Learning materials

2024 PdD | Syllabus

General training 1-4

Worldview and socio-cultural foundations of scientific and technical activity
Ukrainian as a foreign language
Presentation of Scientific Results
Pedagogy and psychology of higher education with teaching methods

Professional Training 1-2

Markov models of infocommunication networks
Software and technologies for networks modeling

2023 Bachelors and Masters | Syllabus

2020

Complexes of educational and methodological support of disciplines
of the curriculum of 2020 training
in the specialty 123 “Computer Engineering”
(Bachelor)
Obligatory educational components

1

2

3

Optional student disciplines

4

5

6

 

Complexes of educational and methodological support of disciplines
of the curriculum of 2020 training
in the specialty 172 “Telecommunications and Radio Engineering”
(Bachelor)
Obligatory educational components

1.1 General training
GT 1 Foreign Language
GT 2 Ukrainian as a Foreign Language
GT 3 History and Culture of Ukraine
GT 4 Language of Professional Training
GT 5 Philosophy
GT 6 Jurisprudence
GT 7 Higher Mathematics p.1
GT 8 Higher Mathematics p.2
GT 9 Higher Mathematics p.3
GT 10 Physics p.1
GT 11 Physics p.2
GT 12 Ecology
1.2 Professional training
PT 1 Fundamentals of Professional Safety and Human Health
PT 2 Enterprise Economics
PT 3 History of Science and Technology 3
PT 4 Object-Oriented Programming
PT 5 Fundamentals of Electronics
PT 6 Measurement Technologies in Telecommunications
PT 7 Theory of Electric Communications
PT 8 Computer and Telecommunication Networks
PT 9 Information Systems and Databases
PT 10 Computers and Microprocessors
PT 11 Theory of Information and Encoding
PT 12 Circuitry of Telecommunication Devices
PT Practice*
Аttestation*

2 Optional educational components
2.1 Profile training
2.1.1 Profiled discipline package 01 “Telecommunication systems and networks”
OP 1.1 Computing and Information Technology
OP 1.2 Algorithmization and Programming
OP 1.3 Engineering and Computer Graphics
OP 1.4 Operating Systems
OP 1.5 Fundamentals of Probability Theory
OP 1.6 Physical Fundamentals of Telecommunications
OP 1.7 Technologies for Telecommunication Eco-Systems Design 5,0
OP 1.8 Computer Network Administration
OP 1.9 Switching Systems in Telecommunications
2.1.2 Profiled discipline package 02 “Programming in infocommunication systems (DevOps)”
OP 2.1 Introduction to Infocommunication Systems
OP 2.2 Basics of Programming
OP 2.3 Visualization and 3D Modeling Tools
OP 2.4 Basics of CI / CD
OP 2.5 Statistical Data Processing and Analysis
OP 2.6 Administration of Unix-like Operating Systems
OP 2.7 Technologies of Operating System Virtualization
OP 2.8 Basics of Programming in Python
OP 2.9 IoT: Big Data and Analytics
2.2 Optional student disciplines of the profile preparation according to the list
2.3 Optional student disciplines from the general university catalog of disciplines
OD 1 Discipline 1
OD 2 Discipline 2
OD 3 Discipline 3

Optional student disciplines

OPT1 Transmission Lines
OPT2 Radio Relay and Satellite Transmission Systems
OPT3 Transmission Systems in Telecommunications
OPT4 Methods of Information Transmission and Distribution in Telecommunication Systems and Networks
OPT5 Fiber Optic Equipment of Telecommunication Systems
OPT6 Quality of Service in Infocommunication Networks
OPT7 Access Systems
OPT8 Administration of Linux Operating Systems
OPT9 Digital Signal Processing
OPT10 Frequency-Selective Devices of Radio Telecommunication Systems
OPT11 Organization of Databases
OPT12 Design Patterns
OPT13 Creating and Optimizing a Secure Software Development Environment
OPT14 Virtualization of Network Functions
OPT15 IT Project Management
OPT16 Technologies for Data Collection, Storage and Analysis
OPT17 Design and Administration of Computer Networks
OPT18 Project Configuration Management
OPT19 System Analysis and System Modeling
OPT20 Web Programming
OPT21 Computer network architecture
OPT22 Signal and systems theory
OPT23 Computer design
OPT24 Digital signal processing in information and computer systems
OPT25 Software for telecommunication systems
OPT26 Probability theory and mathematical statistics
OPT27 Reliability and diagnostics of telecommunication systems
OPT28 Fundamentals of creating highly loaded telecommunication systems
OPT29 Modeling of telecommunication systems
OPT30 Distributed telecommunication systems

2023

Complexes of educational and methodological support of disciplines
of the curriculum of 2023 training
in the specialty 172 “Electronic communications and radio engineering”
(masters)
Obligatory educational components

GT1 Innovative entrepreneurship and management of startup projects
GT2 Intellectual Property
GT3 Foreign Language (for professional purposes)
PT1 Basics of the scientific research
PT2 System Software of Telecommunication Systems
PT3 Design of Digital Telecommunication Networks
PT4 Development of Satellite Communication Networks
PT5 Global Computer Networks
PT6 Methods for System Modeling
PT7 Pre-graduation practice
OP1.1 Optimization of Digital Telecommunication Networks
OP1.2 Methods of analysis and automated data processing in telecommunication systems
OP1.3 Scientific Research Work

Optional student disciplines

OPT1 Technologies of Transport Networks
OPT2 Electromagnetic Compatibility
OPT3 Multiservice Network Technologies
OPT4 Server application programming
OPT5 Models and methods of building distributed databases
OPT6 Modern operating systems
OPT7 Telecommunication systems of programmable controllers
OPT8 Automated design of telecommunication systems
OPT9 Information processes in telecommunication