University of Montenegro

/ Faculty of Electrical Engineering / POWER SYSTEMS AND AUTOMATIC CONTROL

Study program

Level of studies: BACHELOR

Type of studies: Akademske

Financing: B

Learning outcomes:

• Implement the knowledge gained from the fundamental electrical techniques, mathematics and physics to solve the corresponding problems in the field of electrical engineering. • Understand and interpret the features and characteristics of the electricity production. • Define and understand the role, characteristics and models of the constituent elements of the power system, subsystems of production, transmission, distribution and consumption, as well as methods for calculation of normal working regimes of power systems. • implement the knowledge gained from the design of electrical installations of low voltage. • implement the knowledge referring to role, structure, principles of operation and characteristics of electrical machines. • Understands and interprets the basic principles of signal processing and automatic control. • Understand and analyze the components and power electronics devices. • Independently use appropriate software tools for simulation and analysis of work.

Courses

Sem	Course	Plan	Fond	ECTS	Status
Sem	Course	Plan	Fond	ECTS	Status
1	MATHEMATICS I	2012	3+3+0	7.5	O
1	MATHEMATICS I	2017	3+3+0	7	O
1	BASICS OF ELECTRICAL ENGINEERING I	2017	3+2+1	7	O
1	PHYSICS	2017	3+2+1	7	O
1	BASICS OF COMPUTER ENGINEERING I	2017	2+1+1	5	O
1	ENGLISH LANGUAGE I	2017	2+0+0	2	O
1	ENGINEERING ETHIC	2017	2+0+0	2	O
1	BASICS OF BUSINESS	2017	2+0+0	2	O
2	MATHEMATICS II	2012	3+3+0	7.5	O
2	MATHEMATICS II	2017	3+3+0	7	O
2	BASICS OF ELECTRICAL ENGINEERING II	2017	3+2+1	7	O
2	BASICS OF COMPUTER ENGINEERING II	2017	2+1+2	6	O
2	MECHANICS	2017	2+1+0	3	O
2	OPERATING SYSTEMS	2017	2+0+1	3	O
2	ENGLISH LANGUAGE - LEVEL III	2012	2+2+0	2	O
2	ORGANIZATION AND MANAGEMENT	2017	2+0+0	2	O
2	ENGLISH LANGUAGE II	2017	2+0+0	2	O
3	MATHEMATICS III	2012	3+3+0	7.5	O
3	MATHEMATICS III	2017	3+3+0	7	O
3	ELECTRIC CIRCUIT THEORY	2017	3+2+1	7	O
3	COMPUTER PROGRAMMING I	2017	2+1+2	6	O
3	ELECTRICAL MEASUREMENTS	2017	2+1+1	5	O
3	GRAPHICS AND DOCUMENTATION FOR ENGINEERS	2012	1+0+2	3.5	O
3	ELECTRICAL ENGINEERING MATERIALS	2017	2+0+1	3	O
3	ENGLISH LANGUAGE - LEVEL IV	2012	2+2+0	2	O
3	ENGLISH LANGUAGE III	2017	2+0+0	2	O
4	BASICS OF ELECTRONICS	2012	3+2+1	7	O
4	ANALOG AND DIGITAL ELECTRONICS	2017	3+2+1	7	O
4	MATHEMATICS IV	2012	3+2+0	6.5	O
4	POWER PLANTS	2017	3+1+1	6	O
4	ELECTROMAGNETICS	2017	3+1+1	6	O
4	COMPUTER PROGRAMMING II	2012	2+1+2	5.5	O
4	PROGRAMMABLE DEVICES AND OBJECT-ORIENTED PROGRAMM.	2017	2+1+2	5	O
4	ELECTRICAL MEASUREMENTS	2012	2+1+1	4.5	O
4	SIGNALS AND SYSTEMS	2017	2+1+1	4	O
4	ENGLISH LANGUAGE - LEVEL V	2012	2+2+0	2	O
4	ENGLISH LANGUAGE IV	2017	2+0+0	2	O
5	POWER SYSTEM ANALYSIS	2017	2+2+1	7	O
5	INTRODUCTION TO ELECTRIC MACHINES& TRANSFORMERS	2017	3+1+1	6	O
5	ELECTROMAGNETICS	2012	3+2+0	6	O
5	CONTROL THEORY	2017	3+2+0	6	O
5	POWER ELECTRONICS	2017	3+1+1	6	O
5	INSTALLATIONS AND LIGHTING	2017	2+0+2	5	O
5	HIGH-VOLTAGE NETWORKS AND LINES	2012	2+1+0	4	O
5	ELECTRICAL INSTALLATIONS AND LIGHTING (PROJECT I)	2012	1+0+2	3.5	O
5	ELECTRICAL INSTALLATIONS AND LIGHTING (PROJECT I)	2012	1+0+2	3.5	O
6	HIGH-VOLTAGE SUBSTATIONS	2017	3+1+1	6	O
6	ELECTRIC MACHINES IN POWER SYSTEMS	2017	3+1+1	6	O
6	POWER SYSTEMS ANALYSIS II	2017	2+2+.5	6	O
6	ELEKTRIČNE MAŠINE	2017	2+2+1	6	O
6	ELEMENTS OF CONTROL SYSTEMS	2017	2+1+1	5	O
6	INTELIGENTNI SISTEMI AUTOMATSKOG UPRAVLJANJA	2017	2+1+1	5	O
6	VISOKONAPONSKE MREŽE I VODOVI-IZBORNI PREDMET	2017	2+1+0	5	O
6	DIGITAL CONTROL	2017	2+2+0	5	O
6	HIGH-VOLTAGE NETWORKS AND LINES	2017	2+1+0	4	O
6	ELECTRIC POWER SECTOR DEVELOPMENT	2017	2+1+0	4	O
6	ELEMENTI SISTEMA AUTOMATSKOG UPRAVLJANJA - IZBORNI	2017	3+1+0	4	O
6	ARH. I INTEGRACIJA RAČUN. SISTEMA U UPRAVLJANJU	2017	2+0+2	4	O
6	PROJECT II	2012	1+0+2	4	I