G5 Network technologies and telecommunications – Master
G5 Electronics, electronic communications, instrumentation and radio engineering
Network technologies and telecommunicationsMAGISTRACY
The purpose of the educational program G5 “Network Technologies and Telecommunications”. The purpose of educational and scientific and professional programs is to train experts in electronic communications and radio engineering, capable of solving complex problems in the study, design, modernization, implementation and operation of modern electronic communication and radio technical systems, complexes, technologies, devices and components.
The educational program and archive of EP`s is available on the website of the department of quality assurance of education of NTU “KhPI”
CHARACTERISTICS OF THE EDUCATIONAL PROGRAM
The main focus of the educational program.The program focuses on the use of innovative methods and technologies in the process of development and use of information and telecommunication networks of communication at enterprises, institutions and organizations.
Keywords: signal processing, information transmission, telecommunications system, radio technical system, QOS, telecommunications network, radio technical network, software.
Features of the program. The program provides the formation and development of general and professional competences for the implementation and use of technologies of telecommunications and radio engineering, which contribute to the social stability and mobility of the graduate in the labor market, the ability to solve specialized tasks and practical problems in the field of electronic communications and radio engineering, characterized by complexity and uncertainty. Practice is ensured in companies and firms providing telecommunication services in order to provide the conditions for training a specialist in the real environment of future professional activity.
СТРУКТУРНО-ЛОГІЧНА СХЕМА ОП
СТРУКТУРНО-ЛОГІЧНА СХЕМА ОПП
СТРУКТУРНО-ЛОГІЧНА СХЕМА ОНП
EDUCATIONAL COMPONENTS EP (SYLLABUS)
1. Required educational components | ||
1.1 General preparation | ||
EPP | ESP |
|
| GP1 | GP1 | Innovative entrepreneurship and startup projects management |
| GP2 | GP2 | Intellectual property |
| GP3 | GP3 | Foreign language by professional direction |
1.2. Special (professional) preparation | ||
| SP1 | – | Basics of scientific research |
| SP2 | SP1 | System software of telecommunications systems |
| SP3 | SP2 | Designing digital telecommunications networks |
| SP4 | – | Research work |
| SP5 | SP6 | Technologies of transport networks |
| SP6 | SP7 | Teletrafix theory |
| SP7 | SP3 | Designing satellite communication networks |
| – | SP4 | Global computer networks |
| – | SP5 | Methods of system modeling |
| – | SP8 | Optimization of digital telecommunication networks |
| 1.3. Scientific preparation | ||
| – | SP1 | Fundamentals of scientific research |
| – | SP2 | Philosophical problems of modern scientific knowledge |
| – | SP3 | Research work |
| 2. Practical preparation | ||
| PP1 | – | Pre-graduation practice |
| – | PP1 | Research practice |
| 3. Attestation | ||
| 4. Selective educational components | ||
4.1 Educational components of free choice | ||
| ECFP 1 | ECFP 3 | Experimental research methods |
| ECFP 2 | – | Server application programming |
| ECFP 3 | – | Methods of system modeling |
| ECFP 4 | ECFP 1 | Electromagnetic compatibility |
| ECFP 5 | ECFP 1 | Models and methods of building distributed databases |
| ECFP 6 | ECFP 1 | Modern Wireless and Mobile Technologies |
| ECFP 7 | ECFP 2 | Multiservice technology |
| ECFP 8 | ECFP 2 | Modern operating systems |
| ECFP 9 | ECFP 2 | Intellectual Electronic Communication Systems |
| ECFP 10 | – | Global computer networks |
| ECFP 11 | ECFP 3 | Technologies of SMART HOUSE |
| ECFP 12 | ECFP 3 | Cognitive information systems |
| ECFP 13 | – | Optimization of digital telecommunications networks |
| ECFP 14 | ECFP 4 | Optical technologies in electronic communication systems |
| ECFP 15 | – | Convergent electronic communication systems |
| ECFP 16 | ECFP 5 | Network and cloud safety |
| ECFP 17 | ECFP 5 | Fundamentals of cloud safety |
| ECFP 18 | ECFP 5 | Deployment of cloud safety |
| – | ECFP 4 | Current information processing methods |
| – | ECFP 4 | Methods of analysis and automated data processing in telecommunication |
4.2 Educational components of free choice of general preparation according to the list | ||
| Ukrainian educational components | ||
| ECGP 3.1 | ECGP 3.1 | Ethno -language processes in Ukraine |
| ECGP 3.1 | ECGP 3.1 | History of Culture of Sloboda Ukraine |
| ECGP 3.1 | ECGPP 3.1 | History of Ukrainian statehood |
| Educational component of psychological direction | ||
| ECGP 3.2 | ECGP 3.2 | Psychology of leadership in business |
| ECGP 3.2 | ECGP 3.2 | Psychology of Leadership in Education |
| ECGP 3.2 | ECGP 3.2 | Fundamentals of professional psychology |
| Educational component of legal direction | ||
| ECGP 3.3 | ECGP 3.3 | Legal regulation of innovative activity |
| ECGP 3.3 | ECGP 3.3 | Information law |
| ECGP 3.3 | ECGP 3.3 | Copyright and related law |
4.3 Educational components of free choice of scientific and professional direction according to the list | ||
| – | ECFS 1 | Wireless connection lines and networks |
| – | ECFS 1 | Information security in telecommunications |
| – | ECFS 1 | Encoding information and protection against errors |
| – | ECFS 2 | Wireless technologies |
| – | ECFS 2 | Information signal coding methods |
| – | ECFS 2 | Modern scientific schools of the department |
| – | ECFS 3 | Wireless LANs Technologies |
| – | ECFS 3 | Wireless Collar networks |
| – | ECFS 3 | Methods of expanding the spectrum of the signal |