundamentals.
• Apply practical skills in the use of ICT, as well as be able to program on various platforms of object-oriented programming with deep knowledge of algorithms, data structures, and operating systems. Have an understanding of big data analytics and machine learning algorithms.
• Possesses skills in electrical circuits and digital electronics, embedded operating systems, as well as the ability to program microcontrollers for the design of embedded systems considering components, sensors, and detectors.
• Uses components for digital signal and image processing, as well as the ability to design software and hardware components of Smart systems.
• Has skills in working with industrial control systems for conducting environmental measurements.
• Be able to work with IoT components, configure, use, and implement them for managing industrial and intelligent systems.
• Demonstrates knowledge of computer networks, wireless, mobile, and optical communication systems, as well as the ability to apply technologies for network management in Smart City systems and connected infrastructure, considering their security.
• Ability to analyze various sources of information, ideas, and concepts, and organize sources for the purpose of writing academic papers and reports, oral presentations, and negotiations.