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BUKU PANDUAN
PROGRAM
JABATAN TEKNOLOGI KIMIA
DAN MAKANAN (JTKM)
DIPLOMA TEKNOLOGI MAKANAN
DIPLOMA TEKNOLOGI KIMIA (LEMAK DAN MINYAK)
ISI KANDUNGAN
NO PERKARA MUKA
SURAT
1 PENGENALAN
● Falsafah Pendidikan
● Lonjakan PPPM-PT
● Visi Jabatan Pengajian Politeknik
● Misi Jabatan Pengajian Politeknik
● Sejarah PTSN
● Visi PTSN
● Misi PTSN
1-4
2 JABATAN TEKNOLOGI KIMIA DAN
MAKANAN (JTKM)
Maklumat am
Senarai fasiliti
5-6
3 MAKLUMAT PROGRAM
Diploma Teknologi Makanan (DTM) 7-31
Diploma Teknologi Kimia (Lemak
dan Minyak) (DFO)
32-63
4 JABATAN MATEMATIK DAN SAINS
KOMPUTER (JMSK)
64-67
5 JABATAN PENGAJIAN AM (JPA) 68-74
6 JABATAN SUKAN, KESENIAN DAN
KEBUDAYAAN (JSKK)
75-78
7 PEPERIKSAAN DAN PENILAIAN 79-95
8 LATIHAN INDUSTRI 96-99
1
FALSAFAH PENDIDIKAN
Pendidikan di Malaysia adalah suatu usaha berterusan ke arah
memperkembangkan lagi potensi individu secara menyeluruh
dan bersepadu untuk mewujudkan insan yang seimbang dan
harmonis dari segi intelek, rohani, emosi dan jasmani
berdasarkan kepercayaan dan kepatuhan kepada Tuhan.
Usaha ini adalah bagi melahirkan rakyat Malaysia yang berilmu
pengetahuan, berketerampilan, berakhlak mulia,
bertanggungjawab dan berkeupayaan mencapai
kesejahteraan diri, serta memberi sumbangan terhadap
keharmonian dan kemakmuran keluarga, masyarakat dan
negara.
PENGENALAN
2
10 LONJAKAN PPPM-PT
MISI JPP
Menyediakan akses kepada program TVET yang
berkualiti dan diiktiraf
Membangunkan kurikulum yang dipimpin industri dan
meningkatkan kesediaan graduan melalui penglibatan
industri yang diselaraskan
Menghasilkan graduan yang seimbang dan berdaya
keusahawanan melalui program pengajian yang
dinamik dan mampan
Mendapat pengiktirafan antarabangsa melalui
kerjasama dan penyertaan aktif dalam komuniti TVET
3
VISI JPP
Menjadi institusi TVET premier yang diterajui industri
SEJARAH PTSN
Politeknik Tun Syed Nasir Syed Ismail (PTSN) bermula dengan
nama Politeknik Pagoh Johor (PPJ). Merupakan politeknik yang
ke-33 ditubuhkan pada 21 Februari 2014, di bawah naungan
Kementerian Pendidikan Tinggi Malaysia. Penubuhan PPJ sejajar
dengan visi JPP sebagai penjana modal insan inovatif melalui
pendidikan & latihan transformasi. Penempatan kampus
sementara PPJ adalah di Kampus B, Politeknik Sultan Hj. Ahmad
Shah (POLISAS), Semambu, Kuantan, Pahang. Pengambilan
pelajar PPJ yang pertama adalah pada Sesi Jun 2014 bagi
Program Diploma Teknologi Makanan(DTM) dan disusuli
pengambilan pelajar Diploma Kejuruteraan Proses (Petrokimia)-
DPE pada sesi Disember 2014. PPJ telah berpindah ke kampus
tetapnya di Hab Pendidikan Tinggi Pagoh, Johor pada Jun 2017.
PTSN yang terdiri daripada dua jabatan induk, iaitu Jabatan
Kejuruteraan Petrokimia(JKPK) dan Jabatan Teknologi Kimia dan
Makanan(JTKM). Akademik di PTSN turut disokong dengan dua
jabatan akademik sokongan, iaitu Jabatan Matematik, Sains
dan Komputer (JMSK) dan Jabatan Pengajian Am (JPA).
Bermula Sesi Jun 2017, PTSN telah menawarkan sebanyak enam
Program yang terdiri daripada empat Program di bawah seliaan
JKPK dan dua Program si bawah seliaan JTKM.
4
VISI PTSN
Institusi TVET dalam bidang kejuruteraan petrokimia dan
teknologi kimia serta teknologi makanan di rantau Asia Pasifik
MISI PTSN
1. Memperkasakan pelaksanaan kurikulum yang dipandu
oleh industri
2. Membangun insan yang berkemahiran, berinovasi dan
berintegriti berasaskan pendidikan holistik.
3. Mendapat pengiktirafan dan akreditasi
daripadabadan professional yang bertauliah.
4. Membudayakan aktiviti penyelidikan dan
pembangunan.
5
JABATAN
TEKNOLOGI KIMIA
DAN MAKANAN
( JTKM)
6
MAKLUMAT AM
Jabatan Teknologi Kimia dan Makanan (JTKM) menawarkan dua program iaitu
Diploma Teknologi Makanan dan Diploma Teknologi Kimia (Lemak dan Minyak).
Jabatan ini mempunyai 25 orang staf yang berdedikasi bagi melahirkan graduan
Jabatan Teknologi Kimia dan Makanan yang berketrampilan, berdaya
usahawan dan berinovatif mengikut kemajuan teknologi baru terutamanya
dalam industri kimia dan makanan.
SENARAI FASILITI
OIL & FAT ANALYSIS LABORATORY
CHEMISTRY LABORATORY 2
ADVANCE OIL AND FAT ANALYSIS
LABORATORY
CHEMICAL INSTRUMENTATION
LABORATORY
ANALYTICAL LABORATORY
BAKERY LABORATORY
SENSORY LABORATORY
OIL AND FAT TECHNOLOGY
LABORATORY
PLANT-BASED LABORATORY
ANIMAL-BASED LABORATORY
AUDIO VISUAL LABORATORY
PROCESSING LABORATORY
OIL AND PROCESSING PILOT
PLANT
CHEMISTRY LABORATORY 1
INSTRUMENTATION LABORATORY
MICROBIOLOGY LABORATORY
FOOD QUALITY CONTROL
LABORATORY
FOOD ANALYSIS LABORATORY
FOOD ENGINEERING
LABORATORY
FOOD PROCEESING
LABORATORY
JABATAN TEKNOLOGI KIMIA DAN MAKANAN (JTKM)
7
DIPLOMA TEKNOLOGI MAKANAN (DTM)
8
PENGENALAN
Terdapat permintaan tinggi untuk tenaga kerja mahir dalam
industri makanan sejajar dengan matlamat kerajaan bagi
mempromosikan Malaysia sebagai hab makanan halal dalam
era globalisasi kini. Salah satu faktor penting yang memacu
pertumbuhan produktiviti negara adalah mempunyai tenaga
kerja berkelayakan dalam bidang ini, bagi membangunkan
industri makanan dan kekal berdaya saing di pasaran dunia.
Diploma Teknologi Makanan Politeknik, Kementerian Pendidikan
Malaysia direka untuk menyediakan pelajar dengan pelbagai
kajian dalam bidang sains makanan, pemprosesan makanan,
kawalan kualiti makanan, analisis makanan dan kejuruteraan
makanan. Kursus-kursus yang ditawarkan akan membantu
pelajar untuk memahami sifat makanan, punca kerosakan
makanan dan prinsip-prinsip asas pemprosesan makanan serta
penghasilan makanan yang selamat dan berkualiti.
Tujuan program ini adalah untuk melengkapkan pelajar dengan
ilmu terkini dan kemahiran yang diperlukan dalam era ekonomi
global. Bagi menangani isu ini, kurikulum pembelajaran program
ini akan menekankan aspek teknologi semasa dan
DIPLOMA TEKNOLOGI MAKANAN (DTM)
9
menekankan aspek penghasilan tenaga kerja mengikut
permintaan industri. Sebagai satu nilai tambah dalam program
ini pelajar dikehendaki untuk menghadiri Kursus Pengendali
Makanan yang menawarkan pensijilan yang diiktiraf oleh
Kementerian Kesihatan.
SINOPSIS
DIPLOMA TEKNOLOGI MAKANAN adalah bertujuan untuk
melahirkan graduan yang mempunyai pengetahuan dan
kemahiran dalam bidang teknologi makanan untuk memenuhi
permintaan yang semakin meningkat dalam industri makanan,
sektor kerajaan dan menjadi usahawan yang berjaya. Struktur
program memberi tumpuan kepada Pemprosesan Makanan,
Sains Makanan, Kawalan Kualiti Makanan, Analisis Makanan,
Mikrobiologi Makanan, Analisis Instrumentasi dan berapa kursus
elektif.
Pemprosesan makanan terdiri daripada Teknologi Produk
Haiwan dan Teknologi Produk Tumbuhan I & II. Bagi kursus
Mikrobiologi Makanan, kursus ini terdiri daripada Asas
Mikrobiologi, Mikrobiologi Makanan dan Mikrobiologi Industri
Makanan. Kursus-kursus lain termasuklah Kimia Makanan,
Biokimia Makanan, Statistik bagi Sains Makanan, Keselamatan
Makanan, Analisis Kualiti Makanan, Asas Kejuruteraan Makanan,
Pembungkusan Makanan, Teknologi Lepas Tuai, Penilaian Deria
Makanan, Pemakanan dan Kesihatan Manusia, Teknologi
Minyak dan Lemak, Teknologi Bakeri dan Projek. Bahasa Inggeris
10
untuk Komunikasi, Matematik Kejuruteraan dan Pengajian
Malaysia turut diajar dalam program ini..
JOB PROSPECT Para graduan berpeluang untuk mendapat pekerjaan
dalam beberapa sektor pekerjaan seperti institusi
pendidikan, industri makanan, syarikat-syarikat
bioteknologi, pusat penyelidikan, sektor kerajaan
contohnya Jabatan Kesihatan, Jabatan Alam Sekitar,
Jabatan Pertanian, MARDI, FAMA, MPOB, SIRIM, Jabatan
Sumber Manusia dan sektor swasta seperti industri
makanan, kedai makanan segera, industri kimia oleo dan
industri pembungkusan.
Pekerjaan yang berpotensi termasuk:
Eksekutif Kawalan Kualiti Makanan
Penolong Ahli Mikrobiologi Makanan
Penolong Ahli Penganalisis Makanan
Penolong Inspektor Makanan
Penyelia Jaminan Kualiti Makanan
Juruteknik Makmal
Usahawan
Eksekutif Pengeluaran
Eksekutif Kawalan Kualiti
Eksekutif Pemasaran
Penolong Pegawai Penyelidik
11
Penolong Pegawai Teknologi Makanan
Penolong Pakar Pemakanan
Eksekutif Pembelian
Pekerja Kilang Makanan (QA/QC/R&D)
PenyeliaPurchasing Executive
Entrepreneur
VISI To be Malaysia’s number one provider of an innovative human
capital through transformational education and training for the
global workforce for 2015
MISI
Breaking boundaries for the creation of transformative and
creative learning environment for an innovation led economy.
MATLAMAT PROGRAM Diploma in Food Technology graduates in Polytechnics, Ministry
of Higher Education will have knowledge, technical skills and
attitude to adapt themselves with new technological
advancement and challenges in Food Technology.
12
OBJEKTIF PROGRAM PENDIDIKAN (PEO) Program Diploma Teknologi Makanan akan menghasilkan
pekerja separa profesional yang:
1. Menunjukkan asas yang baik pengetahuan dalam bidang
teknologi makanan.
demonstrate good foundation of knowledge in the field of food
technology
2. Menunjukkan
kemahiran praktikal yang baik dalam bidang teknologi
makanan.
demonstrate good practical skill in the field of food technology
3. Menegakkan sikap positif, nilai dan etika profesionalisme
kepada rakan sekerja, pelanggan, majikan dan masyarakat.
uphold positive attitude, values and professionalism ethics to
colleagues, client, employers and society
4. Boleh berkomunikasi dengan berkesan, bekerja dengan baik
dalam satu pasukan dan menunjukkan kemahiran kepimpinan
yang baik.
able to communicate effectively, work well in a team and
demonstrate good leadership skills
5. Dapat menyelesaikan masalah di tempat kerja, amalan
keusahawanan, dan cepat menyesuaikan diri dengan
teknologi baru.
able to solve problems in workplace, practice entrepreneurial,
and adaptable to new technology
13
HASIL PEMBELAJARAN PROGRAM (PLO) Setelah tamat program ini, graduan akan dapat:
1. Menggunakan pengetahuan asas matematik,
kemahiran insaniah, sains sosial dan sains hayat dalam
bidang teknologi makanan.
Apply basic knowledge of mathematics, soft skills, social
sciences and life sciences in the field of food
technology.
2. Menjalankan prosedur makmal dengan cekap
menggunakan kaedah, teknik dan peralatan yang
sesuai dengan teknologi makanan.
Carry out competently laboratory procedures using
appropriate methods, techniques and equipment
related to food technology.
3. Berkomunikasi dengan berkesan menggunakan media
dan format yang sesuai (seperti yang ditulis, grafik,
berangka, visual) kepada rakan-rakan, kakitangan dan
lain-lain.
