UNVERSITI MALAYSIA PERLIS (UniMAP)portal.unimap.edu.my/portal/page/portal30/Lecturer...
Transcript of UNVERSITI MALAYSIA PERLIS (UniMAP)portal.unimap.edu.my/portal/page/portal30/Lecturer...
UNVERSITI MALAYSIA PERLIS
(UniMAP)
BORANG PENAWARAN KURSUS BARU
Pusat Pengajian/Pusat : Kejuruteraan Komputer Dan Perhubungan (PPKKP)
(1) Kod kursus/ Course code: DKT 211
(2) Tajuk kursus/ Course title:
Asas Kejuruteraan Perhubungan / Basic Communication Engineering
(3) Nilai unit/ Number of unit: 3
(4) Jenis kursus/ Course type: Core
(5) Prasyarat/ Prerequisite: -
(6) Sinopsis kursus/ Course synopsis:
This course introduces the students with the basic communications systems including
parameters, basic elements, modems and noise. The knowledge gained will contribute in
understanding the operation of the related circuit. The exposures in amplitude modulations and
frequency modulations will help the most in understanding the real applications. The
introduction of digital communications will enhance the students understanding about the
revolution of communications and latest technology.
.
(7) Senarai eksperimen/ List of experiments:
Lab 1 : Introduction to laboratory equipments and simulation software
Lab 2 : Basic Filters
Lab 3 : Amplitude Modulation
Lab 4 : Frequency Modulation
Lab 5 : Digital Modulation
(8) Pendekatan pembelajaran/ Learning approach: (sbg. contoh – kuliah, seminar, amali,
lawatan, tutorial, dll. Sila nyatakan sekali bilangan jam)
(i) Kuliah: 28 Jam
(ii) Amali: 16 Jam
(III) Tutorial: 12 Jam
(9) Kali pertama penawaran kursus/ First time course offered:
Semester I, academic session 2007/2008
HEA-01
(10) Matriks hasil pembelajaran/ Course outcomes:
Nota—‘Hasil pembelajaran’ (course outcomes, CO) ialah jenis keupayaan
(competencies) yang diharapkan dapat ditunjukkan oleh pelajar setelah melalui kursus
ini.
No. Hasil Pembelajaran, CO
PO
1
PO
2
PO
3
PO
4
PO
5
PO
6
PO
7
PO
8
PO
9
PO
10
PO
11
Delivery Mode
Assessment
1. Students will be able to understand the principles of basic communication systems.
3 1 3 2 Lecture, Problem Solving and Lab
Lab, Test and Exam
2. Students will be able to understand the analog & digital modulation and the effect of SNR parameter.
3 1 2 3 Lecture, Problem Solving and Lab
Lab, Test and Exam
3. Students will be able to design basic filters and analyze their outputs.
3 1 3 3 Lecture, Problem Solving and Lab
Lab, Test and Exam
4. Students will be able to understand and differentiate between AM & FM and analyze their outputs
3 1 3 3 Lecture, Problem Solving and Lab
Lab, Test, Exam and Presentation
5. Students will be able to understand the digital communications technology.
2 2 3 1 Lecture, Problem Solving and Lab
Lab, Test and Exam
1 Sedikit/slightly 2 Sederhana/moderately 3 Banyak/substantive
Nota : PO ialah ‘hasil program’ (programme outcomes). Senarai PO UniMAP
diberikan dalam Lampiran 1
(11) Rancangan mengajar/Lesson plan
Study
Week
Course Content Delivery Mode Level of
Complexity
Assmt.
Tools
1 – 4 Chapter 1 - Basic Elements in
Communication System
1-1 Introduction to communication
system
DEFINE AND EXPLAIN
Needs for communication,
Information, message and signal,
brief history, Development and
progress of electronic
communication, Basic requirement
of communication systems
Components of a communication
system
modulation process
Frequency spectrum and
bandwidth
1-2 Noise
DEFINE , EXPLAIN and ANALYSE external
and internal noise, effect of noise on
signals, noise figure, noise temperature,
SNR
1-3 Filter
DEFINE AND EXPLAIN basic filter
Lectures Tutorial
Laboratory experiment
Knowledge Repetition
Application
Analysis
A
B
C
F
5 – 7 Chapter 2 - Amplitude Modulation (AM)
2-1 DEFINE , DESCRIBE AND ANALYSE
Principles of Amplitude modulation,
modulation index, spectral analysis and
power analysis.
