- the ability to investigate and model phenomena and processes in complex dynamic information systems;
- the ability to evaluate the feasibility and feasibility of applying new methods and technologies in the tasks of information systems synthesis;
- the ability to analyze and define criteria within the subject area, to build models of multicriteria tasks and to be able to solve them, to evaluate complex systems and on the basis of systematic analysis of multicriteria processes that occur in a given problem area.

System analysis of multicriteria processes of different nature.
Modeling, analysis and synthesis of interaction of complex information systems.

Information modeling of subject areas. Means of description of information-logical models of subject areas. The theory of hierarchical systems. Coordination theory. Multicriteria optimization. Reduction of multicriteria problem to a generalized criterion. Modeling the logic of decision-making processes using Petri nets. Modeling decision-making systems using Q-scheme.

1. Alexandrov EA Fundamentals of the theory of heuristic solutions / E.A. Alexandrov. - M .: Owl. Radio, 1975. - 256 p.
2. Vilkas EY Solutions: theory, information, modeling / EJ Vilkas, EZMiminas. - Moscow: Radio and Communication, 1981. - 210 p.
3. FG Garashchenko Analysis and estimation of parametric systems / FG Garashchenko, L.A. Pantalienko. - K .: ISDO, 1995. - 140 p.
4. MR Kogalovsky Prospective technologies of information systems / MR. Kogalovsky. - M .: DMK Press; M .: ITI Company, 2003. - 288 p.
5. Lytvyn VV Designing information systems / VV Lytvyn, NB Shakhovska // manual of the Ministry of Education and Science of Ukraine. - Lviv: «Magnolia2006», 2011. - 380 p.

written reports on laboratory work, oral examination (40%)
final control (control measure, exam), written-oral form (60%)