Electrical Engineering
BASIC DATA
course listing
A - main register
course code
RAA0950
course title in Estonian
Elektrotehnika
course title in English
Electrical Engineering
course volume CP
4.00
ECTS credits
6.00
to be declared
yes
assessment form
Examination
teaching semester
autumn - spring
language of instruction
Estonian
English
Prerequisite(s)
Prerequisite 1
Technical Physics (RAR1290)
Study programmes that contain the course
code of the study programme version
course compulsory
EDKR16/25
no
EDTR17/25
no
Structural units teaching the course
EV - Virumaa College
Course description link
Timetable link
View the timetable
Version:
VERSION SPECIFIC DATA
course aims in Estonian
Anda teadmised aine rakendustest ja fundamentaalsetest mõistetest praktiliste ülesannete kaudu. Anda oskused inseneritehnika mõõteriistade ja tarkvara kasutamiseks. Anda oskused kavandada ja konstrueerida elektrotehnika erinevate keskkondade projekte ning neid kontrollida. Anda ülevaade elektrotehnika seotusest insenertehniliste ainete ja valdkondadega, sh matemaatika.
course aims in English
To give knowledge about fundamentals and application of the subject with the help of practical tasks. To give skills of employment of engineering measuring devices and software. To teach skills to make out and develop projects of different electrotechnics media and to control them. To give an overview of the connections between subjects and fields of electrical engineering including mathematics.
learning outcomes in the course in Est.
Tunneb elektrotehnika erinevaid keskkondi: elektroonilised ahelad, pooljuhtseadised ja nende tootmine, optika sidekanalid, tagasiside juhtimissüsteemid, kujundite digitaalne töötlemine; on kursis lahendust nõudvate probleemidega elektrotehnikas ning tunneb parimate lahenduste leidmiseks kasutavaid seadmeid; oskab kasutada inseneritehnika mõõteriistu; omab elektrotehnikast laiendatud ettekujutust; oskab teadmisi elektrotehnikast kasutada inseneriteadustega seotud probleemide analüüsil ja meid ümbritseva elukeskkonna nähtuste kirjeldamisel ning iseseisva töö korral tarkvaraga; oskab elektrotehnikat seostada tootmise ja tehnika toimimisega.
learning outcomes in the course in Eng.
Knows various media of electrical engineering; electronic circuits and semiconductor devices and their manufacturing, optic channels, feedback control systems, image digital processing; knows actual problems of electrical engineering, is able to find proper solutions and required equipment for them; acquires wide notion of electrical engineering; is able to analyse problems of engineering , to describe environmental phenomena, to work independent with software; is able to connect electrical engineering with production and equipment work.
brief description of the course in Estonian
Elektromagnetismi põhialused. Elektrostaatika. Alalisvoolu seadused. Magnetostaatika. Elektromagnetiline induktsioon. Elektromagnetilised võnkumised. Vahelduvvool. Elektromagnetlained. Põhilised seosed ja seadused elektriahelates. Alalisvooluahelate arvutusmeetodid. Vahelduvvooluahelate arvutusmeetodid. Kolmefaasiline pingesüsteem. Põhilised seosed ja seadused magnetahelates. Elektrimõõtmised ja elektrilised mõõteriistad. Trafod. Elektrimasinad: asünkroonmasinad, sünkroonmasinad, alalisvoolumasinad. Vahelduvvoolu alaldamine. Elektriajamid, nende talitusviisid ja mootorite valik. Elektriajamite juhtimine. Elektrivarustus. Juhtmete ja kaitsmete valik. Elektriseadmete ekspluatatsioon.
brief description of the course in English
Principle fundamentals of electromagnetism. Electrostatics. Laws of direct current. Magnetostatics. Electromagnetic induction. Electromagnetic oscillations. Alternative current. Electromagnetic waves. Principle connections and laws in electrical circuits. Calculation methods of direct current circuits. Calculation methods of alternative current circuits. Three-phase voltage system. Principle connections and law in magnetic circuits. Electrical measurements and electrical measurement instruments. Transformers. Electrical machines: asynchronic machines, synchronic machines, direct current machines. Rectification of alternative current. Electrical drives, their ways of performance and choice of motors. Control of electrical drives. Electrical equipment. Choice of wires and protections. Exploitation of electrical devices.
type of assessment in Estonian
eristav hindamine
type of assessment in English
grading
independent study in Estonian
Kirjalik kodune töö on etteantud elektrotehniliste ülesannete lahendamine, näidates ära lahenduskäigu. Ettekanne koostada ja esitada etteantud elektrotehnika teemal. Esitluseks valmistumine. Laboratoorsete tööde vormistamine, andmete analüüs, ettevalmitus tööde kaitsmiseks.
independent study in English
Written homework solving on the specified tasks in Electrical Egineering, showing way of solution. To compile and submit presentation on the specified theme of Electrical Engieering. Preparation for presentation. Laboratory works forming, data analysis, preparation for works defence.
study literature
H. Puurand. Üldelektrotehnika. Tallinn, Valgus, 1996
R. Lahtmets. Elektrotehnika II. Vahelduvvool. Tallinn, 2002.
T. Lehtla. Elektriajamid. Tallinn, 2007.
А.ВЭРЭШ. Электротехника . Курс лекций , Кохтла-Ярве, 2012.
study forms and load
daytime study: weekly hours
4.0
session-based study work load (in a semester):
lectures
1.0
lectures
2.0
practices
2.0
practices
8.0
exercises
1.0
exercises
6.0
lecturer in charge
-
LECTURER SYLLABUS INFO
semester of studies
teaching lecturer / unit
language of instruction
Extended syllabus
2020/2021 autumn
Sergei Pavlov, EV - Virumaa College
Estonian
    RAA0950_HK_ENG.pdf 
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    2019/2020 autumn
    Sergei Pavlov, EV - Virumaa College
    Estonian
      RAA0950_HK_ENG.pdf 
      Course description in Estonian
      Course description in English