Communicate effectively using appropriate media and
format (such as written, graphical, numerical, visual) to
colleagues, staff and others.
4. Bertindak balas secara berkesan kepada masalah yang
berkaitan dengan teknologi makanan dan dapat
menyelesaikannya melalui analisis, logik dan kemahiran
berfikir secara kritikal.
14
Respond effectively to problems related to food
technology and being able to solve them by using
analytical, logical and critical thinking skills.
5. Memainkan peranan dan tanggungjawab dalam
setiap keadaan, dan dapat bergaul dengan baik
dalam profesion dan masyarakat.
Recognize the roles and responsibilities to be played in
every different condition, and able to socialize
effectively in profession and community.
6. Menjalani pembelajaran sepanjang hayat dan
menyesuaikan diri dengan kemajuan teknologi baru
dan cabaran dalam teknologi makanan.
Undertake life-long learning and adapt to new
technological advancements and challenges in food
technology.
7. Memupuk kemahiran keusahawanan dalam
pembangunan perniagaan berkaitan teknologi
makanan.
Inculcate entrepreneurial skill in the development of
food technology related business.
8. Menghargai kesan teknologi makanan kepada
masyarakat dan menyedari isu-isu moral, etika dan
undang-undang.
Appreciate the impact of food technology on society
and be aware of the moral, ethical and legal issues.
15
9. Menunjukkan tanggungjawab kepimpinan yang
berkesan dan kerja berpasukan untuk memenuhi
matlamat bersama.
Demonstrate effective leadership responsibility and
teamwork to meet the common goal.
16
PROGRAMME STRUCTURE (SEM 1- SEM 6)
L P T
DUB1012 Pengajian Malaysia 1 0 2 2
DUE1012 Communicative English 1 1 0 2 2
DRB1XX0 Asas Unit Beruniform 0 2 0 0
DUW1012 Occupational, Safety And Health 2 0 0 2
DBM1013 Engineering Mathematics 1 2 0 2 3
DMT1013 Inorganic and Physical Chemistry 2 2 0 3
DMT1023 Fundamentals of Microbiology 2 3 0 3
Discipline Core DMT1032 Introduction to Food Science and Technology 2 0 0 2
TOTAL 17
DUA2012 Sains, Teknologi dan Kejuruteraan Dalam Islam * 1 0 2 2
DUB2012 Nilai Masyarakat Malaysia ** 1 0 2 2
DRB2XX1 Unit Beruniform 1 0 2 0 1
DRS2XX1 Sukan 0 2 0 1
Common Core DMT2013 Organic Chemistry 2 2 0 3
DMT2023 Food Chemistry 2 2 0 3
DMT2033 Food Microbiology 2 2 0 3
DMT2043 Unit Operation in Food Processing 2 2 0 3
DMT2052 Concept of Halal Food 2 0 0 2
TOTAL 17
DUE3012 Communicative English 2 1 0 2 2
DRB3XX2 Unit Beruniform 2 0 4 0 2
DRK3XX2 Kelab/Persatuan 0 4 0 2
DMT3013 Food Quality Analysis 2 2 0 3
DMT3023 Animal Products Technology 2 3 0 3
DMT3033 Plant Process Technology 2 3 0 3
DMT3043 Fats and Oils Technology 2 2 0 3
TOTAL 16
DUT40110 Industrial Training 0 0 0 10
TOTAL 10
DMT5012 Food Packaging 2 0 0 2
DMT5023 Instrumentation in Food Analysis 2 2 0 3
DMT5032 Sensory Evaluation of Food 1 2 0 2
DMT5042 Statistics for Food Science 2 0 0 2
DMT5052 Food Product Development 0 4 0 2
DMT5062 Project 1 2 0 0 2
DMT5073 Food Biochemistry 2 2 0 3
DMT5083 Plant Products Technology 2 3 0 3
DMT5093 Bakery Technology 1 4 0 3
DMT5102 Post-harvest Technology 2 0 0 2
DMT5112 General Physics 2 0 1 2
TOTAL 15
DUA6022 Komunikasi dan Penyiaran Islam 1 0 2 2
DUE5012 Communicative English 3 1 0 2 2
Common Core DPB2012 Entrepreneurship 2 1 0 2
DMT6013 Food Safety 3 0 0 3
DMT6023 Fundamentals of Food Engineering 2 2 0 3
DMT6033 Project 2 0 6 0 3
DMT6043 Human Nutrition and Health 3 0 0 3
DMT6053 Industrial Food Microbiology 2 2 0 3
DMT2013 Engineering Mathematics 2 2 0 2 3
DYB6042 Food Biotechnology 2 0 0 2
DUA6012 Integrasi Malaysia 1 0 2 2
TOTAL 17
COURSE
SEMESTER 2
Discipline Core
Elective
0
SEMESTER 5
Compulsory
Common Core
Discipline Core
COMPONENTSCOURSE
CODE
Discipline Core
Compulsory
CREDIT
HOURS
25
24
CONTACT
23
21
SEMESTER 4
SEMESTER 3
SEMESTER 1
Compulsory
Elective
SEMESTER 6
20
Compulsory
Discipline Core
17
SINOPSIS PROGRAM
SEM
ESTE
R
CO
UR
SE
CR
ED
IT
PR
ER
EQ
UIS
ITE
SYNOPSIS
CLO
1
DM
T10
13
INO
RG
AN
IC A
ND
PH
YSIC
AL C
HEM
ISTR
Y
3
-
INORGANIC AND PHYSICAL
CHEMISTRY introduces the basic
concepts of molecular science
and uses them to discuss the
behaviour of atoms and molecules
in qualitative and quantitative
terms. The fundamental concepts
include atomic structure, Periodic
Table, volumetric analysis, redox
reactions, acids and bases,
chemical kinetics and chemical
equilibrium. It will provide the
framework for an understanding of
the molecular basis of many
technologically important
processes.
1. Explain the basic
principle of inorganic
and physical
chemistry regarding
of matter, Periodic
Table, chemical
bonds, volumetric
analysis, redox
reaction, properties
of acids and bases in
aqueous solution as
well as the concepts
of dynamic chemical
equilibrium and
chemical kinetics.
2. Display practical skill
through group work in
inorganic chemistry
laboratory
experiment.
3. Discuss procedure
with proper
techniques to create
a secured
environment while
doing practical work
and act responsibly
as a team member.
18
DM
T10
23
FU
ND
AM
EN
TALS
OF M
ICR
OB
IOLO
GY
3
FUNDAMENTALS OF
MICROBIOLOGY consists of
principles of microbiology,
characteristics and classification
of microorganisms, ecology of
microorganisms, cell metabolism,
factors controlling growth and
reproduction of the
microorganisms, cultivation and
microorganism control.
1. Explain briefly the
basic principle of
microbiology
regarding the
characteristics,
classification,
ecology, cell
metabolism, growth
as well as cultivation
and microorganism’s
control.
2. Display practical skill
through group work
in fundamental of
microbiology
laboratory
experiment.
3. Follow procedures
with proper
techniques of
microbiology to
create a secured
environment while
doing practical work
and act responsibly
as a team member.
19
DM
T 10
32
INTR
OD
UC
TION
FO
OD
SC
IEN
CE
AN
D TE
CH
NO
LOG
Y
2
INTRODUCTION FOOD SCIENCE
and TECHNOLOGY covers various
food commodities, properties of
food, nutritive aspects, food
processing and quality factors,
food deterioration, food
preservation, food safety and
food regulation.
1. Define the scope of
food science and
technology and
describe how the
field of study is
related in the food
industry.
2. Describe the basic
food composition of
various food
commodities and
their effects on food
characteristics and
nutritional value.
3. Explain the basic
concepts of food
processing and
preservation and the
relationship between
food processing,
food quality, food
safety and food
regulations.
20
2
DM
T20
13
OR
GA
NIC
CH
EM
ISTR
Y
3
ORGANIC CHEMISTRY covers the
study of organic compounds,
beginning with the IUPAC system
of nomenclature, classification,
molecular structure, physical
properties and common
applications of organic
compounds. Subsequently
students study the common types
of chemical reactions
encountered in organic
chemistry, followed by the
phenomenon of isomerism.
1. Explain correctly the
functional group in
organic chemistry,
name correctly
organic compound
using IUPAC
nomenclature, the
reaction and the
isomerism in organic
chemistry.
2. Display practical skill
through group work
in organic chemistry
laboratory
experiment and write
lab report
individually.
3. Follow procedure
with proper
techniques to create
a secured
environment while
doing practical work
and act responsibility
as a team member.
21
2
DM
T20
23
FO
OD
CH
EM
ISTR
Y
3
FOOD CHEMISTRY covers the
nature, structure and the
importance of major chemical
composition in food such as
water, carbohydrates, protein,
lipid, vitamin, mineral and
pigments. The methods of
determination of components are
also emphasized. This course also
discusses the composition and
chemical properties of selected
food commodities (meat,
chicken, milk, fish, egg, fruits,
vegetables and cereals) and
chemical changes that occur
during processing and storage.
1. generalize the
principle of food
chemistry regarding
chemical
compositions in food
and their methods of
determination and
the changes during
processing.
2. Display practical skill
through group work
in fundamental food
chemistry laboratory
experiment.
3. Follow procedures
with proper
techniques of food
chemistry to create a
secured environment
while doing practical
work and act
responsibly as a team
member.
22
DM
T20
33
FO
OD
MIC
RO
BIO
LOG
Y 3
FOOD MICROBIOLOGY covers the
characteristics and nature of
microorganisms in food; factors
affecting the rate of growth;
microbiological aspect in
processing and preservation of
food; food spoilage, food-borne
diseases and microorganisms as
indicators of food safety.
1. generalize the
characteristics and
nature of
microorganisms in
food, factors
affecting growth of
microorganisms,
microbiological
aspect in processing
and preservation of
food, food spoilage,
food-borne diseases
and microorganisms
as a food safety
indicator. (C3, PLO1)
2. Display practical skill
through group work
in food microbiology
laboratory
experiment. (P3,
PLO2)
3. Follow procedures
with proper
techniques of food
microbiology to
create a secured
environment while
doing practical and
act responsibly as a
team member.
(A3,PLO5)
23
DM
T20
43
UN
IT OP
ER
ATIO
NS IN
FO
OD
PR
OC
ESSIN
G
3
UNIT OPERATIONS IN FOOD
PROCESSING consists of basic
principles of the major unit
operations in food processing
including preparation of raw
material, size reduction operation
and screening, mixing and
emulsification operation, filtration
and centrifuge operation,
extraction of liquid-solid,
expression and evaporation.
Types of equipment and the
usage for all operations in the
various food processing are also
discussed as well as plant design
and layout of the complete food
processing plant.
1. Explain the principles,
methods and the
basic problems of
unit operations
involved in food
processing.
2. Display practical skill
in food processing
laboratory
experiment.
3. Participate activity as
a team member
during laboratory
experiment.
DM
T 20
52
CO
NC
EP
T OF H
ALA
L FO
OD
2
CONCEPTS OF HALAL FOOD
covers the shariah principles and
halal requirements, roles of
various agencies, halal
certification and halal logo,
Malaysian Halal Standard, and
halal legal control.
1. Explain shariah
principles and
requirements
pertaining to halal.
2. Demonstrate the
requirements for
Malaysia halal
certification process.
3. Respond to current
halal issues.
24
DM
T 30
13
FO
OD
QU
ALITY
AN
ALY
SIS
3
FOOD QUALITY ANALYSIS consists
of introduction to quality and
food quality control, quality
specification, procedures of
quality control, sampling, testing
methods, types of food defect,
recording and reporting in food
quality analysis.
1. Explain the basic
concept of quality
control procedures,
quality specification,
and sampling, testing
methods, types of
food defects,
recording and
reporting.
2. Display practical skills
in laboratory
experiment.
3. Participate in class
activities and act
responsibly as a team
member.
DM
T30
23
AN
IMA
L PR
OD
UC
T
TEC
HN
OLO
GY
3
ANIMAL PRODUCTS TECHNOLOGY
contains the basic principles of
processing animal based
products such as meat, poultry,
milk, egg, fish and shellfish
product. This course also exposes
students to the processing
method, equipment operation
used and quality control of the
products.
1. Apply generally the
method, ingredients
and their functions
involved in the
processing operation
of meat, poultry, milk,
dairy, fish, shellfish,
egg as well as their
products.
2. Perform practical skills
in laboratory
experiment.
3. Demonstrate team
work attributes during
laboratory
experiments.
25
DM
T30
33
PLA
NT P
RO
CESS TE
CH
NO
LOG
Y
3
PLANT PROCESS TECHNOLOGY
consists of the processing of fruits
and vegetables including
canning, freezing and drying,
juice production jam and jelly jam
processing. It also covers cereal
(rice, wheat, baking technology)
and beverage. It looks into the
method, functions of ingredients
and equipment used as well as
the quality control involved.
1. Apply the concept in
plant process
technology to solve
simple problems
pertaining to the
processing of fruits,
vegetables, cereals
(rice and wheat) and
tea and coffee.
2. Perform practical skill
in food processing
laboratory
experiment and
produce report either
individually or in
group.
3. Demonstrate
procedures with
proper techniques to
produce selected
products and create
a secured
environment while
doing practical team
work.
DM
T 30
43
FA
TS A
ND
OILS
TEC
HN
OLO
GY
3
FATS AND OILS TECHNOLOGY
provides knowledge of the types
of fats and oils as well as their
physical and chemical
characteristics, processing and
modification of fats and oils,
products analysis and the effects
of fats and oils industry to the
environment.
