• ability to use professionally oriented knowledges and practical skills in basic circuits theory, signals and processes in computer systems and networks;
• ability to use specialized software packages;
• basic knowledges in the field of electrical engineering required for understanding the course "Cybersecurity";
• ability to use computer simulation for the complex electric circuits analyze.

• Physics
• Further mathematics, part1, 2;

Basic definitions of the theory of electrical circuits. Analysis of linear circuits DC. Linear circuits with harmonic influence. Transients linear circuits. Electric circuit of non-sinusoidal current. Basic theory and four-pole multipoles. Electric filters. Analysis of nonlinear circuits. Analysis of steady state in circuits with distributed parameters.

1. Bobalo Yu.Ia., Mandziy B.A., Stakhiv P.H., Pysarenko L.D., Yakymenko Iu.I./ Basic theory of electronic circuits. – Text-book /Edited by prof. Yu.Ya. Bobalo. Lviv: Publishing House of Lviv Polytechnic National University, 2008. 332 p.
2. Malyar V.S. Theoretical basis of electrical engineering. Electric circuits. Text book / Malyar V.S. – Lviv: Publishing House of Lviv Polytechnic National University" – 2012 – 312 p.
3. Shegedyn O.I. Malyar V.S. Theoretical basis of Electrical engineering. Part 1: Text book – Lviv: Magnoliya Plyus, 2004. – 172 p.

written reports on the laboratory course, discussion, defence of individual tasks (30%)
• final test (70 %, control test): written-oral form