TER 1 CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
PLO5
Investigation
CLS3a Modern Tool Usage
CLS3c
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
Environment and PLO9
Sustainability PLO10
PLO11
Ethics PLO12
CLS3d Individual and
CLS3b Teamwork
CLS4
CLS4 Communication
Project
Management and
Finance
Life Long Learning
PREREQUISITE/CO-REQUISITE
76
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
MPU21012 Pengajian Malaysia 102 0 2 SEMEST
Compulsory MPU24XX1 Kelab/Persatuan 020 0 1
MPU24XX1 Unit Beruniform 2 202 0 3
Common DBM20023 Engineering Mathematics 2 220 0 3
Core 220 0 3
220 0 3
DET20033 Electrical Circuits 120 0 2
Discipline DEE20023 Semiconductor Devices 24 17
Core DEE20033 Digital Electronics
DEC20012 Programming Fundamentals
TOTAL
TER 2 CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
CLS3a Investigation PLO5
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
Communication
MPU24XX1 Project Management
DBM10013 and Finance
DET10013
Life Long Learning
PREREQUISITE/CO-REQUISITE
77
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES
CODE LPTO Knowledge
Problem Analysis
CLS1
CLS2
Compulsory DUE30022 Communicative English 2 1 0 2 0 2 SEMEST
Common Electrical Engineering 2020 3
Core DBM30043
Mathematics
DEE30043 Electronic Circuits 2200 3
Discipline DEE30061 Computer Aided Electrical 0200 1
Core DEE30071 Drawing 0200 1
DET30043 Electronic Computer Aided 2200 3
Design
Electrical Machine
DET30053 Power System 2200 3
Specialisation DEQ30052 Fundamental of Energy 2 0 0 0 2
Efficiency and Conservation
TOTAL 25 18
TER 3 CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
CLS3a
CLS3c Investigation PLO5
PLO6
CLS3b Modern Tool Usage PLO7
CLS5 PLO8
CLS5 The Engineer and PLO9
CLS3d Society PLO10
CLS3b PLO11
CLS4 Environment and PLO12
CLS4 Sustainability
Ethics
Individual and
Teamwork
Communication
Project Management
DUE10012
DBM20023 and Finance
Life Long Learning
DET20033
PREREQUISITE/CO-REQUISITE
78
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
Compulsory DUE50032 Communicative English 3 1020 2 SEMEST
Discipline MPU22012 Entrepreneurship 1020 2
DEC40053 Embedded System
Core Application 2200 3
DEQ40032 Energy Efficiency
Specialisation Engineering 1 2000 2
DEE30071 Electronic Computer Aided
Design 0200 1
DEE40082 Project 1 12 0 0 2
0000 2
Electives Elective 1
TOTAL 19 16
TER 4 CLS2 Design/Development PLO3
CLS2 of Solution PLO4
CLS3a Investigation PLO5 PROGRAMME LEARNING OUTCOME (PLO)
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
DUE30022 CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
DEC20012 CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
79
Communication
Project Management
and Finance
Life Long Learning
PREREQUISITE/CO-REQUISITE
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
Compulsory MPU23052 Sains Teknologi dan 1020 2 SEMEST
Kejuruteraan Islam*
Discipline MPU23042 Nilai Masyarakat 2200 3
Core Malaysia**
DET50093 Electrical Maintenance and 220 0 3
Specialisation DET40073 Repair 220 0 3
DEQ50043
DEE50102 Power Electronics 03 0 0 2
Energy Efficiency 0000 2
Engineering 2
Project 2 18 15
Electives Elective 2
TOTAL
TER 5 CLS2 Design/Development PLO3
CLS2 of Solution PLO4
CLS3a Investigation PLO5 PROGRAMME LEARNING OUTCOME (PLO)
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
Communication
Project Management
and Finance
Life Long Learning
DEQ40032 PREREQUISITE/CO-REQUISITE
DEE40082
80
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
SEMEST
Industrial Engineering Industrial 0 0 0 0 10
Training DUT600610
0 10
Training 94
TOTAL
TOTAL CREDIT VALUE
TER 6 CLS2 Design/Development PLO3
CLS2 of Solution PLO4
CLS3a Investigation PLO5 PROGRAMME LEARNING OUTCOME (PLO)
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
Communication
Project Management
and Finance
Life Long Learning
PREREQUISITE/CO-REQUISITE
81
6. COURSES DESCRIPTIONS
6.1. SEMESTER 1
NAME OF COURSE COMMUNICATIVE ENGLISH 1
COURSE CODE DUE10012
COMMUNICATIVE ENGLISH 1 focuses on developing students’ speaking skills to
enable them to communicate effectively and confidently in group discussions and in
SYNOPSIS a variety of social interactions. It is designed to provide students with appropriate
reading skills to comprehend a variety of texts. The students are equipped with
effective presentation skills as a preparation for academic and work purposes.