1. Explain
characteristics of fats
and oils, basic
principle, methods
and importance of
each process in fats
and oils processing.
display practical skills
in fats and oils
laboratory
experiment
2. Display practical skills
in fats and oils
laboratory
experiment
3. Participate actively
as a team member
during laboratory
experiment.
26
5
DM
T 50
12
FO
OD
PA
CK
AG
ING
2 -
FOOD PACKAGING consists of
basic principles of packaging,
types and properties of
packaging materials, methods of
manufacturing the packaging
materials and the suitability of
packaging according to selected
food commodities.
1. Generalize the
importance of food
packaging,
concerns, and
packaging principles.
2. Distinguish food
package properties,
uses and
productions.
3. Relate the
appropriate
packaging
requirements for
selected food
commodities with
regard to current
issues and trends.
DM
T 50
23
INSTR
UM
EN
TATIO
N IN
FO
OD
AN
ALY
SIS
3 -
INSTRUMENTATION IN FOOD
ANALYSIS contains the
introduction of instrumentation,
principles and methods of food
analysis using spectroscopy,
chromatography and others.
Emphasis is given to acquire skills
in handling analytical equipment.
1. Explain generally the
principles and
application of
different instruments
in food analysis
according to
appropriate
methods.
2. Perform practical skill
in food analysis
laboratory
experiment.
3. Demonstrate
procedures with
proper techniques
while doing analysis
and create a
secured environment
while doing practical
team work as well as
contribute effectively
as a team member.)
27
DM
T 50
32
SEN
SO
RY
EV
ALU
ATIO
N
OF F
OO
D
2 -
SENSORY EVALUATION OF FOOD
exposes students to the basic
principles of sensory evaluation,
the four basic tastes, sensory and
psychological aspects in sensory
evaluation, factors influencing
sensory evaluation, basic
requirement for sensory
evaluation, selection and training
of panelists and various methods
of evaluation as well as data
analysis.
1. Apply the principles
and basic
requirements of food
sensory evaluation
2. Organize appropriate
methods to evaluate
various attributes of
food quality as well
as selecting the
panelist and
analyzing data of
sensory.
3. 3. Relate the
application of food
sensory evaluation in
food industry.
DM
T 50
42
STA
TISTIC
S F
OR
FO
OD
SC
IEN
CE
STATISTICS FOR FOOD SCIENCE will
provide students with basic
knowledge on descriptive
statistics, and inferential statistics
which commonly used in the field
of science and technology. This
course also introduces the
application of computer software
for data presentation and
analysis. Students will be able to
describe and analyze data in
food science and food
technology-related situations
through application of the
knowledge and skills gained.
1. Solve statistical
problems through
application of
statistic concepts,
basic formulae and
inferential statistical
tests.
2. Display practical skills
to analyze statistical
data using computer
software.
3. Demonstrate the
ability to
independently
search for
information and
solution to a problem
encountered.
28
DM
T50
52
FO
OD
PR
OD
UC
T
DEV
ELO
PM
EN
T
2 -
FOOD PRODUCT DEVELOPMENT
consists of the method and
procedure to produce new food
product, starting from idea
generation, screening of ideas,
and development of product,
market testing, data collection
and analysis and promotion of a
new food product.
1. Discover an
acceptable new
product through a
systematic
approach.
2. Organize a selected
new product based
on planned design
and inculcate basic
entrepreneurial skills.
3. Integrate simple
market research in
product
development
through appropriate
method.
DM
T 50
62
PR
OJEC
T 1
2 -
PROJECT 1 is a theoretical and
practical - based study that
guides the students to produce a
well written research proposal in
the field of food technology. It
outlines the basic principles
involved in the selection and
choice of a research topic, the
scope of the research, planning
the research and research
methodology. At the end of the
study, the project proposal will be
presented for evaluation
purposes.
1. Apply knowledge of
food technology in
proposing a research
study
2. Produce a written
proposal comprising
research topic,
introduction,
literature review,
research objectives,
research questions or
hypothesis, research
design, research
methods and
proposed analysis.
3. Present and defend
the proposal to an
audience orally.
29
DM
T 60
13
FO
OD
SA
FETY
3 -
FOOD SAFETY covers the sources
of food contamination and
poisoning, food borne diseases,
relevant control measures;
principles and practices of
personal hygiene cleaning and
sanitation; basis of GMP; HACCP
principles; risk analysis as well as
food law in Malaysia.
1. Generalize the
practices of GHP and
GMP in food industry.
2. 2. Explain a HACCP
system appropriate
for food industry
3. Clarify the aspects
and scope of food
legislation in Malaysia
with regards to food
safety
DM
T 60
23
FU
ND
AM
EN
TALS
OF
FO
OD
EN
GIN
EER
ING
3 -
FUNDAMENTALS OF FOOD
ENGINEERING looks into the
following principles: the basic
principles of food engineering on
problem solving involving
temperature, pressure, mass and
mole of substances; principles
and problems in mass balance;
principles and problem solving in
energy balance; principle of heat
transfer; and engineering
principles in freezing and
refrigeration. The course also
exposes students to two other
principles: fluid flow and drying
processes.
1. Calculate problems
using basic principles
in mass balance,
energy balance,
heat transfer, fluid
flow, drying, freezing
and cooling.
2. Display practical skill
and identify
component and
function of
equipment used in
food engineering.
3. Discuss engineering-
related problems in
food production. D
MT 5
03
3 P
RO
JEC
T 2
PROJECT 2 is a laboratory based
study that requires the student to
carry out a research project in the
field of food science and
technology. It outlines the basic
principles involved in the selection
and choice of a research topic,
the scope of the research,
planning and conducting the
project. The findings of the study
will be written as a report as well
as presented for evaluation.
1. Transform the
concept of food
science and
technology in
conducting a
research or case
study.
2. Organize a selected
project or case study
based on planned
design.
3. Integrate an
appropriate project
report and present
the findings orally.
30
DM
T 50
73
FO
OD
BIO
CH
EM
ISTR
Y
FOOD BIOCHEMISTRY provides
students with the basic aspects of
food biochemistry. Topics include
cell respiration, biochemical
changes in ripening fruits and
vegetables, biochemical
changes in meat, enzymatic and
non-enzymatic browning
reactions, phenolic compounds,
essential oils and the use of
enzymes in food technology.
1. 1. Generalize the
important roles of
biochemistry
changes, browning
reactions, phenolic
compounds, essential
oils and enzymes in
food industry.
2. practical skills in food
biochemistry
laboratory
experiment.
3. Describe procedures
with proper
techniques to create
a secured
environment while
doing practical and
act responsibly as a
team member.
DM
T 50
83
PLA
NT P
RO
DU
CTS
TEC
HN
OLO
GY
PLANT PRODUCTS TECHNOLOGY
consists of the principles and
methods of processing of sugar
and confectionery, cocoa and
cocoa products, soy beans,
coconut and peanut, pasta
products and snack foods. It looks
into the method, functions of
ingredients and equipment used
quality control, storage and
packaging.
1. explain generally the
method, ingredients
and their function
that involved in the
processing operation
of sugar and
confectionery,
coconut, pasta
products, snack
foods, miscellaneous
products.
2. display practical skill
in food processing
laboratory
experiment.)
3. describe procedure
with proper
technique to create
a secured
environment while
doing practical and
act responsibility as a
team member.
31
32
DIPLOMA TEKNOLOGI KIMIA (LEMAK DAN MINYAK)
(DFO
33
PENGENALAN PROGRAM
Malaysia merupakan peneraju global dalam industri kelapa
sawit dan oleokimia asas. Pada tahun 2010, industri minyak
sawit telah menjana Pendapatan Kasar Negara (PKN)
bernilai RM53 bilion. Sumbangan ini dijangka akan
meningkat sekurang-kurangnya tiga kali ganda ke RM178
bilion menjelang 2020 (PEMANDU, 2010). Industri ini meliputi
seluruh rantaian nilai daripada perladangan huluan kepada
pemprosesan hiliran. Malaysia perlu meningkatkan
produktiviti sektor huluan dan memanfaatkan potensi penuh
peluang sedia ada dalam sektor hiliran untuk mengekalkan
pertumbuhan sektor ini.
Justeru itu, kerajaan telah menetapkan sasaran untuk
meningkatkan keluaran industri kelapa sawit kepada
Keluaran Dalam Negeri Kasar (KDNK) sebanyak RM21.9 bilion
dan pendapatan eksport mencecah RM69.3 bilion dalam
tempoh 2011 hingga 2015 seperti yang tertera di dalam
Rancangan Malaysia ke-10 (RMK-10). Bagi mencapai
sasaran itu, kerajaan akan mempromosikan Malaysia
sebagai hub global kelapa sawit dan destinasi pilihan
pelaburan asing seperti dalam bidang pengeluaran produk
berasaskan oleokimia, penyediaan kemudahan pukal dan
aktiviti penyelidikan dan pembangunan (R & D). Inisiatif lain
yang akan dilaksanakan ialah membangunkan Kluster
DIPLOMA TEKNOLOGI KIMIA (LEMAK DAN MINYAK)
34
Industri Berasaskan Kelapa Sawit (POIC) sebagai kawasan
bersepadu untuk mempromosi aktiviti hiliran seperti bio
bahan api, oleokimia, biobaja, produk makanan khusus,
produk biojisim, nutraseutikal dan farmaseutikal.
Bagi merealisasi hasrat kerajaan dalam RMK Ke-10,
pembangunan modal insan yang cemerlang dan
berkemahiran terutamanya dalam bidang berkait dengan
industri minyak sawit dan oleokimia amat perlu. Justeru itu,
Jabatan Pengajian Politeknik mencadangkan satu program
baru iaitu Diploma Teknologi Kimia (Lemak dan Minyak)
ditawarkan di peringkat politeknik.
SINOPSIS
Diploma Teknologi Kimia (Lemak dan Minyak) dibentuk
untuk melahirkan bakal graduan dengan pengetahuan dan
kemahiran melalui pengalaman pendidikan bersepadu
dalam disiplin dan sub-bidang lemak dan minyak, dan
teknologi kimia serta pengetahuan pengurusan, teknologi
maklumat, keusahawanan dan pembangunan
interpersonal. Objektif program ini adalah untuk
menyediakan pengetahuan lemak dan minyak serta
pendidikan oleokimia di peringkat separa profesional untuk
memenuhi tuntutan kedua-dua sektor awam dan swasta.
Tujuan program ini adalah untuk melengkapkan bakal
graduan dengan pengetahuan dan kemahiran dalam
Teknologi Kimia (Lemak dan Minyak), serta kemahiran
pengurusan dalam persekitaran perniagaan untuk membina
35
kerjaya mereka dalam sektor-sektor berkaitan yang
merangkumi keseluruhan spektrum aktiviti komersil dan
kerajaan serta pendidikan siswazah dan pembelajaran
sepanjang hayat. Setiap kursus dalam program Teknologi
Kimia (Lemak dan Minyak),memenuhi keperluan falsafaj
pendidikan, peperiksaan, pengalaman, perkembangan
interpersonal dan keperluan etika. Program ini direka dan
ditanda aras dengan badan-badan profesional yang
berkaitan di Malaysia, iaitu, Institut Kimia Malaysia (IKM),
Persatuan Saintis Oil Malaysia dan Teknologis (Mosta) dan
Lembaga Minyak Sawit Malaysia (MPOB).
PROSPEK KERJA
Para graduan berpeluang untuk mendapat pekerjaan
dalam beberapa sektor pekerjaan seperti institusi
pendidikan, industri makanan, syarikat-syarikat bioteknologi,
pusat penyelidikan, sektor kerajaan contohnya Jabatan
Kesihatan, Jabatan Alam Sekitar, Jabatan Pertanian, MARDI,
FAMA, MPOB, SIRIM, Jabatan Sumber Manusia dan sektor
swasta seperti industri makanan, kedai makanan segera,
industri oleokimia dan industri pembungkusan.