2-2 AM Transmitter & Receiver
Discuss concepts of low level
modulation, high level modulation,
demodulation process, mixer,
superheterodyne receiver , TRF and
AM radio.
2-3 AM Schemes
Discuss concepts of Double Sidebands
(DSB), Single Sidebands (SSB) and
Vestigial sidebands (VSB).
Lectures, Problem solving
Tutorial Laboratory experiment
Knowledge Repetition Application
Analysis Evaluation
A B C G
8 - 10 Chapter 3 – Frequency Modulation (FM)
2-1 Principles of Frequency Modulation
DEFINE , DESCRIBE AND ANALYSE
Frequency modulation, modulation
index, Bessel function, signal
bandwidth, power relations.
2-2 FM Transmission
Discuss concepts of FM modulators,
Direct and Indirect FM transmitter.
2-3 FM Reception
Discuss concepts of FM receivers, FM
demodulators, noise suppression, FM
broadcasting.
Lectures Problem solving
Laboratory experiment Tutorial
Knowledge Repetition Application
Analysis Evaluation
A B C
11 -14 Chapter 4 – Digital Communications
4-1 Digital modulation
Define Information capacity, bit, bit rate, baud
and minimum bandwidth. Explain Shannon’s
limit. Define and describe digital Amplitude
modulation, ASK,FSK & PSK .
4-2 Digital transmission
Define Digital transmission, Briefly describe
PWM, PPM, PAM. Define and Describe
PCM,Nyquist Sampling theorem and explain
dynamic range. Define companding and
describe signal-to- quantization noise ratio.
Lectures Problem solving
Laboratory experiment Tutorial
Knowledge Application
Analysis Evaluation
A B E F
15 MINGGU ULANGKAJI / REVISION WEEK
16 - 18 PEPERIKSAAN AKHIR SEMESTER / FINAL
EXAMINATION
Projek Untuk Pembelajaran Berasaskan Masalah (PBL) – jika berkenaan
Problem-based learning (PBL) projects – where relevant
Bil. Projek
(12) Sumbangan penilaian/ Evaluation contribution:
(i) Peperiksaan akhir semester/ Final examination: 50%
(ii) Kerja kursus/course work: 50%
(iii) Perincian sumbangan kerja kursus/details of course work contribution: (Sila perincikan satu
persatu dengan peratusan setiap satu sumbangan)
a) Written Test 1 & 2 - 20%
b) Laboratory Assessments - 20%
c) Laboratory Test – 10%
(13) Tenaga pengajar untuk kali pertama penawaran kursus/ Teaching staff during the first time
course offered:
Pensyarah : Pn. Norsuhaida Bt. Ahmad
(14) Jumlah pelajar yang dijangkakan untuk kali pertama penawaran kursus/ Number of
students expected during the first time course offered: 50 orang (1 program)
(15) Senarai buku teks dan rujukan/ List of text books and references : (Dahulukan dengan
rujukan yang utama/ list main texts/references first)
Text Book: (a) Mullet,” Basic Telecommunications: The Physical Layer”, Thomson Learning, 2003
Reference Book:
(b) Wayne Tomasi,” Electronic Communication System, Fundamental Through
Advanced”,5th Ed. Pearson, Prentice Hall, 2004 (c) Paul Young, Electronics Communications Techniques, 5th Edition, Prentice Hall, 2004
(16) Nota/ Notes (Catatkan di sini maklumat lain yang berkenaan mengenai kursus ini, sekiranya
ada)
(17) Tandatangan & Kelulusan/ Signatures & approvals
_____________ ____________________ __________________
(Pencetus) (Penolong Pendaftar (Dekan/Pengarah)
Nama: Norsuhaida Bt. Ahmad Pusat Pengajian/Pusat)
Tarikh : 14/02/2007 Tarikh: Tarikh :
Cop Rasmi : Cop Rasmi:
__________________
(Dekan Pengurusan Akademik & Pengantarabangsaan)
Tarikh :
Cop Rasmi:
Lampiran 1
Hasil Program/Programme Outcomes (PO):
PO Huraian
1 Acquired the ability to apply knowledge of basic science, and
engineering fundamentals
2 In depth technical competency in a specific engineering
discipline
3 Ability to communicate and use ICT effectively
4 Ability to use techniques, skills, and modern engineering tools
necessary for engineering practice so as to be easily adaptable
industrial needs
5 Ability to identify problems, create solutions, innovate and improve
current designs and practices
6 An understanding of professional and ethical responsibilities and
commitment to the community
7 A recognition of the need for, and an ability to engage in, life-
long learning. In other words, the graduates can adapt to new
situations and demands by applying and/or updating knowledge
and skills
