• to understand physical fundamentals of electric devices operation;
• ability to analyze electric devices operation and understand conditions of their operation;
• to choose typical electrical devices for practical tasks solving ;
• to define parameters and characteristics of devices depending on conditions of their exploitation;
• to use properly electrical devices and conduct electrical measurements of electrical non-electrical values.

• Physics,
• Further mathematics;
• Electronics and microprocessor devices.

The structure of electric circuits (sources, consumers), elements (R, L, C) and their properties. Basic laws of electrical engineering (Ohm's law, Kirchhoff’s laws). Methods of electric circuits’ analysis. AC single-phase circuits. Three-phase balanced circuits. Transient processes in the electric circuit, switching devices and commutation laws. DC magnetic circuits, their properties and application spheres. Fundamentals of electrical devices operation: transformers, electrical machines. The main characteristics, choice and exploitation of AC and DC motor.

1. Korud V. Electrical engineering: the textbook/V. Korud, O. Hamola, S. Malynivskyy//Lviv: Magnolia plus 2017. -445 c. (in Ukrainian).
2. Panaсhevskyy O. I General electrical engineering (theory and practice)/O. I. Panachevskyy, Yu. F. Svergun//Kyiv: "Caravela" 2006-440 p. (in Ukrainian).
3. Hamola O. Practical tasks in electrical engineering/O. Hamola, V. Korud, V. Maday, N. Musihina//Lviv: Publishing House of Lviv Polytechnic National University, 2018. – 212 p. (in Ukrainian).
4. V. Maday, N. Musihina, V. Korud, T.Ryzhyi. Laboratory guidelines on educational discipline “Electrical Engineering” // Lviv: Publishing House of Lviv Polytechnic National University, 2017. – 42 p. (in Ukrainian).

• Individual task, written reports on laboratory course, oral questioning (40%);
• Final control (control event – exam): written and oral form (60%).