Teaching Plan
PUSAT PENGAJIAN KEJURUTERAAN KOMPUTER DAN PERHUBUNGAN
UNIVERSITI MALAYSIA PERLIS
ELECTRICAL ENGINEERING
EKT 103/3
SEMESTER 2
SESSION 2014/2015
OBJECTIVES
At the end of the course, students will be able to understand the basic concept and utilize the technology
in electrical engineering.
SYNOPSIS
This subject is designed to provide the students with the fundamentals and applications of electrical
engineering technology; in theory and practice. This course exposes the students to the three phase
system, electromagnetism, transformer, and electrical machines. The topics covered include the three
phase circuit, the principle and applications of magnetism & electromagnetism, electrical power
transformers, AC machines and DC machines. General concepts and basic operation principle for each
electrical machine, including their characteristics and performance analysis are also covered in this
course.
COURSE OUTCOME (CO)
CO1: Ability to define and explain the concept of single-phase and three-phase system.
CO2: Ability to explain and apply the concept of magnetism and electromagnetism.
CO3: Ability to define and explain the fundamental, analyze the operation and application of electrical
transformer.
CO4: Ability to define and explain the fundamental, compare and analyze the operation and application of ac
machines and dc machines with respect to their efficiency, equivalent circuits and losses.
REFERENCES
1. Kothari & Nagrath, "Basic Electrical Engineering.", Third Edition, 2012, McGraw Hill
2. Chapman S.J., “Electric Machinery Fundamentals”, Fourth Edition, 2005, McGraw Hill, Singapore.
3. Z.A. Yamayee & J.L. Bala, “ Electromechanical Energy Devices & Power Systems”, 1993, Wiley &
Sons, USA
4. Alenxander and Sadiku. Fundamentals Of Electric Circuits, McGraw-Hill, 2007
ASSESSMENT
(i) Examination:
70%
Mid Term Examination 1: 10%
Mid Term Examination 2 : 10%
Final Exam: 50%
(ii) Course work:
30%
Assignments/Quizzes : 30%
Pusat Pengajian Kejuruteraan Komputer dan Perhubungan
Universiti Malaysia Perlis
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TEACHING STAFF
Dr. Rosemizi Bin Abd Rahim
Dr Zahereel Ishwar Bin Abdul Khalib
Pn. Nordiana Bt Mohamad Saaid
TEACHING PLAN GUIDE
Week
Topic and Sub Topic
Activities
Remarks
Chapter 1
1-2
Three Phase System
Introduction to single – phase and three-phase system
Advantage of three-phase system compare to singlephase system
Applications of three-phase system
Calculation of the Star/Delta connection system
Calculation Voltage and current in star-connected system
Calculation Voltage and current in delta-connected system
Power calculation in three-phase system
Assignment / Quiz
Chapter 2
3-4
Magnetism & Electromagnetism
Introduction to Magnetism.
Define the theory of Magnetic field, Magnetic flux
Discuss the Flux density, Magnetic circuit
Discuss the Quantities and Permeability.
Introduction to Electromagnetism
Apply the Ampere’s Law, Lenz’ Law and Faraday’s Law
Define the theory of Electromagnetic induction, coil,
energy and mutual induction.
Assignment / Quiz
Chapter 3
5-7
8
Transformer
Introduction to Transformer, Types and Construction of
Transformer.
Discuss the Transformer Principle of Operation.
Applications of Real Single Phase Transformer.
Regulation of Transformer
Discuss the Exact and Approximate Equivalent Circuit of a
Transformer.
Calculation of the Transformer Voltage Regulation,
Losses and Efficiency.
Application of the Open Circuit and Short Circuit Test.
Assignment / Quiz
MID TERM
EXAM # 1
CUTI PERTENGAHAN SEMESTER/MID SEMESTER
BREAK
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Universiti Malaysia Perlis
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Week
Topic and Sub Topic
Activities
Remarks
Chapter 4
9-11
AC Machines.
Introduction to AC Machines
General Theory of AC Machines.
Introduction to Induction Machine and Synchronous
Machine.
Discuss the construction and operation of AC Machines.
Classification of AC Machines.
Discuss the Induction Motor Concept.
Calculation and analysis the Equivalent Circuit of
Induction and Synchronous Machine.
Calculation of the Power, Torque and Speed
Characteristics.
Assignment / Quiz
Chapter 5
12-14
15
16-17
DC Machines.
Introduction to DC Machines
Discuss the General Theory of DC Machines.
Discuss the construction and operation of DC Machines.
Calculate the Equivalent DC Generator and Motor.
Discuss the Performance of DC Generator and Motor
Discuss the DC Generator and Motor Excitation Methods
Introduction to Separately Excited and DC series Machine
Analysis of Separately Excited and DC series Machine.
Discuss the Performance of Separately Excited and DC
series Machine
Calculation of Equivalent Separately Excited and DC
series Machine.
Assignment / Quiz
MID TERM
EXAM # 2
MINGGU ULANGKAJI / REVISION WEEK
PEPERIKSAAN AKHIR SEMESTER / FINAL
EXAMINATION
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Universiti Malaysia Perlis
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