8 Ability to function effectively in teams in ways that contribute to
effective working relationships and the achievement of goals both
as a leader as well as an effective team player
9 Ability to have an international perspective on social, cultural and
global responsibilities
10 An in-depth understanding of entrepreneurship, the process of
innovation, and the need for sustainable development
11 Ability to appreciate esthetic values through development and
applications of personal judgment
1) Please refer to NOTE 1 regarding Possible Assessment in item (10) Course
Outcomes Matrix and item (11) Teaching Plan
2) Please refer to NOTE 2 regarding Programme Educational Objectives (PEO)
for Diploma in Engineering at UniMAP
3) Please refer to NOTE 3 regarding Programme Outcomes (PO) for Diploma
in Engineering at UniMAP
4) Please refer to NOTE 4 regarding Delivery Mode Suggestion
5) Please refer to NOTE 5 regarding Level of Complexity
6) Please refer to NOTE 6 regarding verbs used in item (11) Teaching Plan
7
Lampiran 1
NOTE 1: POSSIBLE ASSESSMENT (Assessment mode can vary from semester to
semester based on suitability)
Code Description
A Examinations and/or tests
B Laboratory experiment, test, report and oral presentation
C Design project, report (and oral presentation)
D Graduation project, dissertation and oral presentation
E Quiz
F Assignment
G Computer simulation
H Prototype development
I Class attendance
J Industrial training report, oral presentation and UniMAP’s abd host
company supervisor evaluations.
NOTE 2: PROGRAMME EDUCATIONAL OBJECTIVES (PEO) UniMAP (For Diploma in
Engineering at UniMAP)
PEO
Code
Description
1 To produce specialized graduates who are technically competent in
their respective engineering fields.
2 To produce graduates with technical skills and engineering
knowledge who are able to apply them in the current engineering
demands
3 To produce graduates who are able to extend and expand their
knowledge through independent learning and continuing education
4 To contribute to the development of strategic engineering disciplines,
in line with the requirements outlined in Malaysia’s Industrial Master
Plan
NOTE 3: PROGRAMME OUTCOMES (PO) UniMAP (For Diploma in Engineering at
UniMAP)
PO
Code
Description
Technical Knowledge and Competencies
1 Ability to apply knowledge of basic mathematics, science and
engineering.
2 Ability to acquire good technical competency in specific
engineering discipline.
3 Ability to apply various techniques, skills and engineering tools necessary for
current engineering practice to meet industrial needs.
8
4 Ability to identify and analyse problems to formulate solutions.
Soft Skills 5 Recognition of the need for, and ability to engage in life-long learning.
6 Ability to communicate effectively not only with colleagues but also with the
community at large.
7 Ability to use ICT effectively in professional contexts.
8 Ability to function effectively as an individual and in teams
9 Understanding of the social, cultural, environmental and ethical
responsibilities to the society.
10 Understanding of entrepreneurship, the process of innovation and the need
for sustainable development.
NOTE 4: DELIVERY MODE
Lecture; Problem Solving; Laboratory Experiments; Questioning; Supplemental
Reading; Study Session; Virtual Laboratory Experiments; Computer Simulation;
Projects; Photograph; Tour; Presentation; Seminar from industry expert; Report.
NOTE 5: LEVEL OF COMPLEXITY
Knowledge : Define, introduce, describe, name, relate, explain, identify
and remember concepts and principles
Repetition : Repeat and discuss concepts and principles
Application : Apply, demonstrate, interpret and illustrate concepts and
principles
Analysis : Learn to calculate, solve, compute, compare, derive
Evaluation : Learn to evaluate, decide, recommend, justify, assess
Synthesis : Learn to design, conduct, perform, create, produce, propose
new task and design
NOTE 6: VERB USED IN TEACHING PLAN
Define; Repeat; Remember; Describe; Explain; Discuss; Relate; Illustrate; Analyze;
Derive; Apply; Compare; Solve; Calculate; Identify; Perform; Design; Propose;
Produce; Evaluate; Justify.