Upon completion of this course, students should be able to:
1 Participate in a discussion using effective
CLO1 communication and social skills to reach an amicable conclusion
by accommodating differing views and
Course Learning opinions. (A3, CLS 3b)
Outcome (CLO) CLO2 Demonstrate awareness of values and opinions embedded in
texts on current issues. (A3, CLS 3b)
Present a topic of interest that carries identifiable values
CLO3 coherently using effective verbal and non- verbal communication
skills. (A2, CLS 4)
NAME OF COURSE SUKAN/ UNIT BERUNIFORM 1&2
COURSE CODE MPU24XX1
SUKAN/ UNIT BERUNIFORM 1 adalah aktiviti yang mengandungi latihan
kemahiran berguna secara rekreasi dan peraturan-peraturan tertentu dalam
SYNOPSIS mengejar kecemerlangan bagi penguasaan pengetahuan dan kemahiran khusus
secara holistik bagi mengukuhkan pembentukan kemahiran insaniah pelajar yang
2 positif.
Upon completion of this course, students should be able to:
Course Learning CLO1 Mempamerkan kemahiran khusus bagi kursus berkaitan.
Outcome (CLO) CLO2 ( P2, CLS 4 )
Menunjukkan kepimpinan dan kerja berpasukan berdasarkan
penguasaan kemahiran dan amalan positif. (A3, CLS 3d)
NAME OF COURSE OCCUPATIONAL SAFETY AND HEALTH FOR ENGINEERING
COURSE CODE DUW10022
OCCUPATIONAL SAFETY AND HEALTH FOR ENGINEERING course is designed
to impart understanding of the self-regulatory concepts and provisions under the
Occupational Safety & Health Act (OSHA). This course presents the responsibilities
of workers in implementing and complying with the safety procedures at work.
SYNOPSIS Understanding of notifications of accidents, dangerous occurrence, poisoning and
diseases and liability for offences will be imparted upon students. This course will
3 also provide an understanding of the key issues in OSH management, incident
prevention, Emergency Preparedness and Response (EPR), fire safety, Hazard
Identification, Risk Control and Risk Assessment (HIRARC) and guide the students
gradually into this multi-disciplinary science.
Upon completion of this course, students should be able to:
Course Learning CLO1 Explain briefly Occupational Safety and Health (OSH)
Outcome (CLO) CLO2 procedures, regulation and its compliance in Malaysia.(C2,PLO1)
Initiates incident hazards, risks and safe work practices in order
to maintain health and safe work environment. (A3, PLO 8)
82
CLO3 Forms communication skills in a team to respond for an accident
action at workplace. (A3, PLO 10)
NAME OF COURSE ENGINEERING MATHEMATICS 1
COURSE CODE DBM10013
ENGINEERING MATHEMATICS 1 exposes students to the basic algebra including
resolve partial fractions. This course also covers the concept of trigonometry and
SYNOPSIS the method to solve trigonometry problems by using basic identities, compound
angle and double angle formulae. Students will be introduced to the theory of
complex number and concept of vector and scalar. Students will explore advanced
4 matrices involving 3x3 matrix.
Upon completion of this course, students should be able to:
Course Learning CLO1 Use mathematical statement to describe relationship between
Outcome (CLO) CLO2 various physical phenomena. (C3, CLS 1)
Show mathematical solutions using the appropriate techniques in
mathematics. (C3, CLS 3c)
CLO3 Use mathematical expression in describing real engineering
problems precisely, concisely and logically. (A3, CLS 3b)
NAME OF COURSE ENGINEERING SCIENCE
COURSE CODE DBS10012
ENGINEERING SCIENCE course introduces the physical concepts required in
SYNOPSIS engineering disciplines. Students will learn the knowledge of fundamental physics in
order to identify and solve engineering physics problems. Students will be able to
perform experiments and activities to mastery physics concepts.
