Course Name: Electrical Engineering and Electronics
Course Overview 
Level of study
	Bachelor Degree	
Workload	ECTS: 3
Total Hours: 96
Contact Hours: 48
•	Lectures: 16
•	Labs: 16
•	Seminars: 16	
Course Code	Б3.Б6	
Semester
	Winter	
Prerequisites
	“Linear algebra”, “Mathematical analysis”, “Physics 1”	
Course Objectives	The objectives of the course of “Electrical Engineering and Electronics” are:
•	learning the main laws of electricity; 
•	understanding the principals of electrical circuit performance;
•	mastering necessary skills in graphical representation of the main elements of electrical circuits and an electrical circuit as a whole; 
•	developing professional skills in electrical engineering;
•	analyzing and solving problems concerning electrical circuits;
•	forming self-guided working skills necessary for further studies of special courses and in further practical activity.	
Learning Outcomes
	As a result of the course studying the student should know:
the main laws of electricity and methods of electrical circuit analysis, terminology of electrical engineering and symbolic representation of electrical circuits; principles of operation and possible application of  the main electrical and electronics devices; performance of meters intended for measurements of electrical quantities.	
Syllabus
	Section 1. Linear electrical circuits with DC currents.
Section 2. Linear electrical circuits with AC currents.
Section 3. Resonance in electrical circuits.
Section 4. Three-phase circuits.
Section 5. Transient processes in electrical circuits.
Section 6. Periodical inharmonic currents.
Section 7. Transmission lines.
Section 8. Semiconductors and circuits including semiconductor devices.	
Labs
	1.	Investigation of a two-mesh DC circuit
2.	Investigation of an active two-terminal circuit and experimental verification of Thevenin's Theorem
3.	Wye connection of the load in a three-phase circuit
4.	Investigation of series resonance circuit
5.	Investigation of transients in a first-order circuit
6.	Experimental validation of switching rules
7.	Investigation of a semiconductor rectifier	
Projects
	Calculation of transients in the first and second order circuits	
Assessment
	Examination 	
Resources
	1.	Naeem W. Concepts in electrical circuits. – NY: McGraw-Hill, 2003. – 89 pages. 
2.	W.J.R.H. Pooler Electric power. – NY: McGraw-Hill, 2005. – 219 pages. 
3.	Rizzony G. Principles and application of electrical engineering. – NY: McGraw-Hill, 2005. – 915 pages. 
4.	Kanev F.Yu., Novikov S.A, and Kachalov N.A. Electrical engineering and electronics. – Tomsk: Tomsk Polytechnic University Publishing House, 2011. – 116 pages.  	
Instructors
	Professor F.Yu.  Kanev 	
Примечание: пример описания дисциплины можно посмотреть по ссылке: http://www.ecs.soton.ac.uk/module/COMP6233#overview