Pekerjaan yang berpotensi termasuk:
Penyelia Kawalan Kualiti Makmal
Penyelia Jaminan Kualiti
Penyelia Farmaseutikal
Juruteknik Makmal
36
Usahawan
Eksekutif Pengeluaran
Eksekutif Kawalan Kualiti
Penyelia Proses dan Unit Operasi
Penolong Pegawai Penyelidik
Pencipta Produk Lemak dan Minyak
Pekerja Kilang Makanan (QA/QC/R&D)
Penyelia
MATLAMAT PROGRAM
Graduan Diploma Teknologi Kimia (Lemak dan Minyak) di
Politeknik, Kementerian Pendidikan Tinggi untuk melahirkan
graduan yang mempunyai pengetahuan dalam teknologi
lemak dan minyak termasuklan teknologi oleokimia,
kemahiran teknikal dan sikap menyesuaikan diri dengan
kemajuan teknologi baru dan cabaran dalam bidang
Teknologi Kimia (Lemak dan Minyak)
37
OBJEKTIF PROGRAM PENDIDIKAN (PEO)
Program Diploma Teknologi Kimia (Lemak dan Minyak) akan
menghasilkan pekerja separa profesional yang:
1. Berpengetahuan, kompeten dari segi teknikal dan
dapat menyesuaikan diri dengan teknologi baru dalam
lemak dan minyak serta sub-disiplin oleokimia yang
sejajar dengan keperluan industri
2. Berkesan dalam komunikasi, mempunyai kemahiran
sosial yang baik dan menunjukkan kualiti kepimpinan
yang baik dalam sesebuah organisasi
3. Dapat menyelesaikan masalah ditempat kerja atau
dalam situasi perniagaan secara inovatif, kreatif dan
beretika melalui pendekatan yang mampan
4. Dapat menunjukkan kemahiran keusahawanan dan
mengenalpasti keperluan pembelajaran sepanjang
hayat untuk kemajuan kerjaya yang berjaya
38
PROGRAMME LEARNING OUTCOMES (PLO)
Setelah tamat program ini, graduan akan dapat:
1. Menggunakan pengetahuan asas dan prinsip kimia
lemak dan minyak dan teknologi dalam industri yang
berkaitan
apply fundamental knowledge and principles of fat and
oil chemistry and technology in related industry
2. Memaparkan kepakaran teknikal yang komprehensif
dalam teknologi lemak dan minyak dan sub-disiplin
display comprehensive technical expertise in fat and oil
technology and sub-disciplines
3. Berkomunikasi dengan berkesan secara lisan dan
bertulis dengan rakan sekerja, ahli profesional yang lain
dan masyarakat
communicate effectively both orally and in written form
with colleagues, other professionals and the community
4. Mengenalpasti, merumus dan menyediakan
penyelesaian yang berkesan untuk keadaan yang
dihadapi dalam perniagaan yang berkaitan oleo dan
industri
identify, formulate and provide effective solution to
situations encountered in oleo-related business and
industry
5. Melibatkan diri dalam kemahiran sosial yang berkesan
dan tanggungjawab
engage in effective social skills and responsibilities
6. Menjalani pembelajaran sepanjang hayat dan
pembangunan profesional untuk memperkayakan
pengetahuan dan kompetensi
engage in life-long learning and professional
development to enrich knowledge and competencies
39
7. Memupuk kemahiran keusahawanan dalam disiplin
yang berkaitan yang menyumbang kepada
pertumbuhan negara
inculcate entrepreneurship skills in related discipline that
contributes towards national growth
8. Mematuhi etika kod profesional dan meningkatkan
nilai-nilai kemanusiaan sejajar dengan kod profesional
ahli kimia yang dikendalikan
adhere to professional codes of ethics and enhance
humanistic values in line with a chemist’s professional
code of conduct
9. Menunjukkan tanggungjawab kepimpinan yang
berkesan dan kerja berpasukan untuk memenuhi
matlamat bersama
Demonstrate effective leadership responsibility and
teamwork to meet the common goal
40
PROGRAMME STRUCTURE (SEM 1- SEM 6)
L P T
DUB1012 Pengajian Malaysia 1 0 2 2
DUE1012 Communicative English 1 1 0 2 2
DRB1000 Asas Unit Beruniform 0 2 0 0
DBM1013 Engineering Mathematics 1 2 0 2 3
DUW1012 Occupational Safety And Health 2 0 0 2
DMK1013 Introduction to Chemical Technology 3 2 0 3
DMK1022 Introduction to Organic Chemistry 2 0 1 2
DMK1032 Organic Chemistry Laboratory 0 2 0 2
TOTAL KREDIT 16
DUA2012 Sains, Teknologi dan Kejuruteraan Islam * 1 0 2 2
DUB2012 Nilai Masyarakat Malaysia ** 1 0 2 2
DRB2001 Unit Beruniform 1 0 2 0 1
DRS2001 Sukan 0 2 0 1
DMK2013 Basic Inorganic Chemistry 2 2 1 3
DMK2022 Introduction to Oils and Fats 2 0 1 2
DMK2032 Sources and Constituents of Oils and Fats 2 0 1 2
DMK2043 Classical Methods of Oil and Fat Analysis 0 3 0 3
DMK2053 Non-Food Oil and Fat Products 2 3 0 3
TOTAL KREDIT 16
DUE3012 Communicative English 2 1 0 2 2
DRB3002 Unit Beruniform 2 0 4 0 2
DRK3002 Kelab/Persatuan 0 4 0 2
DMK3013 Edible Oil and Fat Products 2 3 0 3
DMK3023 Chemical Instrumentation 2 3 0 3
DMK3033 Synthesis of Fatty Acid Derivatives 2 2 0 3
DMK3042 Oil and Fat Processing 2 0 1 2
DMK3053 Oil and Fat Processing Laboratory 0 3 0 3
TOTAL KREDIT 18
Compulsory DUE5012 Communicative English 3 1 0 2 2
DMK4012 Surfactant Chemistry 2 0 1 2
DMK4023 Instrumentation in Oil and Fat Analysis 1 3 0 3
DMK4032Project 1 Conceive and Design - Proposal
and Research Methodology2 0 0 2
DMK4043 Oil and Fat Product Development 2 3 0 3
DMK4052 Quality Assurance of Oils and Fats 2 2 0 2
DMK4062Statistics for Applied Science and
Technology2 2 0 2
DYB6042 Food Biotechnology 2 0 0 2
DMT2052 Concept of Halal Food 2 0 0 2
TOTAL KREDIT 18
Compulsory DUA6022 Komunikasi dan Penyiaran Islam 1 0 2 2
Common Core DPB2012 Entrepreneurship 2 1 0 2
DMK5013Basics of Quality Management in Oil and Fat
Industry2 3 0 3
DMK5022 Logistics in Oil and Fat Industry 2 0 1 2
DMK5033 Project 2 Implement and Evaluation 0 6 0 3
DMK5042Environmental Impact and Waste
Management2 2 0 2
DMK5052 Enzyme Technology 2 2 0 2
DUA6012 Integrasi Malaysia 1 0 2 2
TOTAL KREDIT 14
DUT40110 Industrial Training 0 10 0 10
TOTAL KREDIT 10
PROGRAMME STRUCTURE FOR DIPLOMA IN CHEMICAL TECHNOLOGY (FATS AND OILS)
COMPONENTS COURSE CODE COURSE
CONTACT
HOURSCREDIT
HOURS
SEMESTER 1
Compulsory
Common Core
SEMESTER 2
Compulsory
Discipline Core
SEMESTER 3
Compulsory
Discipline Core
SEMESTER 4
Discipline Core
Elective
SEMESTER 5
Discipline Core
92TOTAL KREDIT PROGRAM
Elective
SEMESTER 6
41
L P T
DUB1012 Pengajian Malaysia 1 0 2 2
DUE1012 Communicative English 1 1 0 2 2
DRB1000 Asas Unit Beruniform 0 2 0 0
DBM1013 Engineering Mathematics 1 2 0 2 3
DUW1012 Occupational Safety And Health 2 0 0 2
DMK1013 Introduction to Chemical Technology 3 2 0 3
DMK1022 Introduction to Organic Chemistry 2 0 1 2
DMK1032 Organic Chemistry Laboratory 0 2 0 2
TOTAL KREDIT 16
DUA2012 Sains, Teknologi dan Kejuruteraan Islam * 1 0 2 2
DUB2012 Nilai Masyarakat Malaysia ** 1 0 2 2
DRB2001 Unit Beruniform 1 0 2 0 1
DRS2001 Sukan 0 2 0 1
DMK2013 Basic Inorganic Chemistry 2 2 1 3
DMK2022 Introduction to Oils and Fats 2 0 1 2
DMK2032 Sources and Constituents of Oils and Fats 2 0 1 2
DMK2043 Classical Methods of Oil and Fat Analysis 0 3 0 3
DMK2053 Non-Food Oil and Fat Products 2 3 0 3
TOTAL KREDIT 16
DUE3012 Communicative English 2 1 0 2 2
DRB3002 Unit Beruniform 2 0 4 0 2
DRK3002 Kelab/Persatuan 0 4 0 2
DMK3013 Edible Oil and Fat Products 2 3 0 3
DMK3023 Chemical Instrumentation 2 3 0 3
DMK3033 Synthesis of Fatty Acid Derivatives 2 2 0 3
DMK3042 Oil and Fat Processing 2 0 1 2
DMK3053 Oil and Fat Processing Laboratory 0 3 0 3
TOTAL KREDIT 18
Compulsory DUE5012 Communicative English 3 1 0 2 2
DMK4012 Surfactant Chemistry 2 0 1 2
DMK4023 Instrumentation in Oil and Fat Analysis 1 3 0 3
DMK4032Project 1 Conceive and Design - Proposal
and Research Methodology2 0 0 2
DMK4043 Oil and Fat Product Development 2 3 0 3
DMK4052 Quality Assurance of Oils and Fats 2 2 0 2
DMK4062Statistics for Applied Science and
Technology2 2 0 2
DYB6042 Food Biotechnology 2 0 0 2
DMT2052 Concept of Halal Food 2 0 0 2
TOTAL KREDIT 18
Compulsory DUA6022 Komunikasi dan Penyiaran Islam 1 0 2 2
Common Core DPB2012 Entrepreneurship 2 1 0 2
DMK5013Basics of Quality Management in Oil and Fat
Industry2 3 0 3
DMK5022 Logistics in Oil and Fat Industry 2 0 1 2
DMK5033 Project 2 Implement and Evaluation 0 6 0 3
DMK5042Environmental Impact and Waste
Management2 2 0 2
DMK5052 Enzyme Technology 2 2 0 2
DUA6012 Integrasi Malaysia 1 0 2 2
TOTAL KREDIT 14
DUT40110 Industrial Training 0 10 0 10
TOTAL KREDIT 10
PROGRAMME STRUCTURE FOR DIPLOMA IN CHEMICAL TECHNOLOGY (FATS AND OILS)
COMPONENTS COURSE CODE COURSE
CONTACT
HOURSCREDIT
HOURS
SEMESTER 1
Compulsory
Common Core
SEMESTER 2
Compulsory
Discipline Core
SEMESTER 3
Compulsory
Discipline Core
SEMESTER 4
Discipline Core
Elective
SEMESTER 5
Discipline Core
92TOTAL KREDIT PROGRAM
Elective
SEMESTER 6
42
SINOPSIS PROGRAM
SEM
ESTE
R
CO
UR
SE
CR
ED
IT
PR
ER
EQ
UIS
ITE
SYNOPSIS
CLO
1
DM
K1
013
INTR
OD
UC
TION
TO C
HEM
ICA
L TEC
HN
OLO
GY
3
-
INTRODUCTION TO CHEMICAL
TECHNOLOGY aims to foster deeper
understanding and appreciation of
thesome major contributions of
technology and engineering in the
20th century, development of oil
and fat industry, career pathways
and the attributes expected of
technologist in the 21th century. This
module also introduces student to
major chemical industries, green
technology and initiatives as well as
the Conceive-Design-Implement-
Operate (CDIO) approach to
technology and engineering
education
1. explain some major
contributions of
technology and
engineering,
development of oil
and fat industry,
career pathways in
chemical industry,
green technology
and initiatives, and
introduction to
CDIO. (C2, PLO1).
2. display practical
skills in carrying
CDIO project which
incorporates
elements of good
teamwork skills and
green technology.
(P3, PLO2).
3. display critical
thinking skills
through drawing
inferences based
on observations
and information
given incorporating
issues of
sustainability. (A3,
PLO 4) .
43
DM
K1
022
INTR
OD
UC
TION
TO O
RG
AN
IC C
HEM
ISTR
Y
2 -
INTRODUCTION TO ORGANIC
CHEMISTRY covers the structure of
organic molecules as well as the
IUPAC nomenclature system,
chemical and physical properties.
These are discussed in terms of the
functional group including alkanes,
alkenes, alkynes, aromatic,
hydroxyl, carbonyl, carboxylic acid
and ester with emphasis on
common applications of these
organic compounds. Subsequently
students study the common types of
chemical reactions encountered in
organic chemistry, followed by
concept of isomerism.
1. Explain the
functional group in
organic, name
correctly organic
compound using
IUPAC
nomenclature, the
reaction and the
isomerism in organic
chemistry (C2, PLO
1).
2. Describe the
mechanism, apply
the rules and
differentiate the
reaction of organic
compounds (C3,
PLO 1).
3. Follow guided
instructions in the
drawing and
naming of organic
compounds, the
reaction and
isomers in organic
chemistry (A3, PLO
6).
44
2
DM
K1
032
OR
GA
NIC
CH
EM
ISTR
Y LA
BO
RA
TOR
Y
2 -
ORGANIC CHEMISTRY LABORATORY
is an introductory course to the
application of laboratory
techniques in organic chemistry.
These techniques include the
purification and quantification of
an organic compound, the
determination of the physical
properties of some common
organic compounds and the
chemical properties of organic
compounds such as aliphatic
hydrocarbons, aromatic
compound and its derivatives,
hydroxyl compounds, carbonyl
compounds, carboxylic acids,
esters and alkylhalides. Emphasis is
placed on analytical techniques
that aid the understanding of the
differences between the physical
and chemical properties of alkanes,
alkenes and other organic
compounds as well as inculcate the
importance of minimizing wastage
and pollution to the environment
1. explain the
procedures used
and the results
obtained in the
determination of
the physical and
chemical properties
of common organic
compounds (C3,
PLO 1).
2. display practical
skills in carrying out
chemical analysis
involving organic
compounds in the
laboratory with
efforts to minimize
wastage and
pollution to the
environment (P3,
PLO 2).
3. demonstrate team
work in a range of
team role situations
as a team leader
and as a team
member (A3, PLO
9).