5 Upon completion of this course, students should be able to:
CLO1 Use basic physics concept to solve engineering physics
problems. (C3, CLS 1)
Course Learning
Outcome (CLO) CLO2 Apply knowledge of fundamental physics in activities to mastery
physics concept. (C3, CLS 1)
NAME OF COURSE
CLO3 Perform appropriate activities related to physics concept.
COURSE CODE (P3, CLS 3a)
ELECTRICAL TECHNOLOGY
DET10013
SYNOPSIS ELECTRICAL TECHNOLOGY course will introduce students to the principles
related to DC electrical circuits. It covers the fundamental laws, theorems and
circuit techniques of the electrical technology basic fundamental. This course also
covers inductor, capacitor, magnetic and electromagnetic circuits.
Upon completion of this course, students should be able to:
6 Apply the concept and principles of the related electrical circuit
CLO1 theorems and law to solve DC electrical circuit using various
Course Learning CLO2 method and approach. (C3, PLO 1)
Outcome (CLO) Construct DC circuit and measure related electrical parameters
using appropriate electrical equipments.
(P4, PLO 5)
CLO3 Demonstrate ability to work in team to complete assigned tasks
within the stipulated time frame. (A3, PLO 9)
NAME OF COURSE ELECTRICAL WIRING
COURSE CODE DET10022
7 ELECTRICAL WIRING course exposes students to the various aspects of wiring
SYNOPSIS installation according to the MS IEC 60364 standard. Students will be able to relate
theoretical aspect in practical work on electrical wiring during workshop sessions.
83
This course also provides students with the knowledge and skill in doing different
types of wiring installation, wiring protection, wiring inspection, wiring testing and
sustainable energy practices in electrical wiring.
Upon completion of this course, students should be able to:
Apply the concept and principle of electrical safety and regulation
CLO1 in performing electrical wiring according to NIOSH, MS IEC
60364 standard. (C3, PLO 1)
Course Learning CLO2 Construct single phase domestic wiring according to MS IEC
Outcome (CLO) 60364. (P4, PLO 5)
Demonstrate an understanding and commit to professional ethics
and responsibilities of engineering norms and sustainable energy
CLO3 practices in electrical wiring during performing single phase
domestic wiring task.
(A3, PLO 8)
NAME OF COURSE MEASUREMENT DEVICES
COURSE CODE DEE10013
Measurement Devices introduces students to the basic concept of electrical
instrument and measurement. It covers the basic principles of measurement, safety
SYNOPSIS precautions and meter calibration. Students will also use measurement devices
such as analogue meters, DC meters, analogue and digital multimeters,
oscilloscopes, signal generators and power meters during practical session. This
8 course also covers the basic concept and simple application of DC Bridge.
Upon completion of this course, students should be able to:
Course Learning CLO1 Apply the concept of measurement in electrical and electronic
Outcome (CLO) CLO2 equipment using appropriate theorem (C3, PLO 1)
Perform meter calibrating and measuring technique using the
correct measuring equipment (P4, PLO 5)
CLO3 Demonstrate good communication skill in oral presentation within
a stipulated time frame (A3, PLO 10)
6.2. SEMESTER 2
NAME OF COURSE PENGAJIAN MALAYSIA
COURSE CODE MPU21012
PENGAJIAN MALAYSIA membincangkan sejarah dan politik, perlembagaan
Malaysia dan sistem pemerintahan negara, kemasyarakatan dan perpaduan,
SYNOPSIS pembangunan negara dan isu-isu keperihatinan negara. Kursus ini adalah
bertujuan untuk melahirkan graduan yang mempunyai identiti kebangsaan dan
1 semangat patriotisme yang unggul.
Upon completion of this course, students should be able to:
Course Learning CLO1 Menerangkan nilai sejarah bangsa dan negara di Malaysia.
