Skip Ribbon Commands
Skip to main content
Telecommunication Systems Department prepares the following Professional​:

  • Bachelaur Degree – 3 years and 10 months in full-time mode (247,5 ECTS credits);
  • Mast​er Degree – 1 year 10 months in full-time mode (120 ECTS credits).

List of subjects

​Bachelors Subjects​ Masters Subjects (additionally)​​
Foreign Language
Foreign Language for Specific Purposes
Ukrainian Language
Philosophy (Ethics and Aesthetics, Religion Studies, Logic)
History of Ukraine
Social Psychology
Higher Mathematics
Chemistry and Electric Radio Materials
Computer and Engineer Graphics
Metrology, Standardization and Quality Management and Accreditation
Theory of Electrical Circuits
Wireless Telecommunication Systems
Network Technologies
Fundamentals of Telecommunications Theory
Technical Electrodynamics and Radio Wave Propagation
Life Safety
Economics of Production Planning and Organization.
Digital Processing of Signals
Special Topics in Mathematics
Telecommunication Networks, Management and Switching
Transmitting and Receiving Devices
Terminal Equipment of Telecommunication Systems
Electronic Circuitry
Applied Programming in Telecommunication Systems
Cable and Fiber-Optic Telecommunication Systems
Management of Radiofrequency Spectrum Resources Usage
Radio and Television Broadcasting Technologies
Management in Telecommunications
Introduction to Specialty
Electric power supply of Telecommunication systems
Legal and Regulatory Foundations in Telecommunications
Information Security in Telecommunication systems
Software Tools for Telecommunication Systems
Informational Support of Telecommunication Systems
History of Ukrainian Culture
Fundamentals  of  Labour Safety
Fundamentals of Consitutional Law
Work Practice
Pre-Diploma Practice
Qualifying Bachelor Thesis​
Foreign Language for Specific Purposes
Higher Education Pedagogy
Philosophical Principals of Scientific Cognition
Patenting and Copyright
Fundamentals of Sustainable Development of Society
Organization of  Research and Development in Telecommunications
Mathematical Optimization Methods
Mathematical Simulation of Systems and Processes
Fundamentals of Scientific Research
Intellectual Property
Factors of Successful Professional Employment
Fundamentals of Network and Time Synchronization Theory
Fundamentals of Applied Information Theory for Telecommunications
Decision Making Theory and System Analysis
Simulation of  Systems and Processes
Specialized Labor Safety
Civil Defence
New Generation Telecommunication Systems
Advanced technologies of Fiber-Optic Telecommunication Systems
Management technique in Telecommunications
Photonic transport system and networks
Multiservice subscriber access network
Design Methods in Telecommunications
Different Generation Networks’ Interworking
Design of Next Generation Networks Telecommunication Systems
Scientific Research on the Topic of Masters Thesis
Scientific Research Practice