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 Basic principles of providing high quality training of our specialists:

 
​​​​
  • reliance on own scientific researches;
  • combining the efforts of experienced and young lecturers;
  • develop their own educational and methodical base, publishing books, various educational literature;
  • collaboration with foreign partners;
  • close cooperation with the telecommunication companies of Ukraine​.
 

 Practice

 

     Practical training is a necessary component of educational and training program for obtaining the qualification and is aimed at acquiring the professional skills and abilities. The purpose of practice - students to master modern methods, forms, means of the future professional activity in telecommunications, its organization, professional skills and abilities to make independent decisions during a particular work in the real market and production conditions, upbringing needs to systematically update their knowledge and apply them creatively in practice.

     During practice, students also gain experience of social, organizational and educational work in the team. The target is achieved by solving specific problems for each type of practice:
  • Production Practice (3 year) Students master working profession from among the mass specialties of area that corresponds to telecommunications​.
  • Pregraduation Practice (4th year, 6 year) During the practice theoretical knowledge in all disciplines educational plan is deepening, the actual material for a Master degree, diploma is being collected.​
  • Scientific and Research Practice (6 course - masters) Research practice of Masters is a necessary component of educational and training program for obtaining the qualification of Masters in Telecommunications and aims of students' skills and abilities of independent research.​
 

 Qualifications that receive graduates of ITS:

 
  • ​​​Bachelor of Electronic Appliances;​​
  • Engineer in Electronics and Telecommunications;
  • Master of Electronics and Telecommunications;
  • Bachelor of Telecommunications;
  • Engineer of production processes of Telecommunications;
  • Engineer of production processes of Telecommunications. 
 

 ITS prepares the following categories of specialists:

 
 

 List of subjects

 
Bachelors Subjects​ Masters Subjects (additionally)​
 Higher Mathematics
 Physics
 The theory of electric circuits
 Technical electrodynamics and propagation of radiowaves
 Economics of sector
 Legal and normative principles of telecommunications
 Introduction to specialty 
 Basic theory of telecommunications
 Economics of organization and production planning
 History of Ukraine
 Ukrainian language
 Philosophy 
 History of Ukrainian Culture
 Social Psychology
 Political Science
 Science of Law
 Foreign Language
 Chemistry and electric radio materials
 Engineering and computer graphics
 Informatics
 Telecommunication networks
 Specific sections of mathematics
 Circuit engineering
 Applied programming in telecommunication systems
 Software in telecommunication systems
 Informational support of telecommunication systems
 Wireless Telecommunicational systems
 Network technologies
 Transmitting and receiving devices of radio communication systems
 Informational support of mobile telecommunication networks
 Informational support of telecommunication networks
 Security of telecommunication systems
 History of Science and Technology
 Philosophical problems of scientific cognition
 Pedagogics of Higher education
 Marketing of communications company
 Management in Telecommunications
 Organization of scientific research and development in telecommunications
 Fundamentals of scientific research
 Foreign language of professional direction
 Patenting and copyright law
 Mathematical methods of optimization
 Mathematical modeling of systems and processes
 Occupational Health in the sphere
 Intellectual property
 Theory of networks and management
 Intelligent information processing
 Programming of hardware
 Subscriber access systems
 Technologies of maintenance of telecommunication systems
 Mathematical methods of analysis and design of telecommunication systems and networks
 Simulation modeling of systems and processes
 Fundamentals of applied information theory for telecommunications
 Decision theory and systems analysis
 The Civil defense
 System design of telecommunication networks
 Operator platform of services
 Antinoise coding in telecommunication technologies
 Informational support of time synchronization in telecommunication networks
 Principles of sustainable development of society
 Systems of distributed processing in telecommunication networks
 Development of information resources and systems
 Factors of successful employment in the specialty​