45
2
DM
K2
013
BA
SIC
INO
RG
AN
IC C
HEM
ISTR
Y
3 -
BASIC INORGANIC CHEMISTRY
introduces the fundamental
concepts of molecular science and
uses them to discuss the behaviour
of atoms and molecules in
qualitative and quantitative terms.
The fundamental concepts include
matter, atomic structure and
Periodic Table, redox reactions,
acids and bases, and
electrochemistry. It will provide the
framework for an understanding of
the molecular basis of many
technologically important
processes
1. apply the principles
of fundamental
concepts of
molecular science
which include
matter, atomic
structure and
Periodic Table,
redox reactions,
acids and bases
(C3, PLO1).
2. display practical
skills in carrying out
laboratory work (P3,
PLO2).
3. follow procedures
and proper
techniques with
emphasis on safety
while carrying out
practical work and
act responsibly as a
team member (A3,
PLO9).
46
DM
K2
022
INTR
OD
UC
TION
TO O
ILS A
ND
FATS
2 -
INTRODUCTION TO OILS AND FATS
provides basic knowledge of oils
and fats, their sources, physical
characteristics as well as chemical
characteristics. It also covers the
structure and nomenclature of fatty
acids and lipids.
1. explain the
properties,
structure, types and
sources of oil, fat,
lipids and fatty
acids. (C2, PLO1)
2. apply the
knowledge to
differentiate the
properties of oil and
fat and elaborate
the process in
supply chain. (C3,
PLO1)
3. manage
information from
various sources and
present the main
points of a given
topic related to fats
and oils to an
audience. (A2,
PLO6)
47
DM
K2
032
SO
UR
CES A
ND
CO
NSTITU
EN
TS O
F OILS
AN
D
FA
TS
2 -
SOURCES AND CONSTITUENTS OF
OILS AND FATS consists of
introduction to sources and
constituents of oils and fats,
different types of oils and fats from
vegetable and animal, sources and
distinguish between major and
minor components of oils and fats. It
also covers extraction, refining and
processing of oils and fats.
1. explain the sources,
constituents and
uses of oil and fat
originating from
plants and animals.
(C2, PLO1).
2. apply the
knowledge of
extraction, refining
and processing on
different sources of
oil and fat. (C3,
PLO1)
3. communicate the
main points of a
given topic related
sources,
constituents and
applications of oils
and fats to an
audience. (A3,
PLO3)
48
DM
K2
043
CLA
SSIC
AL M
ETH
OD
S O
F O
IL AN
D F
AT
3 -
CLASSICAL METHODS OF OIL AND
FAT ANALYSIS provides students with
basic disciplinary knowledge and
skills in classical and conventional
methods of oil and fat analysis.
Physical and chemical properties
affect the quality of oils and fats
and are important factors for
consideration in the production of
oil and fat products. Classical
methods used to determine
parameters such as refractive
index, colour, specific gravity, oil
moisture content, iodine value,
peroxide value, acidity,
saponification value and
unsaponifiable matter in the
laboratory are introduced. Efforts to
minimize wastage and pollution to
the environment as green practices
are emphasized.
1. explain clearly the
characteristics of
oils and fats,
importance of
determining quality
parameters used in
oil and fat analysis,
and classical
methods of oil and
fat analysis. (C3,
PLO1)
2. display practical
skills in carrying out
classical methods of
oil and fat analysis
with efforts to
minimize wastage
and pollution to the
environment. (P4,
PLO2)
3. follow procedures
and proper
techniques with
emphasis on safety
and safe disposal of
wastes while
carrying out
practical work and
act responsibly as a
team member. (A3,
PLO9)
49
3
DM
K2
053
NO
N-F
OO
D O
IL AN
D F
AT P
RO
DU
CTS
3 -
NON-FOOD OIL AND FAT PRODUCTS
contains basic knowledge of oils
and fats to produce non-food
products, soaps and detergents,
personal care products,
pharmaceuticals, biodiesel, bio-
lubricants and production of
polymers and plastics. This course
also introduces the students to the
preparation of products such as
liquid soap, bar soap and lotion.
1. describe the
production of some
non-food oil and fat
products such as
soap and
detergent, personal
care products,
pharmaceuticals,
biodiesel, bio-
lubricants and
production of
polymers and
plastics highlighting
sustainable
practices where
appropriate. (C3,
PLO1)
2. conduct the
process of
producing non-
food oil and fat
products such as
soaps detergents,
personal care
products and
biodiesel. (P3, PLO2)
3. display problem
solving skills in
creating a new
product using the
CDIO approach
incorporating
sustainable values.
(A3, PLO4)
50
3
4
DM
K3
013
ED
IBLE
FA
T AN
D O
IL PR
OD
UC
TS
3 -
EDIBLE FAT AND OIL PRODUCTS
contains basic knowledge of edible
oil and fat products such as cooking
and frying oil, shortening, vanaspati
(vegetable ghee), margarine,
butter, ghee, emulsifying agent,
and other fat and oil products. This
course also introduces the students
to the preparation of edible
products such as ghee,
mayonnaise, ice-cream, margerine
and chocolate from oils and fats
1. explain edible oil
and fat products
including cooking
oil, shortening,
vanaspati
(vegetable ghee),
margarine, butter,
shortening,
mayonnaise, salad
oils and emulsifying
agent and illustrate
the production flow
process for these
products. (C2,
PLO1)
2. prepare selected
edible oil and fat
products on a
laboratory scale.
(P3, PLO2)
3. display teamwork in
creating oil and fat
products during
laboratory work
using CDIO
approach. (A3,
PLO9)
51
DM
K3
023
CH
EM
ICA
L INSTR
UM
EN
TATIO
N
3 -
CHEMICAL INSTRUMENTATION
introduces the components,
function and usage of some
analytical instruments in oil and fat
and oleochemical industries. The
principles and standard operation
procedures of selected instruments
such as spectroscopy, separation
and fat analysis are covered in this
course. Spectroscopic and analytic
methods include Visible and
Ultraviolet Spectroscopy (UV-VIS), X-
ray Fluorescent (XRF), Infrared
Spectroscopy (IR) and Nuclear
Magnetic Resonance (NMR)
Spectroscopy. Separation and
analysis instruments include Gas
Chromatograph (GC) and High
Performance Liquid
Chromatograph (HPLC).
1. apply the principles
of the analytical
instruments used in
chemical analysis
according to
appropriate
methods. (C3,
PLO1)
2. display basic
proficiency with
some confidence in
operating
instruments used in
chemical analysis.
(P4, PLO2)
3. follow procedures
with proper
techniques
emphasizing safety
precautions and
responsibility while
conducting analysis
in the laboratory.
(A3, PL05)
52
DM
K3
033
SY
NTH
ESIS
OF FA
TTY A
CID
DER
IVA
TIVES
3 -
SYNTHESIS OF FATTY ACID
DERIVATIVES contains basic
knowledge on processes that are
involved in the production of
selected fatty acid derivative
(oleochemicals) as well as the
concept of hydrolysis, esterification,
oxidation and reduction. This course
also provides essential knowledge
about production of other
oleochemicals and saponification
process of fatty acids.
1. describe the
processes involved
in the production of
selected fatty acid
derivatives
(oleochemicals).
(C3, PLO1)
2. display practical
skills in carrying out
synthesis of fatty
acid derivatives in
the laboratory with
effort to minimize
wastage and
pollution to the
environment. (P4,
PLO2)
3. demonstrate
responsibility as a
team member. (A3,
PLO9)
DM
K3
042
OIL A
ND
FAT P
RO
CESSIN
G
2 -
OIL AND FAT PROCESSING covers
the study of several methods used
in oil and fat processing. The raw
materials for oil and fat products
include animal fats, vegetable oils
and seed oils. The crude fats and
oils from these sources are
recovered using a number of
methods such as oil extraction,
refining, modification and fat
splitting. The extent of fat and oil
process depends on the source,
quality, and nature of the end use.
The safety in oil and fat processing
plants is also introduced to the
students by a safety officer from an
oil and fat processing plant
1. explain the
importance of
different processes
involved in oil and
fat processing. (C2,
PLO1)
2. describe the
processes involved
in oil and fat
processing and
sustainable palm oil
supply chain. (C3,
PLO1)
3. identify good and
safe handling
practices of oil and
fat processing. (A1,
PLO8)
53
DM
K3
053
OIL A
ND
FAT P
RO
CESSIN
G LA
BO
RA
TOR
Y
3 -
OIL AND FAT PROCESSING
LABORATORY covers the study of
various stages and methods
employed in oil and fat processing,
beginning from storage, extraction
of crude oil from animal and plant
sources to refining and modification
of extracted oils and fats. Raw
materials for oil and fat extraction
include animal by-products, fleshy
fruits (palm and olive), and oilseeds.
Crude oils and fats from these
sources can be recovered by
methods which include
mechanical extraction, thermal
extraction, solvent extraction and
enzymatic hydrolysis. Some oils,
such as virgin olive oil, are ready for
consumption after this initial step
(pressing), while others require
additional processing such as
refining and modification. The
extent of oil and fat processing
depends on the source, quality,
and nature of the end use.
1. explain the various
methods and
operational
procedures for oil
and fat processing
and briefly discuss
green technology in
waste
management.
(C2,PLO1)
2. display basic
proficiency in
handling laboratory
equipment to carry
out laboratory work
related to oil and fat
processing.
(P4,PLO4)
3. practice safety
measures and
precautions during
oil and fat
processing
activities. (A5,PLO5)
54
4
5
DM
K4
012
SU
RFA
CTA
NT C
HEM
ISTR
Y
2 -
SURFACTANT CHEMISTRY contains
basic knowledge on surface and
interfacial activity, surfactants, role
of surfactants, emulsion and
colloids. It additionally emphasizes
the applications of surface active
materials in non-food and food
industries. This course also
introduces several classes of
surfactants such as anionic, non-
ionic, cationic, amphoteric and
biosurfactants
1. explain basic
concepts of surface
and interfacial
activity, surfactants
and their roles,
emulsion and
colloid and their
sources. (C2,PLO1)
2. describe the
application of
surfactants
including
environmentally
friendly surfactants
in food and non-
food industries.
(C3,PLO1)
3. demonstrate
lifelong learning
and information
management skills
to identify the
application of
surfactants used in
industry with
emphasis on their
functions in solving
related problems.
(A3,PLO6)
55
DM
K4
023
INSTR
UM
EN
TATIO
N M
ETH
OD
S O
F O
IL AN
D FA
T
3 -
INSTRUMENTATION METHODS OF OIL
AND FAT ANALYSIS covers the study
of oil and fat analysis. This study
provides essential knowledge
about anisidine value, fatty acid
analysis, triacylglycerol analysis,
melting profile, solid fat content
and enzymatic glycerolysis. This
study also includes experiments for
oil and fat analysis
1. explain generally
the principles and
application of
different instruments
in oil and fat analysis
according to
appropriate
methods. (C2,
PLO1)
2. display practical
skills in handling
instruments in oil
and fat analysis. (P4,
PLO2).
3. follow procedures
and proper
techniques, with
emphasis on safety
while carrying out
practical work and
act responsibly as a
team member. (A3,
PLO9)
56
DM
K4
032
PR
OJE
CT 1
2 -
PROJECT 1 is a theoretical and
practical - based study that guides
the students to produce a well
written research proposal in the
field of oil and fat technology. It
outlines the basic principles
involved in the selection and
choice of a research topic, the
scope of the research, planning the
research and research
methodology employing the
Conceive-Design-Implement-
Operate (CDIO) approach
focusing on the Conceive and
Design stages. At the end of the
study, the project proposal will be
presented for evaluation purposes.
4. investigate a
solution for a
problem relating to
oil and fat
technology
including
considerations
towards
sustainability in
proposing a
research study using
the CDIO approach
focusing on
Conceive and
Design. (C4, PLO1)
5. produce a written
proposal
comprising
research topic,
introduction,
literature review,
research objectives,
research questions
or hypothesis,
research design,
research methods
and proposed
analysis. (C4, PLO1)
6. present and defend
the proposal to an
audience orally.
(A4, PLO3)
57
DM
K4
043
OIL A
ND
FAT P
RO
DU
CT D
EV
ELO
PM
EN
T
3 -
OIL AND FAT PRODUCT
DEVELOPMENT consists of the
method and procedures involved in
producing new oil and fat based
product, starting from idea
generation, screening of ideas,
development of product, market
testing, data collection and
analysis, to promotion of a new oil
and fat product. This course also
consists of advantages of using oils
and fats, regulations and marketing
of oil and fat products.
1. develop a new
product
systematically
through the CDIO
approach taking
into consideration
sustainability or
green practices.
(P4,PLO2)
2. present the findings
of a simple market
research in product
development.
(A2,PLO3)
3. demonstrate basic
entrepreneurial skills
through
development of a
selected new
product. (A3,PLO7)
58
DM
K4
052
QU
ALITY
ASSU
RA
NC
E O
F O
ILS A
ND
FATS
2 -
QUALITY ASSURANCE OF OILS AND
FATS introduces the concept of
quality; oil and fat quality control, oil
and fat quality parameters and
testing methods, oil and fat quality
assurance system, and oil and fat
quality specification. It also provides
exposure to the reporting and
recording aspects, the ISO quality
system, and current issues in oil and
fat quality control.
4. explain the
concepts and
procedures of
different ISO quality
systems in oil and fat
industry as well as
current issues in oil
and fat quality
assurance.
