The department was founded in 2016 (Order №509-32 rector from 09.06.2016 g.).
In 2016 the first completed set of students by educational level “Bachelor” on the new educational program “Network and Internet technologies” (specialty – 172 Telecommunications and electrical engineering, industry knowledge – 17 Electronics and Telecommunications) for full-time studies (total licensed volume – 35 people ). An 30 budget places. The curriculum standards developed by the International Organization of ITU (International Telecommunications Union).
In 2017 for the first time to execute a set of students on educational attainment “bachelor” the new educational program “Software Technologies Internet of Things” (specialty – 126 Information systems and technology, industry knowledge – 12 Information Technology) in full-time education (total licensed volume – 50 people).
Throughout the program, students gain fundamental knowledge of higher mathematics, probability theory and mathematical statistics, discrete mathematics, physics and others.
- Internet technologies.
- Internet Technologies things.
- Web programming.
- Computer networks.
- System programming.
- Fundamentals circuitry.
- Architecture computers.
- Digital Signal Processing.
- Metrology, standardization and certification.
- Satellite information systems and complexes.
- Reliability and technical diagnostics telecommunication systems.
- Administration of computer networks.
- Computer systems.
- The organization networks.
- Internet advertising.
- Object-oriented programming.
- And other.
Thorough theoretical and practical training that students receive at the department will allow them to successfully realize themselves in industry, business and science.
Research and development
The main areas of research are:
- Functional stability telecommunication systems.
- Vitality telecommunication systems.
- Functional stability of Internet technologies.
- Internet Technologies things.
The “Functional stability telecommunication systems”
Mathematical and software that allows in terms of external and internal negative impact (of failures, damage, operator error, terrorist actions, etc.) To ensure the operation of telecommunications systems by identifying and redistributing the existing types of redundancy (hardware, software, time and energy are so ).
The “Vitality telecommunication systems”
Mathematical and software that allows in terms of operator error and terrorist influence on the transmission line information to operate the telecommunications systems by implementing the principles of the theory of semantic structures.
International Relations Department
The department cooperates with foreign firms, companies, foreign universities. The result of this work is to improve the educational process and its approach to relevant international standards of education. This creates the conditions for the rapid implementation of international experience in the existing system of training, to reform education content when switching to a tiered system of training and ensures our graduates competitive in the global labor market.
Members of the department: