• knowledge of methods of construction and research of mathematical models;
• the ability to construct a mathematical model for a particular object or process that is the subject of his dissertation;
• ability to select the necessary mathematical tool for model research and to study the behavior of the model;
• ability to implement a software model for a mathematical model;
• ability to use software products to build and study mathematical models;
• the ability to analyze and justify the adequacy of the model developed.

Theory and methods of random process analysis.

• Basic concepts and principles of modeling of giga - and terahertz band electronic systems. • Methods of investigation of models of giga - and terahertz band electronic systems. • Simulation software. • Planning and conducting experiments with models.

1. Harvey A.F. Ultra High Frequency Technique. Volume 1, - Publishing House "Soviet Radio" Moscow, 1965, - 759 p.
2. Harvey A.F. Ultra High Frequency Technique. Volume 2, - Soviet Radio Publishers Moscow, 1965, 754 p.
3. Tomashevsky VM Systems modeling. - K .: BHV Publishing Group, 2005. - 352 p.
4. Samarsky AA, Mikhailov AP Mathematical Modeling: Ideas. Methods. Examples. - 2nd ed. - M .: FIZMATLIT, 2002. - 320 p.
5. Kolesov YB, Senichenkov YB Systems modeling. Object-oriented approach. Tutorial. - St. Petersburg: BHC-Petersburg, 2006. - 192 p.

• Work on practical training - 50%
• Control work-50%