(C2,PLO1)
5. conduct oil and fat
quality assurance
tests in the
laboratory to
determine common
quality assurance
parameters. (P3,
PLO2)
6. demonstrate
professionalism in
presenting results of
quality assurance
measures or
activities
undertaken. (A2,
PLO8)
DM
K4
062
STA
TISTIC
S F
OR
AP
PLIE
D S
CIE
NC
E
AN
D TE
CH
NO
LOG
Y
2 -
STATISTICS FOR APPLIED SCIENCE
AND TECHNOLOGY contains basic
knowledge on statistics, descriptive
statistics and inferential statistics
commonly used in the field of
science and technology. This
course also introduces the
application of computer software
for data presentation and analysis.
Students will be able to describe
and analyze data in science and
technology-related situations
through application of the
knowledge and skills gained.
1. solve statistical
problems through
analysis and
application of
statistical concepts,
basic formulae and
inferential statistical
tests. (C4, PLO3)
2. display practical
skills to analyze
statistical data using
computer
software.(P4, PLO2)
3. demonstrate
problem solving skills
in data analysis.
(A2, PLO4)
59
DM
K5
013
BA
SIC
S O
F QU
ALITY
MA
NA
GEM
EN
T IN O
IL AN
D FA
T IND
USTR
Y
3 -
BASICS OF QUALITY MANAGEMENT
IN OIL AND FAT INDUSTRY contains
introductory knowledge on basic
quality management, chemical
management, safety data sheet,
environmental management
system, Chemist Act 1975 and
accreditation organization in oils
and fats industry. This module also
introduces a few quality
management systems that are
involved in oil and fat quality
management in Malaysia such as
HACCP, GMP, CODEX and KOSHER.
1. explain the
concept of quality,
environmental and
chemical
management, ISO,
Chemist Act and
accreditation in oil
and fat industry with
emphasis on
sustainable
practices.
(C2,PLO1)
2. Display skills in
collecting data
from case study to
identify problems
faced by oil and fat
industries and relate
them to the role of
quality
management in
reducing or
overcoming these
problems with
emphasis on green
practices. (P3,PLO2)
3. describe the quality
management
system adopted by
industries visited
focusing on
sustainable
practices used.
(A1,PLO8)
60
DM
K5
022
LOG
ISTIC
S IN
OIL A
ND
FA
T IND
USTR
Y
2 -
LOGISTICS IN OIL AND FAT INDUSTRY
covers the oil and fat source quality.
It also explains briefly the storage
and handling of crude and refined
oils and fats. Students will also learn
the methods to improve product
quality and cost management in
industries.
1. explain procedures
to be taken in
storage and
handling of oil and
fat products,
improve product
quality as well as
cost management
in oil and fat -
related industry
taking into
consideration
principles of
sustainability.
(C2,PLO1)
2. apply principles of
oil and fat quality
management in
given situations
taking into
consideration
principles of
sustainability. (C2,
PLO1)
3. present the main
points of a given
topic related to oil
and fat quality
management
highlighting
principles of
sustainability to an
audience.
(A2,PLO3)
61
DM
K5
042
EN
VIR
ON
MEN
TAL IM
PA
CT A
ND
WA
STE
MA
NA
GEM
EN
T
2 -
ENVIRONMENTAL IMPACT AND
WASTE MANAGEMENT is designed to
provide an overview of the
environmental impact resulting
from oil and fat industry with
particular emphasis on palm oil
production beginning from the
processing of oil and fat to the
production of the final product. It
also discusses major processes and
facilities as they are related to
waste generation and control. This
course addresses primarily waste
water aspects of oil and fat industry,
and briefly, air and solid waste
aspects. Other topics include the
National Environmental Policy Act
and Regulation -its implication and
implementation, risk analysis and
risk management to overcome
problems related to waste
management for the purpose of
sustainability
1. describe the waste
generated by oil
and fat industries,
the various
techniques used in
waste treatment
with emphasis on
wastewater
treatment and the
impact of oil and fat
industry on the
environment and
sustainability (C3,
PLO1).
2. perform laboratory
analysis to
determine the
parameters
commonly used to
monitor water
quality treatment
and apply selected
wastewater
treatment
techniques to treat
wastewater from oil
and fat processing
towards sustainable
practices.(P3, PLO2)
3. express awareness
of the
responsibilities of
members in oil and
fat industry with
regard to
environmental
impact issues
resulting from oil
and fat industry and
waste water
treatment to
promote green
practices.(A2,
PLO5)
62
DM
K5
052
EN
ZY
ME TE
CH
NO
LOG
Y
2 -
ENZYME TECHNOLOGY introduces
the concept of enzyme, enzyme
kinetics, factors affecting
enzymatic activity, enzyme
preparation and use, enzyme
immobilisation, and enzyme
application in oil and fat industry. It
also provides exposure to
laboratory experimentation
involving enzymes, and factors
affecting enzymatic reactions with
emphasis on the reporting and
recording aspects.
1. apply enzyme
technology in
processing with
emphasis on its
applications in oil
and fat industry.
(C3, PLO1)
2. assemble
laboratory
equipment for
practical work
related to
properties of
enzymes, factors
affecting enzymatic
reactions, and
application of
enzymes in industry.
(P4, PLO2)
3. report in written
form (e.g. in
laboratory reports)
how the results
obtained from
laboratory work can
be improved with
regard to
accuracy,
techniques, safety
or other desirable
values. (A3, PLO3)
63
64
65
MAKLUMAT AM
Department of Mathematics and Computer Science (JMSK) is one of our main
departments of Polytechnic Tun Syed Nasir Syed Ismail (PSTN). It was established to
support the courses based on science and technology. It offers courses such as
Engineering Mathematics and Engineering Science for students. The lecturers in this
department consist of professionals who were trained in their respective fields.
SENARAI FASILITI
Training Computer Lab (20 units)
General Computer Lab (40 units)
Mathematics Lab (40 units
Engineering Science Lab (40 students)
JABATAN MATEMATIK DAN SAINS KOMPUTER (JMSK)
66
SYNOPSIS AND LEARNING OUTCOMES (CLO)
(SEM 1- SEM 6)
SEM
ESTE
R
CO
UR
SE
CR
ED
IT
PR
ER
EQ
UIS
ITE
SYNOPSIS
CLO
1
DB
M101
3 E
NG
INEER
ING
MA
THEM
ATIC
S 1
3 -
ENGINEERING MATHEMATICS 1
expose students to the basic
algebra including perform
partial fractions. This course
also exposes the concept of
trigonometry and the method
to solve trigonometry problems
by using basic identities,
compound angle and double
angle formulae. Students also
will be introduced to the theory
of complex number and
matrices method to solve
simultaneous equation. This
course also introduces students
to concept of vector and
scalar.
1. identify
mathematical
methods in
solving the
mathematical
problems.
2. solve the
mathematical
problems by using
appropriate
techniques and
solutions.
3. practice
mathematical
knowledge and
skills in different
mathematics
problem. D
BS1
012
EN
GIN
EER
ING
SC
IEN
CE
2 -
ENGINEERING SCIENCE is an
applied science with
theoretical concepts and
practical learning sessions that
can be applied in the
engineering fields. This course
focuses on the Physical
Quantities, Measurement,
Linear Motion, Force, Work,
Energy, Power, Solid, Fluid,
Temperature and Heat.
1. solve the basic
engineering
science problems
by using related
concept.
2. organise an
appropriate
experiment to
prove related
physic principles.
3. apply related
physic principles
in various
situations to
enhance
knowledge.
67
2
DB
M201
3 E
NG
INEER
ING
MA
THEM
ATIC
S 2
3 -
ENGINEERING MATHEMATICS 2
exposes students to the basic
laws of exponents and
logarithms. This course also
introduces the basic rules of
differentiation concept to solve
problems that relate maximum,
minimum and calculate the
rates of changes. This course
also discuss integration
concept in order to strengthen
student knowledge for solving
area and volume bounded
region problems. In addition,
students also will learn
application of both techniques
of differentiation and
integration.
1. solve the
mathematical
problems by using
appropriate
mathematical
techniques and
solutions.
2. show the solution
for differentiation
and integration
problem by using
appropriate
method.
3. practice
mathematical
knowledge and
skills in different
mathematics
problem.
3 D
BM
301
3 E
NG
INEER
ING
MA
THEM
ATIC
S 3
3 -
ENGINEERING MATHEMATICS 3
exposes students to the
statistical and probability
concepts and their
applications in interpreting
data. The course also
introduces numerical methods
concept to solve simultaneous
equations by using Gaussian
Elimination method, LU
Decomposition using Doolittle
and Crout methods,
polynomial problems using
Simple Fixed Point Iteration and
Newton-Raphson methods. In
additional, the course also
discusses optimization problems
by using Linear Programming. In
order to strengthen the
students in solving advanced
engineering problems, Ordinary
Differential Equation (ODE) is
also included.
1. solve the
mathematical
problems by using
appropriate
techniques and
solutions.
2. show the solution
for statistics and
probability
problems, and
linear
programming by
using appropriate
mathematical
methods.
3. practice
mathematical
knowledge and
skills in different
mathematical
problem.
68
69
MAKLUMAT AM
Jabatan Pengajian Am (JPA) adalah merupakan jabatan akademik sokongan
yang bertanggungjawab menyokong jabatan akademik induk dalam proses
pengajaran dan pembelajaran, di samping mendokong aspirasi dan sasaran
Jabatan Pengajian Politeknik bagi melahirkan graduan yang berkualiti. Ianya
mempunyai misi bagi menyediakan pendidikan secara formal dan tidak formal
dengan menawarkan kursus-kursus yang membantu pelajar dalam menaikkan
mutu diri dan sahsiah serta membentuk peribadi bernilai tinggi. Jabatan ini
terbahagi kepada dua unit iaitu Unit Pendidikan Islam dan Moral serta Unit
Bahasa Inggeris yang menawarkan kursus Pengajian Malaysia, Nilai Masyarakat
Malaysia, Sains Teknologi & Kejuruteraan Dalam Islam, Communicative English 1,
Communicative English 2, Communicative English 3, Komunikasi & Penyiaran
Islam dan Entrepreneurship.
Jabatan Pengajian Am mempunyai misi penting untuk membantu melahirkan
graduan serta tenaga kerja separa profesional yang berkeperibadian mulia
dengan menerapkan nilai-nilai Islam, di samping membentuk sahsiah pelajar
kearah menjadi insan yang berkualiti, profesional dan mempunyai nilai tambah,
terutamanya bagi menyiapkan mereka bagi mengharungi zaman pekerjaan
mereka nanti.
JABATAN PENGAJIAN AM (JPA)
70
SENARAI FASILITI
1) Digital Multimedia Language Lab 1
2) Digital Multimedia Language Lab 2
3) Digital Multimedia Language Lab 3
4) Mini Teater Ibn Bajjah
5) Mini Teater al-Zarqali
6) Bilik Tasmik 1
7) Bilik Tasmik 2
8) Bilik Tasmik 3
71
SYNOPSIS AND LEARNING OUTCOMES (CLO)
(SEM 1- SEM 6)
SEM
ESTE
R
CO
UR
SE
CR
ED
IT
PR
ER
EQ
UIS
ITE
SYNOPSIS
CLO
1
DU
B1
012
PEN
GA
JIA
N M
ALA
YSIA
2 -
PENGAJIAN MALAYSIA memupuk
penghayatan ke arah melahirkan
generasi yang cintakan negara.
Kursus ini juga dapat mendidik
kelompok masyarakat yang
mempunyai daya juang yang
tinggi dan mampu menghadapi
cabaran di peringkat
antarabangsa. Kursus ini memberi
penghayatan tentang sejarah
dan politik, perlembagaan
Malaysia, kemasyarakatan dan
perpaduan, pembangunan
negara dan isu-isu keprihatinan
negara. Objektif kursus ini adalah
untuk melahirkan warganegara
yang setia dan cintakan negara,
berwawasan serta bangga
menjadi rakyat Malaysia
● Menerangkan dengan
baik sejarah bangsa
dan negara.
● Menjelaskan
Perlembagaan
Malaysia dan sistem
pemerintahan negara.
● Melaksanakan aktiviti
berkaitan kenegaraan
ke arah peningkatan
patriotisme pelajar.
72
DU
E1
012
CO
MM
UN
IATI
VE E
NG
LISH
1
2 -
COMMUNIATIVE ENGLISH 1
focuses on developing students’
speaking skills to enable them to
communicate effectively and
confidently in group discussions
and in a variety of social
interactions. It is designed to
provide students with appropriate
reading skills to comprehend a
variety of texts. It is also aimed to
equip students with effective
presentation skills.
● Apply appropriate
language and
communication skills in
discussions and
conversations.
● Apply effective
listening skills to
demonstrate
comprehension of
audio recordings in a
variety of situations.
● Comprehend a variety
of reading texts by
applying effective
reading skills.
● Write in response to a
stimulus using
appropriate
language.
● Deliver an effective
presentation using
appropriate visual aids
and, verbal and non-
verbal communication
skills.
2
DU
A20
12
SA
INS
TEK
NO
LGI
&
KEJU
RU
TER
AA
N
DA
LAM
ISLA
M
2 -
SAINS,TEKNOLOGI DAN
KEJURUTERAAN DALAM ISLAM
memberi pengetahuan tentang
konsep Islam sebagai al-Din dan
seterusnya membincangkan
konsep sains, teknologi dan
kejuruteraan dalam Islam serta
impaknya, pencapaiannya
dalam tamadun Islam, prinsip
serta peranan syariah dan etika
Islam, peranan kaedah fiqh serta
aplikasinya.