Outcome (CLO) CLO2 (A3, CLS 5)
Menghubungkait sikap dan tanggungjawab yang signifikan
dengan sistem pemerintahan negara. (A4, CLS 5)
CLO3 Membentuk minda ingin tahu menerusi aktiviti kemasyarakatan
atau patriotisme dalam kalangan pelajar. (A3, CLS 4)
84
NAME OF COURSE KELAB/ PERSATUAN
COURSE CODE MPU24XX1
KELAB/ PERSATUAN memfokuskan kepada penguasaan pengetahuan dan
SYNOPSIS kemahiran khusus secara holistik bagi mengukuhkan pembentukan kemahiran
2 insaniah pelajar yang positif.
Upon completion of this course, students should be able to:
Course Learning CLO1 Mempamerkan kemahiran khusus bagi kursus berkaitan.
Outcome (CLO) CLO2 (P2, CLS 4)
Menunjukkan kepimpinan dan kerja berpasukan berdasarkan
penguasaan kemahiran dan amalan positif. (A3, CLS 3d)
NAME OF COURSE ENGINEERING MATHEMATICS 2
COURSE CODE DBM20023
ENGINEERING MATHEMATICS 2 exposes students to the basic laws of indices
and logarithms. This course introduces the basic rules of differentiation concepts to
SYNOPSIS solve problems that relates maximum, minimum and calculate the rates of changes.
This course discusses integration concepts in order to strengthen student’s
knowledge for solving area and volume bounded region problems. In addition,
3 students will learn application of both techniques of differentiation and integration.
Upon completion of this course, students should be able to:
CLO1 Use algebra and calculus knowledge to describe relationship
between various physical phenomena. (C3, CLS 1)
Course Learning CLO2 Solve the mathematical problems by using appropriate and
Outcome (CLO) relevant fundamental calculus techniques. (C3, CLS 3c)
Use mathematical language to express mathematical ideas and
CLO3 arguments precisely, concisely and logically in calculus.
(A3, CLS 3b)
NAME OF COURSE ELECTRICAL CIRCUITS
COURSE CODE DET20033
ELECTRICAL CIRCUITS is designed to provide students with the knowledge
related to AC of electrical circuits. It emphasized on the principles of an alternating
SYNOPSIS current AC waveform and sinusoidal steady state circuit analysis. This course also
covers the applications of three phase system and operation of various types of
transformers.
4 Upon completion of this course, students should be able to:
Apply the concept and principle in solving problems of electrical
CLO1 circuits using the appropriate AC electrical laws and theorem.
Course Learning CLO2 (C3, PLO 1)
Outcome (CLO) Construct of an AC electrical circuit and measured related
electrical parameter using appropriate electrical equipments.
(P4, PLO 5)
CLO3 Demonstrate ability to work in team to complete assigned tasks
within the stipulated time frame. (A3, PLO 9)
NAME OF COURSE SEMICONDUCTOR DEVICES
COURSE CODE DEE20023
SEMICONDUCTOR DEVICES introduces students to the basic electronic theories
5 SYNOPSIS and devices. It covers the fundamentals of electronic devices which includes
diodes, bipolar junction transistors and field effect transistors. The content
encompasses devices structure to biasing basic applications.
Course Learning Upon completion of this course, students should be able to:
85
Outcome (CLO) Apply the theoretical characteristics and electrical properties of
CLO1 semiconductor by using appropriate measuring operations and
theorem. (C3, PLO 1)
Construct the various applications of semiconductor devices
CLO2 circuit by using schematic diagrams.
(P4, PLO 5)
CLO3 Demonstrate good communication skill in oral presentation within
a stipulated time frame. (A3, PLO 10)
NAME OF COURSE DIGITAL ELECTRONICS
COURSE CODE DEE20033
DIGITAL ELECTRONICS introduces the theories on the basic of digital systems.
SYNOPSIS This course emphasizes on the digital system fundamentals and applications. This
course mainly covers number systems, code systems, logic gates, Boolean
operations, flip-flops, counters and registers.
