COURSE OUTLINE
Page : 1 of 5
JABATAN KEJURUTERAAN
ELEKTRIK
POLITEKNIK IBRAHIM SULTAN.
Program: DEP / DJK / DEE
Date of issue: 01.06.2014
Last Amendment: 15.06.2015
DET1013 – ELECTRICAL TECHNOLOGY
PRE-REQUISITE
: - NONE
EQUIVALENCE
:-
LECTURE HOURS : 2 HOURS LECTURE
2 HOUR PRACTICAL WORK
LECTURER
:
SYNOPSIS
ELECTRICAL TECHNOLOGY introduces students to the principles of DC electrical circuits. It covers the
fundamental laws, theorems and circuit techniques. This course also covers magnetic and electromagnetic
circuits.
PREPARED BY :
CERTIFIED BY :
Name
Name
: YUSMAHAIDA YUSOFF
: NORLI BINTI JASWADI
Signature :
Signature :
Date
Date
:
:
COURSE OUTLINE
JABATAN KEJURUTERAAN
ELEKTRIK
POLITEKNIK IBRAHIM SULTAN.
DET1013 – ELECTRICAL TECHNOLOGY
Page : 2 of 5
Program: DEP / DJK / DEE
Date of issue: 01.06.2014
Last Amendment: 15.06.2015
COURSE LEARNING OUTCOMES
By the end of the course, students should be able to :
No.
1.
2.
3.
4.
Course Learning Outcomes
Program Learning
Outcome
Taxonomies and SoftSkills
Assessment Methods
Apply the concept and principles of
DC electrical circuit using different
method and approach.
PLO1
C3
Q,TT, EoC
Solve DC circuit problems using
appropriate DC electrical laws and
theorems.
PLO2
C3
Q, TT, EoC,
PLO5
P4
PW,PT
PLO11
A3
PW
Conduct the laboratory activities of
DC electrical circuit using
appropriate electrical equipment.
Demonstrate ability to work in team
to complete assigned task during
practical work sessions.
Note : Q – Quiz ; TT – Theory Test ; EoC – End of chapter ; PW – Practical Work ; PT- Practical Test; FE – Final Examination
STUDENT LEARNING TIME
No.
Teaching and Learning Activities
Student Learning Time
(hours)
DEPENDENT LEARNING
1.
2.
Delivery Method
1.1 Lecture
1.2 Practical
30
30
Coursework Assessment (CA)
2.1 Lecture hour assessment
Theory Test (1)
Quiz (2)
2.2 Practical hour assessment
Practical Exercise (1)
1
1
2
INDEPENDENT LEARNING
3.
Coursework Assessment (CA)
-
4.
4
End of Chapter (2)
Preparation and Review
50
FINAL EXAMINATION
Total (SLT)
2
120
TEACHING METHODOLOGY
1. Lecture based on presentation learning, interactive learning, demonstration learning, brainstorming and experiment learning.
2. Students are required to handle systematically the related equipment in performing the assigned practical work during laboratory classes.
3 .Students are required to discuss and submit assignments in group.
4. Students are required to take quizzes, practical test and theory tests individually
COURSE OUTLINE
JABATAN KEJURUTERAAN
ELEKTRIK
POLITEKNIK IBRAHIM SULTAN.
DET1013 – ELECTRICAL TECHNOLOGY
Page : 3 of 5
Program: DEP / DJK / DEE
Date of issue: 01.06.2014
Last Amendment: 15.06.2015
WEEKLY SCHEDULE
WEEK
DATE
TOPIC / CONTENT
1
30/11/2014
04/12/2014
1.0 INTRODUCTION TO ELECTRIC CIRCUIT
1.1 Know standard symbols for electrical components.
1.2 Understand the general features of cells and batteries.
2
07/12/2014
11/12/2014
1.3 Know electric current and quantity of electricity.
1.4 Know the main effects of electric current.
1.5 Understand resistance and resistivity
3
14/12/2014
18/12/2014
4
28/12/2014
01/01/2015
1.6 Understand Ohm’s Law.
1.7 Apply Ohm’s Law in circuit.
1.8 Understand series, parallel and series-parallel connections.
1.9 Apply series, parallel and series-parallel connections to dc
circuit.
1.10 Understand Delta–Star transformation.
1.11 Apply the concept of Delta–Star transformation.
1.12 Understand electrical power and energy.
CUTI PERTENGAHAN SEMESTER ( 19.07.2015 – 23.07.2015)
2.0 DC EQUIVALENT CIRCUIT AND NETWORK THEOREMS
2.1 Understand methods of analysis for resistive circuit.
2.2 Apply nodes and mesh analysis for resistive circuit.
2.3 Understand Kirchoff’s Current Law and Kirchoff’s Voltage Law.
2.4 Apply Kirchoff’s Current Law and Kirchoff’s Voltage Law in a DC circuit.
2.5 Understand Thevenin’s Theorem.
2.6 Apply Thevenin’s Theorem to simplify a circuit for analysis.
5
04/01/2015
08/01/2015
6
11/01/2015
15/01/2015
7
18/01/2015
22/01/2015
2.7 Understand Norton’s Theorem.
2.8 Apply Norton’s Theorem to simplify a circuit.
2.9 Understand Superposition Theorem.
8
25/01/2015
29/01/2015
2.10 Understand Maximum Power Transfer Theorem.
2.11 Apply the understanding of Maximum Power Transfer Theorem.
9
01/02/2015
05/02/2015
10
08/02/2015
12/02/2015
11
22/02/2015
26/02/2015
3.0 CAPACITORS AND CAPACITANCE
3.1 Knows capacitors and capacitance.
3.2 Understand capacitance equivalent circuits for series and
Parallel connections.