Menghuraikan
konsep Islam sebagai
cara hidup
Menjelaskan konsep
sains, teknologi dan
kejuruteraan dalam
Islam
Membincangkan
prinsip syariah dan
kaedah fiqah dalam
sains, teknologi dan
kejuruteraan
73
DU
B2
012
NIL
AI
MA
SY
AR
AK
AT
MA
LAY
SIA
2 -
NILAI MASYARAKAT MALAYSIA
membincangkan aspek sejarah
pembentukan masyarakat
Malaysia, nilai-nilai agama serta
adat resam dan budaya
masyarakat majmuk. Selain itu,
pelajar diberi kefahaman
mengenai tanggungjawab
individu dalam kehidupan dan
cabaran-cabaran dalam
membangunkan masyarakat
Malaysia.
Menerangkan
sejarah
pembentukan
masyarakat dan nilai
agama di Malaysia.
Menghubung kait
tanggungjawab
individu dalam
kehidupan
masyarakat dan
negara.
Mengenal pasti
cabaran-cabaran
dalam
membangunkan
masyarakat
Malaysia.
3
DU
E3
012
CO
OM
UN
ICA
TIV
E E
NG
LISH
2
2
DU
E1
012
CO
MM
UN
IATI
VE E
NG
LISH
1
COMMUNICATIVE ENGLISH 2
emphasises the skills required at
the workplace to describe
products or services as well as
processes or procedures. It also
focuses on the skills to give and
respond to instructions. This
course will also enable students to
make and reply to enquiries and
complaints.
Describe products or
services related to
their field of studies
using appropriate
language.
Transfer information
of a processes or
procedures
accurately from non-
liner to liner form and
vice versa.
Listen and respond to
enquiries using
appropriate
language.
Make and respond to
complaints using
appropriate
language.
74
4
DU
E5
012
CO
OM
UN
ICA
TIV
E E
NG
LISH
3
2
DU
E1
012
CO
MM
UN
IATI
VE E
NG
LISH
2
COMMUNICATIVE ENGLISH 3 aims
to develop the necessary skills in
students to analyse and intepret
graphs and charts from data
collected as well as job hunting
mechanics. Students will learn to
present data through the use of
graphs and charts. Students will
learn the process of job hunting
which includes job search
strategies and making enquiries.
They will also learn to write
resumes and cover letters. The
students will develop skills to
introduce themselves, highlight
their strengths and abilities,
present ideas, express opinions
and respond appropriately during
job interviews.
Describe and analyse
information
contained in graphs
and charts clearly
and accurately
based on a mini
project.
Write an effective
resume and a
supporting cover
letter for a relevant
job opening.
Handle a job
interview effectively
and confidently.
5
DP
B20
12
EN
TREP
REN
EU
RSH
IP
2
-
ENTREPRENEURSHIP focuses the
principles and concept of
entrepreneurship. This course
concentrates on the systematic
methods of getting business ideas.
This course also prepares students
on conducting online business
using social media marketing. It
also emphasizes a preparation of
business plan and developing
their entrepreneurial skills.
Explain clearly the
concept of
entrepreneurship and
process of
developing an
effective business.
Prepare completely a
business plan
according to
standard format.
Build the online
business presence
using the social
media marketing.
DU
A60
22
K
OM
UN
IKA
SI
DA
N
PEN
YIA
RA
N ISLA
M
2
-
KOMUNIKASI DAN PENYIARAN
ISLAM memfokuskan kepada
penguasaan konsep, kemahiran
komunikasi dan penyiaran Islam
bagi meningkatkan kefahaman
pelajar secara holistik terhadap
kursus ini.
Menjelaskan konsep,
bentuk komunikasi
dan hubungannya
dalam Islam.
Menunjukkan
kemahiran
pengurusan
komunikasi dalam
bidang penyiaran
Islam.
Menghubungkait isu-
isu semasa dalam
komunikasi dan
penyiaran Islam.
75
76
MAKLUMAT AM
Fungsi Jabatan Sukan, Kesenian dan Kebudayaan (JSKK) adalah menyelaras dan
mengendalikan semua aktiviti akademik (kokurikulum) bagi semester 1 hingga
semester 5 yang terdiri daripada badan beruniform (DRB), Sukan (DRS) dan Kelab
Persatuan (DRK) dan aktiviti bukan akademik (sukan & kebudayaan) untuk
semua pelajar pada setiap semester. Aktiviti ini merupakan elemen penting
dalam membentuk modal insan yang berketerampilan serta cergas dalam
membentuk sahsiah diri semasa dan selepas tamat belajar.
SENARAI FASILITI
Padang Bola Sepak
Padang Balapan
Gelanggang Bola Jaring
Gelanggang Bola Tampar
Gelanggang Batminton
Gelanggang Futsal
Gelanggang Bola Keranjang
Gelanggang Tenis
Gelanggang Boling Padang
JABATAN SUKAN, KESENIAN DAN KEBUDAYAAN (JSKK)
77
SYNOPSIS AND LEARNING OUTCOMES (CLO)
(SEM 1- SEM 6)
SEM
ESTE
R
CO
UR
SE
CR
ED
IT
PR
ER
EQ
UIS
ITE
COURSE
CLO
1
ASA
S U
NIT
BER
UN
IFRO
M
0 -
WATANIAH 1. Menunjukkan kemahiran
khusus yang dipelajari.
2. Melaksanakan aktiviti-
aktiviti berdasarkan
penguasaan kemahiran
yangdipelajari.
2
UN
IT BER
UN
IFO
RM
1 1 -
WATANIAH 1. Mempamerkan
kompetensi kemahiran
khusus yang dipelajari.
2. Melaksanakan aktiviti-
aktiviti berdasarkan
penguasaan kemahiran
yang dipelajari. SU
KA
N
1 -
BADMINTO
N
PING
PONG
GOLF
BOLA
TAMPAR
SOFTBAL
DART
MEMANAH
FUTSAL
1. Mempamerkan
kompetensi kemahiran
khusus yang dipelajari.
2. Melaksanakan aktiviti-
aktiviti berdasarkan
penguasaan kemahiran
yang dipelajari.
78
3
UN
IT
BER
UN
IFO
RM
2
2 -
WATANIAH 1. Mempamerkan
kompentensi kemahiran
khusus yang dipelajari.
2. Mengorganisasikan
aktivitI berdasarkan
kemahiran-kemahiran
yang dipelajari.
KELA
B/
PER
SA
TUA
N
2
TARANNUM
KEMBARA
INOVASI &
REKA CIPTA
MESRA
ALAM
AMALAN 5S
1. Mempamerkan
kompentensi kemahiran
khusus yang dipelajari.
2. Mengorganisasikan
aktiviti berdasarkan
kemahiran-kemahiran
yang dipelajari.
79
80
PANDUAN PENDAFTARAN KURSUS
MENDAFTAR KURSUS
1. Pendaftaran kursus akan dilaksanakan pada setiap awal
semester dalam tempoh selewat-lewatnya TUJUH (7) hari
dari tarikh rasmi sesi pengajian bermula.
2. Pelajar perlu mendapat nasihat daripada Penasihat
Akademik dan kelulusan Ketua Jabatan Akademik masing-
masing sebelum mendaftar.
3. Pelajar hendaklah mencukupkan jumlah kredit yang
dibenarkan dengan menambah kursus-kursus lain yang
ditawarkan pada semester semasa.
4. Ketua Jabatan Akademik bertanggungjawab untuk
menyerahkan maklumat pendaftaran kursus kepada
Pegawai Peperiksaan.
5. Bagi kes yang melibatkan pelajar berpindah daripada
politeknik lain, segala urusan pendaftaran pelajar perlu
diselesaikan oleh Jabatan Hal Ehwal Pelajar merujuk
kepada Panduan Pengambilan dan Pengurusan Pelajar
Politeknik sebelum pendaftaran kursus dilaksanakan di
jabatan.
PEPERIKSAAN DAN PENILAIAN
81
KREDIT KURSUS
1. Kredit bagi setiap kursus adalah seperti yang termaktub
di dalam Dokumen Kurikulum dan Struktur Program
seperti yang diluluskan oleh Lembaga Kurikulum Kursus
Pengajian dan Program Latihan Politeknik.
2. Jumlah kredit yang perlu diambil oleh pelajar bagi
setiap semester adalah diantara DUA BELAS (12) hingga
DUA PULUH (20) atau seperti yang ditetapkan di dalam
Dokumen Kurikulum dan Struktur Program.
3. Jumlah kredit minimum yang perlu dikumpul oleh
pelajar sebelum layak dipertimbangkan untuk
penganugerahan Sijil adalah seperti mana yang
ditetapkan di dalam Dokumen Kurikulum dan Struktur
Program.
MENAMBAH KURSUS
1. Pelajar boleh menambah kursus dengan syarat tidak
melebihi jumlah kredit yang dibenarkan bagi semester
berkenaan.
2. Penambahan kursus boleh dibuat pada minggu ke TIGA (3)
sehingga minggu ke ENAM (6) sesi pengajian. Pelajar
hendaklah terlebih dahulu mendapatkan nasihat dan
sokongan daripada Penasihat Akademik serta mendapat
kelulusan Ketua Jabatan Akademik.
3. Selepas daripada tempoh yang ditetapkan, pelajar tidak
dibenarkan membuat sebarang penambahan kursus
82
MENGGUGUR KURSUS
1. Pelajar boleh menggugur sesuatu kursus dengan syarat
jumlah kredit kursus-kursus yang masih diambil tidak kurang
daripada DUA BELAS (12) kredit.
2. Pengguguran kursus boleh dibuat pada minggu ke TIGA (3)
sehingga minggu ke ENAM (6) sesi pengajian. Pelajar
hendaklah terlebih dahulu mendapatkan nasihat dan
sokongan daripada Penasihat Akademik dan/atau Ketua
Program serta mendapat kelulusan Ketua Jabatan
Akademik.
3. Selepas daripada tempoh yang ditetapkan, pelajar tidak
dibenarkan membuat sebarang pengguguran kursus.
83
MENGULANG KURSUS
Bagi pelajar yang gagal kursus wajib, kursus teras dan kursus
pengkhususan hendaklah;
a. mesti mengambil semula kursus yang gagal
pada semester sebelumnya;
b. bagi kes pelajar semester akhir yang gagal DUA
(2) atau lebih kursus pada semester
sebelumnya dikehendaki mengulang kursus
yang gagal pada semester semasa;
c. mengikuti semula aktiviti-aktiviti pembelajaran
bagi kursus-kursus berkenaan sepenuhnya.
MEMPERBAIKI GRED KURSUS
Bagi pelajar yang mendapat Lulus dengan gred C-, D+ dan D
bagi mana-mana kursus;
a. Pelajar dibenarkan untuk memperbaiki gred
kursus hanya sekali sahaja sepanjang
pengajian bagi kursus tersebut.
b. Pelajar perlu mengikuti semula aktiviti-aktiviti
pembelajaran bagi kursus-kursus berkenaan
84
sepenuhnya pada mana-mana semester
berikutnya termasuk semester pendek.
c. Keputusan bagi pelajar yang memperbaiki
gred kursus akan diambil dari gred terbaik.
d. Jumlah kredit yang perlu diambil oleh pelajar
yang memperbaiki Gred Kursus tidak boleh
melebihi DUA PULUH (20) kredit kecuali pada
keadaan-keadaan yang tidak memungkinkan
pelajar berbuat demikian dan mendapat
kelulusan Ketua Jabatan Akademik.
PROSES PENDAFTARAN KURSUS PELAJAR
GARIS PANDUAN UNTUK PENGECUALIAN DAN
PEMINDAHAN KREDIT
PINDAHAN KREDIT DAN PENGECUALIAN KURSUS
Pindahan kredit dan pengecualian kursus boleh dipohon dalam
tempoh TIGA (3) minggu semester pertama perkuliahan
sekiranya memenuhi kriteria yang ditetapkan di dalam Garis
Panduan Pindahan Kredit dan Pengecualian Kursus Program
85
Pengajian Politeknik Kementerian Pendidikan Tinggi yang boleh
didapati melalui laman web PTSN ( www.ptsn.edu.my ).
PANDUAN AKADEMIK
SISTEM NILAIAN MATA
1. Sistem penilaian Politeknik Kementerian Pendidikan
Tinggi adalah berdasarkan kaedah penilaian kuantitatif
prestasi pelajar di dalam sesuatu program yang dikenali
sebagai Sistem Nilaian Mata (SNM).
2. Mengikut SNM, prestasi pelajar bagi sesuatu kursus
adalah berdasarka kepada Sistem Gred yang mana
pencapaian pelajar dinilai menggunakan dua (2)
ukuran iaitu: i. Purata Nilaian Mata (PNM) atau Grade
Point Average (GPA); dan ii. Himpunan Purata Nilaian
Mata (HPNM) atau Cumulative Grade Point Average
(CGPA).