6 Upon completion of this course, students should be able to:
Course Learning CLO1 Apply the knowledge of logic operations using Boolean
Outcome (CLO) CLO2 Algebraor Karnaugh Map in digital logic circuit. (C3, PLO 1)
Construct the logic diagrams, truth tables and timing diagrams
using logic gates and flip-flop. (P4, PLO 5)
CLO3 Demonstrate ability to work in team to complete assigned task
during practical work sessions. (A3, PLO 9)
NAME OF COURSE PROGRAMMING FUNDAMENTALS
COURSE CODE DEC20012
PROGRAMMING FUNDAMENTALS course provides the skills necessary for the
effective of application of computation and computer programming in engineering
SYNOPSIS applications. Students will develop their programming skills through a variety of
assignments and labs and by reviewing case studies and example programs. The
learning outcome is proficiency in writing small to medium programs in a procedural
programming language.
7 Upon completion of this course, students should be able to:
Apply knowledge of basic concepts and fundamentals of
CLO1 structured programming in solving a variety of engineering and
scientific problems using a high level programming language.
Course Learning (C3, PLO 1)
Outcome (CLO) CLO2 Build programs written in C language for assigned mini project
during practical work sessions. (P4, PLO 5)
Demonstrate continuous learning skill in independent acquisition
CLO3 of new knowledge and skill in developing a mini project.
(A3, PLO 12)
6.3. SEMESTER 3
NAME OF COURSE COMMUNICATIVE ENGLISH 2
COURSE CODE DUE30022
COMMUNICATIVE ENGLISH 2 emphasises the skills required at the workplace to
1 SYNOPSIS describe products or services as well as processes or procedures. This course will
also enable students to make and reply to enquiries and complaints.
Course Learning Upon completion of this course, students should be able to:
Outcome (CLO)
CLO1 Describe a product or service effectively by highlighting its
features and characteristics that appeal to a specific audience.
86
(A3, CLS 3b)
CLO2 Describe processes, procedures and instructions clearly by
highlighting information of concern. (A3, CLS 4)
Demonstrate effective communication and social skills in
CLO3 handling enquiries and complaints amicably and professionally.
(A3, CLS 3b)
NAME OF COURSE ELECTRICAL ENGINEERING MATHEMATICS
COURSE CODE DBM30043
ELECTRICAL ENGINEERING MATHEMATICS 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
SYNOPSIS methods, polynomial problems using Simple Fixed Point Iteration methods and
Newton Raphson method. In additional, the course also discuss Ordinary
2 Differential Equation (ODE). In order to strengthen the students in solving
engineering problems, Laplace Transform by using the Table of Laplace is also
included. It is designed to build students’ teamwork and problems solving skill.
Upon completion of this course, students should be able to:
Course Learning CLO1 Demonstrate an understanding of the common body of
Outcome (CLO) CLO2 knowledge in mathematics. (C3, CLS 1)
Demonstrate problems solving skills in engineering problems.
(C3, CLS 3c)
CLO3 Use mathematical expression in describing real engineering
problems precisely, concisely and logically. (A3, CLS 3b)
NAME OF COURSE ELECTRONIC CIRCUITS
COURSE CODE DEE30043
ELECTRONIC CIRCUITS emphasizes the concept of electronic device
applications. The course covers the fundamental of electronic circuit application
SYNOPSIS which include power supply unit, oscillator, operational amplifier, timer, filters and
AD/DA converters. The content cover circuit configurations, operation and
application of the electronic circuits.
3 Upon completion of this course, students should be able to:
CLO1 Apply the principles of electronic circuits devices by using block
diagram or circuit diagram. (C3, PLO 1)
Course Learning CLO2 Construct the various applications of electronic circuits based on
Outcome (CLO) the theory and principle operation of the circuits. (P4, PLO 5)
Demonstrate good written communication skill through essay
CLO3 writing in group within a stipulated time frame.
(A3, PLO 10)
NAME OF COURSE ELECTRONIC COMPUTER AIDED DESIGN
COURSE CODE DEE30071
ELECTRONIC COMPUTER AIDED DESIGN covers the basic concept and
fundamentals of electronic circuit simulation. It also covers the applications of
electronic packages for electronic circuit simulation at the circuit level and the logic
4 SYNOPSIS level. Emphasis is given to the simulation for analogue, digital logic and mixed-
signal circuits using various types of simulation analysis. Printed Circuit Board
(PCB) layout is then produced for the circuits. The simulation and the PCB layout
are done using electronic software package such as Protel / Altium Designer,
ORCAD, PSpice, Circuit Maker or Electronic Workbench.
