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

• To be able to apply the functionality of modern microprocessors, sensors and microcontrollers; analyze and synthesize technical hardware and software solutions.
• 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.
• To be able to apply modern theoretical and experimental research methods in order to create new promising tools for computerized intelligent systems. Know different conceptual approaches of data storage, application scenarios of different database classes.
• To be able to analyze and develop software in areas related to cloud computing, artificial intelligence and machine learning, Internet of things, cybersecurity and networking to effectively design computer systems of varying complexity
• To know the main classes of ICT systems, tasks and tools, to understand the domain areas of their application and to justify the choice when solving production or business problems. Know how to work in a specific operating system, and be able to organise application support in other operating systems. Know how to organise device support, hardware drivers, network operating systems.
• To be able to participate as part of a team in the performance of laboratory, stands, polygons, submit -accept, and other types of testing of systems and means of operation, maintenance, repair, and intelligent systems.
• To be able to identify a business niche and carry out technical and economic analysis and commercialization of technological solutions. Develop entrepreneurial thinking and management skills.
• To be able to apply mathematical methods in software development and in the construction of qualitative and quantitative models
• To know the principles of construction and description of algorithms. To be able to create, test, debug, and deploy programs in different programming languages. Knowledge of the main platforms, technologies and hardware and software tools for implementing systems.
• To be able to design components, processes for systems, solutions for signal processing, pattern recognition, embedded systems that meet the specified needs. Justify the decisions made and implemented in the operation of intelligent systems and devices, is able to apply the results in practice.
• To be able to develop mobile and web applications. Know the basics of creating and using mobile and web applications that use the graphical user interface, event handling, persistent data storage, multimedia handling, and communication interfaces available on devices.
• To be able to design, deploy, administer and protect computer network solutions. Develop and implement security policies and management-related measures to protect computers and networks.
• Have a systemic understanding of the role of individuals and events in shaping the current situation; the ability to critically evaluate and position actions regarding complex social processes in light of historical factors.
• To be able to present ideas and reasoning about information technology in written and oral format, to speak to an audience and defend a point of view in the national language, in English and in a language of intercultural communication.
• To use a variety of physical activities to maintain and promote health in a meaningful way.