3. Nilaian mata bagi kursus Kokurikulum pelajar Atlit
adalah seperti berikut:
i. Atlit yang mendapat pingat dan mewakili
negeri/negara, nilai mata bagi kursus Kokurikulum
berkenaan adalah 4.00;
ii. Atlit yang mewakili negeri/negara yang tidak
mendapat pingat, nilai mata bagi kursus
Kokurikulum berkenaan adalah 3.00;
86
iii. Atlit yang mewakili negeri/negara setelah melepasi
semester DUA (2) dan TIGA (3), akan diberikan
pindahan kredit sebanyak TIGA (3) kredit bagi
subjek elektif;
iv. Disahkan oleh Jawatankuasa Peperiksaan
Politeknik.
SISTEM GRED
Markah yang diperolehi oleh pelajar di dalam sesuatu kursus
akan diberi nilai mata dan gred mengikut kumpulan seperti
berikut:
PEMBERATAN PENILAIAN KERJA KURSUS DAN PEPERIKSAAN AKHIR
1. Penilaian terhadap setiap kursus dibuat secara berkala dan
berterusan dalam tempoh pengajian pada sesuatu
semester merujuk kepada kaedah yang ditentukan oleh
dokumen kurikulum.
2. Kursus-kursus yang tidak melibatkan peperiksaan akhir akan
dinilai secara 100% kerja kursus.
3. Bagi kursus yang dinilai berdasarkan penilaian kerja kursus
dan peperiksaan akhir, penilaian kursus adalah merujuk
kepada dokumen kurikulum yang sedang berkuatkuasa.
87
PERATURAN AM KAEDAH PENILAIAN
Pelajar hendaklah memenuhi syarat-syarat berikut sebelum
layak untuk dinilai prestasi akademiknya:
a. telah mendaftar/melapor diri untuk mengikuti pengajian;
b. telah mendaftar kursus berkenaan; dan
c. telah mencapai kehadiran 80% seperti yang ditetapkan
bagi aktiviti pembelajaran yang diwajibkan bagi sesuatu
kursus.
MENENTUKAN JUMLAH KREDIT
1. Jumlah kredit yang boleh diambil oleh pelajar bagi sesuatu
semester adalah seperti dinyatakan pada perkara 2. Kredit
Kursus.
2. Pelajar boleh mengambil jumlah kredit kurang daripada
dua belas (12) sekiranya memenuhi mana-mana satu syarat
di bawah:
a. pelajar semester akhir; atau
b. pelajar mengikuti semester pendek; atau
c. pelajar Kursus Secara Sambilan (KSS), atau apa-apa
program seumpamanya; atau
d. pelajar mendapat keputusan Kedudukan Bersyarat
(KS) pada semester sebelumnya;
88
e. dan hendaklah mendapat: sokongan Penasihat
Akademik; dan kelulusan Ketua Jabatan Akademik.
3. Pelajar boleh mengambil jumlah kredit melebihi daripada
dua puluh (20) sekiranya memenuhi mana-mana satu syarat
di bawah:
i. pelajar semester akhir, atau
ii. pelajar telah lulus semua kursus pada semester
sebelumnya, atau
iii. mendapat HPNM bersamaan atau lebih daripada 3.00
pada semester sebelumnya;
iv. dan hendaklah mendapat: sokongan Penasihat
Akademik; dan kelulusan Ketua Jabatan Akademik.
4. Pelajar hendaklah mencukupkan jumlah kredit minimum
bagi setiap semester dengan mengambil kursus-kursus
elektif yang ditawarkan pada semester berkenaan atau
kursus-kursus lain dengan kelulusan Ketua Jabatan
Akademik kecuali pelajar yang dinyatakan pada perkara 2.
di atas.
5. Pelajar bertanggungjawab menyemak jumlah kredit
terkumpul agar boleh menamatkan pengajian dalam
tempoh yang ditentukan.
89
MENDUDUKI PEPERIKSAAN AKHIR
1. Pelajar hendaklah menduduki peperiksaan akhir bagi
kursus-kursus yang memerlukannya berbuat demikian.
2. Tempoh peperiksaan akhir bagi sesuatu kursus adalah
bergantung kepada tahap pengajian dan mata kredit bagi
kursus berkenaan.
LAYAK MENERUSKAN PENGAJIAN
1. Pelajar yang mendapat keputusan Kedudukan Baik (KB)
dan Kedudukan Bersyarat (KS) adalah layak meneruskan
pengajian ke semester berikutnya.
2. Pelajar yang layak menjalani Latihan Industri perlu
memenuhi syarat-syarat yang dinyatakan dalam Garis
Panduan Pengurusan Dan Kaedah Penilaian Latihan Industri
Politeknik Kementerian Pendidikan Tinggi.
3. Pelajar yang tamat Latihan Industri layak meneruskan
pengajian ke semester berikutnya setelah memenuhi syarat
dan peraturan seperti dinyatakan di dalam Garis Panduan
Pengurusan Dan Kaedah Penilaian Latihan Industri Politeknik
Kementerian Pendidikan Tinggi kecuali bagi pelajar yang
menjalani dan lulus Latihan Industri di semester akhir.
90
PENGANUGERAHAN
Pelajar dianggap telah menamatkan pengajian dan layak
dianugerahkan Sijil bagi sesuatu program yang ditetapkan
sekiranya telah memenuhi kriteria berikut:
a. lulus semua kursus yang ditetapkan bagi program
berkenaan;
b. mendapat HPNM bersamaan atau lebih daripada 2.00;
c. memperolehi sepenuhnya jumlah kredit yang
ditetapkan bagI sesuatu program; dan
d. telah diperakui oleh Lembaga Peperiksaan dan
Penganugerahan Sijil/Diploma Politeknik.
KATEGORI KEPUTUSAN PENILAIAN
Keputusan Penilaian bagi setiap semester akan dikategorikan
kepada:
1. Lulus Penuh (LP)
Pelajar semester akhir yang memperolehi HPNM
bersamaan atau lebih daripada 2.00 dan memenuhi
syarat serta layak dianugerahkan Sijil.
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2. Kedudukan Baik (KB)
Pelajar memperolehi HPNM bersamaan atau lebih
daripada 2.00.
3. Kedudukan Bersyarat (KS)
Pelajar memperolehi HPNM bersamaan atau lebih
daripada 1.60 dan kurang daripada 2.00
4. Gagal dan Diberhentikan (GB)
i. Kedudukan Gagal dan Diberhentikan akan
diberikan kepada pelajar yang:
ii. memperolehi HPNM kurang daripada 1.60;
atau
iii. memperolehi PNM kurang daripada 1.00
kecuali bagi pelajar semester akhir, pelajar
yang mengikuti semester pendek, pelajar KSS
atau apa-apa program seumpamanya; atau
iv. gagal sesuatu kursus sebanyak TIGA (3) kali
termasuk peperiksaan akhir khas atau penilaian
khas atau semester pendek; atau
v. memperolehi keputusan KS TIGA (3) kali
berturut-turut tidak termasuk semester pendek;
atau
vi. gagal Latihan Industri sebanyak DUA (2) kali;
atau
vii. telah melampaui tempoh maksimum
pengajian sesuatu program.
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PEPERIKSAAN AKHIR KHAS DAN PENILAIAN KHAS
1. Peperiksaan Akhir Khas
a. Pelajar yang layak dipertimbangkan untuk
menduduki Peperiksaan Akhir Khas adalah pelajar
seperti berikut:
i. disahkan sakit oleh pegawai perubatan
kerajaan atau hospital swasta;
ii. menghadapi kes-kes kecemasan seperti kes
kematian keluarga terdekat, kemalangan,
bencana alam atau kebakaran dengan
pengesahan dari pihak berkuasa; atau
iii. menyertai aktiviti yang diluluskan oleh
Pengarah dengan mengemukakan surat
pengesahan daripada pihak penganjur; atau
iv. atlit sukan yang sedang mewakili negeri atau
negara.
b. Peperiksaan Akhir Khas juga dilaksanakan sekiranya
Peperiksaan Akhir bagi mana-mana kursus pada
semester berkenaan dibatalkan.
2. Penilaian Khas
a. Penilaian Khas adalah satu bentuk penilaian yang
hanya dibenarkan kepada pelajar semester akhir
yang memenuhi syarat-syarat berikut:
i. mendapat keputusan KB;
ii. gagal SATU (1) kursus sahaja;
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ii. telah menduduki peperiksaan akhir bagi kursus
berkenaan (jika berkaitan);
iii. tidak dikenakan tindakan tatatertib;
iv. tidak melampaui tempoh maksimum program;
dan
v. telah diperakukan oleh Jawatankuasa
Peperiksaan Politeknik.
vi. Keputusan pelajar yang lulus Penilaian Khas
akan mendapat Gred C sahaja.
b. Pelajar yang menjalani Latihan Industri di semester
akhir dan memenuhi syarat di atas, penilaian khas
akan diberikan sebelum pelajar menjalani Latihan
Industri.
c. Kaedah Penilaian Khas hendaklah ditentukan oleh
Ketua Jabatan Akademik sama ada dengan:
i. menduduki Peperiksaan Akhir sahaja
ii. menduduki Peperiksaan Akhir dan
melaksanakan Penilaian Kerja Kursus; atau
iii. melaksanakan sepenuhnya Penilaian Kerja
Kursus.
d. Bagi pelajar yang gagal mana-mana kursus yang
melibatkan Penilaian Kerja Kursus sahaja,
penetapan sama ada pelajar perlu melaksanakan
penilaian khas atau mengulang kursus diputuskan
oleh Jawatankuasa Peperiksaan Politeknik.
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RAYUAN KEPUTUSAN PEMARKAHAN
RAYUAN KE ATAS KEPUTUSAN PENILAIAN
1. Pelajar yang ingn membuat rayuan ke atas keputusan
penilaiannya boleh berbuat demikian secara bertulis
kepada Jawatankuasa Peperiksaan Politeknik dalam
tempoh empat belas (14) hari dari tarikh keputusan rasmi.
2. Pelajar akan dikenakan bayaran sebanyak RM50.00 bagi
setiap rayuan yang dikemukakan dan hendaklah dibuat
dalam bentuk Kiriman Wang/Wang Pos atas nama
PENGARAH POLITEKNIK TUN SYED NASIR SYED ISMAIL.
PENYEMAKAN SEMULA SKRIP JAWAPAN PEPERIKSAAN AKHIR
1. Pelajar yang ingn membuat penyemakan semula skrip
jawapan sesuatu kursus hendaklah mengemukakan
permohonan secara bertulis kepada Jawatankuasa
Peperiksaan Politeknik dalam tempoh empat belas (14) hari
dari tarikh keputusan rasmi.
2. Pelajar akan dikenakan bayaran sebanyak RM25.00 bagi
setiap kursus dan hendaklah dibuat dalam bentuk Kiriman
Wang/Wang Pos atas nama PENGARAH POLITEKNIK TUN
SYED NASIR SYED ISMAIL.
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KEPUTUSAN RAYUAN DAN SEMAKAN SEMULA SKRIP JAWAPAN
Keputusan rayuan dan semakan semula skrip jawapan akan
dimaklumkan kepada pelajar oleh Jawatankuasa Peperiksaan
Politeknik dalam tempoh empat belas (14) hari dari tarikh
penerimaan keputusan rayuan daripada Lembaga
Peperiksaan. Keputusan adalah muktamad.
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MAKLUMAT AM
LATIHAN INDUSTRI DUT410110 adalah satu syarat wajib bagi
pelajar dalam program-program tertentu di semua peringkat
pengajian tinggi di Institut Pengajian Tinggi (IPT). Untuk
meningkatkan tahap mampu kerja para graduan, program LI
diperkenalkan untuk memperkasa kompetensi yang diperlukan.
Kursus LI memberi pelajar peluang pembelajaran di dunia
pekerjaan untuk menerima pengalaman praktikal supaya
dapat mempertingkatkan kebolehpasarannya.
Kursus ini memberi pendedahan dan pengalaman kepada
pelajar dari segi perkembangan teknologi, komunikasi yang
berkesan, amalan kerja berpasukan, polisi-polisi, prosedur dan
peraturan-peraturan, perspektif professional dan pelaporan.
Kursus ini akan membina semangat dan sikap yang proaktif di
kalangan pelajar dan seterusnya meningkatkan keyakinan
mereka untuk menjadi pelatih yang cemerlang.
LATIHAN INDUSTRI (LI)
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SYARAT KELAYAKAN LATIHAN INDUSTRI
1. Telah mendaftar kursus Latihan Industri.
2. Mendapat Kedudukan Baik (KB) atau Kedudukan Bersyarat
(KS) dalam perpiriksaan semester sebelumnya.
3. Bagi kursus Latihan Industri Semester Akhir (LISA) pelajar
perlu lulus semua kursus yang diambil seperti disyaratkan
dalam struktur program berkenaan dengan mendapat
HPNM 2.0 dan ke atas.
4. Dilindungi Insurans.
5. Telah menduduki dan lulus kursus-kursus prasyarat yang
ditetapkan.
6. Memenuhi lain-lain arahan yang ditetapkan oleh
politeknik.
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CARTA ALIR PROSES PERMOHONAN LI
MULA
TAKLIMAT LATIHAN INDUSTRI
PENDAFTARAN & PENEMPATAN
MENDAFTAR KURSUS & MENCETAK
SURAT PERMOHONAN PENEMPATAN
MENGHANTAR SURAT PERMOHONAN
PENEMPATAN
INDUSTRI
TAKLIMAT PERSEDIAAN
INDUSTRI
PENYERAHAN
DOKUMEN TERIMA
ARAHAN
B
TIDAK
YA