3.3 Apply the knowledge of capacitance equivalent circuits for
series and parallel connections.
3.4 Understand circuits with capacitive load.
3.5 Understand the process of charging and discharging in a
capacitor.
3.6 Apply the understanding of charging and discharging process
in a capacitor.
4.0 INDUCTORS AND INDUCTANCE
4.1 Know the inductors and inductance.
4.2 Understand inductance equivalent circuits for series and
parallel connections.
COURSE OUTLINE
JABATAN KEJURUTERAAN
ELEKTRIK
POLITEKNIK IBRAHIM SULTAN.
DET1013 – ELECTRICAL TECHNOLOGY
Page : 4 of 5
Program: DEP / DJK / DEE
Date of issue: 01.06.2014
Last Amendment: 15.06.2015
4.3 Apply the knowledge of inductance equivalent circuits for
series and parallel connections.
12
13
14
01/03/2015
05/03/2015
4.4 Understand circuits with inductive load.
4.5 Apply the understanding of circuits with inductive load.
08/03/2015
12/03/2015
4.6 Understand the rise and decay of current that goes through
an inductor in dc. circuits
4.7 Apply the understanding of the rise and decay of current that
goes through an inductor in dc circuits.
15/03/2015
19/03/2015
15
22/03/2015
26/03/2015
16
29/03/2015
02/04/2015
.
5.0 MAGNETIC CIRCUIT, ELECTROMAGNETISM AND
ELECTROMAGNETIC INDUCTION
5.1 Understand magnetism.
5.2 Apply method of solving the composite series magnetic
circuit.
5.3 Understand the electrical and magnetic quantities.
5.4 Understand magnetic hysteresis.
5.5 Understand electromagnetism.
5.6 Understand the principle of electromagnetic induction.
.
REFERENCES :
Main:
John Bird (2010). Electrical Circuit Theory & Technology. Fourth Edition. Newness.
(ISBN: 978-0-08-089056-2)
Additional:
Allan R. Hambley (2011). Electrical Engineering, Principles and Applications, Fifth Edition. Prentice Hall. (ISBN-13: 978-0-13-213006-6)
B.L. Theraja (2010).Textbook of Electrical Technology .S Chand & Co Ltd.
(ISBN: 978-8121924900)
Darren Ashby (2011). Electrical Engineering 101, (3rd Ed ) [Paperback] Elsevier Inc. (ISBN: 978-0123860019)
John Bird. (2010). Electrical And Electronic Principles And Technology. Fourth Edition.
Newness. (ISBN: 978-1-85617-770-2)
Meizhong Wang. (2010). Understandable Electric Circuits First edition © 2005 Higher Education Press, China, English translation ©2010
The Institution of Engineering and Technology. (ISBN 978-0-86341-952-2)
V. K. Mehta (2010). Principles of Electrical Engineering and Electrical [Paperback]
S Chand & Co Ltd. (ISBN: 978-8121927291)
COURSE OUTLINE
Page : 5 of 5
JABATAN KEJURUTERAAN
ELEKTRIK
POLITEKNIK IBRAHIM SULTAN.
Program: DEP / DJK / DEE
Date of issue: 01.06.2014
Last Amendment: 15.06.2015
DET1013 – ELECTRICAL TECHNOLOGY
GRADING
No.
1.
2.
3.
4.
5.
6
Assessment
Quiz
Practical test
Theory Test
End of Chapter
Practical Work
Final Examination
Number
2
1
1
2
6
1
Overall Total
% Each
% Total
2.5
5
10
2.5
4.2
50
5
5
10
5
25
50
Overall
Percentage
50%
50%
100%
* Week
8, 13
11
9
8,14
1-15
17-19
* Implementation weeks are depend on lecturer’s timetable and public holiday.
ATTENDANCE :
The student should adhere to the rules of attendance as stated in the Arahan-Arahan Peperiksaan dan Kaedah Penilaian which is
approved by the Lembaga Peperiksaaan dan Penganugerahan Sijil/Diploma Politeknik :-
1. Student must attend not less than 80 percent of the total hours of lecture and tutorial as required for the course.
2. The student will be prohibited from taking the final examination upon failure to comply the above requirement. Zero mark will
be given the the course.
ATTACHMENT :
Lecturers
YUSMAHAIDA YUSOFF
MAISARAH MAHIZAN
ALINAH SARING
NOOR FADZILLAH ABDULLAH
NORAZLINA JAMIL
AMINAH MOHD YUNOS
INTAN RAFIDAH ABDUL RAHIM
HASEALAH ISHAK
ROSSIELYANA ABDUL RAHIM
NURIZAN TAHIR
ZURAIDAH M.TAIB
E-mail
yusmahaida@pis.edu.my
maisarahmahizan@pis.edu.my
alinah@pis.edu.my
noorfadzillah@pis.edu.my
norazlinajamil@pis.edu.my
aminahyunos@pis.edu.my
intanrafidah@pis.edu.my
hasealah@pis.edu.my
rossielyana@pis.edu.my
nurizan@pis.edu.my
zuraidah@pis.edu.my
Office Unit
07-2611812
07-2611812
07-2612608
07-2612807
07-2611812
07-2612606
07-2612608
07-2612803
07-2612803
07-2612807
07-2612807