- The ability to demonstrate in-depth knowledge and understanding of the scientific and mathematical principles underlying telecommunications and radio engineering, including experimental, data collection and processing techniques, modelling techniques and tools;
- The knowledge of applied technologies of telecommunication and radio engineering systems, the level of this knowledge should be sufficient for conducting scientific research at the level of the latest world achievements and aimed at their expansion and deepening.

Telecommunication and radioelectronic devices and systems optimization methods
Modern computer means of radioelectronic devices and systems research

For the post-graduate studies in the field of Electronics and Telecommunications at the specialty Telecommunications and Radio Engineering, there are increased requirements for the writing of the research paper. These requirements not only stipulate the existence in the post-graduate students of deep theoretical knowledge from the previous disciplines, but also the ability to use this knowledge in the solution of scientific problems and to obtain practical skills in the research activity in laboratory works, allows the post-graduate students to be able to carry out experimental research and simulation and to implement general theoretical regularities in the solution of specific problems. The purpose of teaching the discipline is to prepare post-graduate students enough to carry out research activities in the field of electoronics and telecommunications and to develop research skills for independent scientific research.

1. Mathematical modeling of telecommunication systems and networks [Text]: training manual. E.M. Chernikhivskiy. Exit. un. t "Lviv. polytechnics ". - Lviv: National University " Lviv. Polytechnics", 2011.- 270 p. :
2. Mathematical programming: training manual. / V. Beh, T. A. Gorodnya, A. F. Scherbak. - Lviv: Magnolia 2006, 2014 - 200 p.
3. Sheiko V.N., Kushnarenko N.N. Organization and methodology of research activities. Uchebnik / V.N. Sheiko, N.M. Kushnarenko. - 2nd ed. pererabot. i dop. - M .: Znanie-Press, 2002. - С. 295 p.
4. M. Sauter, Communication Systems for the Mobile Information Society. UK, Chichester: John Wiley & Sons, 2006. - 344 p.
5. Robert T. Futrell, Donald F. Shafer, Linda E. Shafer. Program Project Management. Achieving optimal quality at minimum cost .: Person-on. - M: Williams Publishing House, 2004. - 1136 p.
6. Vostokin, S.V. Graphical Object Model of Parallel Processes and its Application in Multiple Modeling Problems [Text] / S.V. Vostokin. Samara Scientific Center of RAS - Samara, 2007. 186 p.

- work in class (40 %)
- control work (60 %).