Course Learning Upon completion of this course, students should be able to:
Outcome (CLO) CLO1 Apply the simulation results for the various types of simulation
87
analysis based on the electronic circuit theory and operations.
(C3, PLO 1)
Construct the simulation and the PCB layout for digital and
CLO2 analogue circuits using a schematic capture software.
(P4, PLO 5)
NAME OF COURSE ELECTRICAL MACHINE
COURSE CODE DET30043
ELECTRICAL MACHINE course expose students to the basic construction,
SYNOPSIS principle of operation and control of various type of motor and generator. This
course provides students with the basic knowledge and skills to solve various
problem related to motors and generators.
Upon completion of this course, students should be able to:
5 Apply the concept, principle operation and motor control of
CLO1 electrical machine to solve the related problems using standard
Course Learning CLO2 formula. (C3, PLO 1)
Outcome (CLO) Measure and record electrical and mechanical parameters
related to ac and dc electrical machine using appropriate
electrical equipments. (P4, PLO 5)
CLO3 Demonstrate ability to work in team to complete assigned tasks.
(A3, PLO 9)
NAME OF COURSE POWER SYSTEM
COURSE CODE DET30053
POWER SYSTEM course will provide students with the concepts of non-renewable
SYNOPSIS and renewable energy. It also annotate on the environmentally friendly electrical
power generation, transmission, distribution and consumerization of the electrical
power.
Upon completion of this course, students should be able to:
Apply the concepts of eco-friendly electrical power generation
6 CLO1 resources, to improve an environmentally conscious of a quality
power generation, transmission and distribution system and its
Course Learning CLO2 efficiency. (C3, PLO 1)
Outcome (CLO) Perform the practical works on electrical power generation,
transmission and distribution system using an appropriate
energy- efficient equipment. (P4, PLO 5)
Demonstrate the awareness toward the sustainable energy
CLO3 generation and environmental friendly methodes of transmission
and distribution system. (A3, PLO 7)
NAME OF COURSE FUNDAMENTAL OF RENEWABLE ENERGY
COURSE CODE DEG30013
FUNDAMENTAL OF RENEWABLE ENERGY course is aimed to provide students
with the knowledge and skills related to meet the demands of the new economy that
SYNOPSIS will rely on the primary source. The focus is on the renewable energy sources such
as solar, wind, bioenergy, geothermal, hydroelectric, tidal and fuel cell. The
7 importance and public benefits of renewable energy used and the environmental
impact of renewable energy technologies will also be discussed.
Upon completion of this course, students should be able to:
Apply principles of renewable energy technology in addressing
Course Learning CLO1 clean, safe and sustainable energy supply according to energy
Outcome (CLO) and environment policy. (C3, PLO 1)
CLO2 Measure input and output parameters of renewable energy
system using appropriate tools and equipment. (P4 ,PLO 5)
88
Demonstrate understanding of environment & sustainability
CLO3 practices in renewable energy field through a given task session.
(A3, PLO 7)
NAME OF COURSE FUNDAMENTAL OF ENERGY EFFICIENCY AND CONSERVATION
COURSE CODE DEQ30052
FUNDAMENTAL OF ENERGY EFFICIENCY AND CONSERVATION course aims
to provide students with the concept and code of practice of energy efficiency in
SYNOPSIS residential and non-residential building. Students will explore the benefits and
impacts of the energy efficiency to enhance awareness on energy conservation
8 which promote the efficient utilization of energy usage.
Upon completion of this course, students should be able to:
Investigate energy efficiency and conservation potential
Course Learning CLO1 residential and non-residential in buildings according to best
Outcome (CLO) practices. (C4, PLO 4)
CLO2 Demonstrate sustainable awareness of energy efficiency and
conservation through project activities. (A3, PLO 7)
NAME OF COURSE COMPUTER AIDED ELECTRICAL DRAWING
COURSE CODE DEE30061
COMPUTER AIDED ELECTRICAL DRAWING provides knowledge and exposure
on the usage of AutoCAD software. The course focuses on the application of the
SYNOPSIS software to produce drawings of graphics, electrical / electronic component
symbols, circuit schematics and electrical wiring layout diagram. The skills acquired
from this course will also equip students with the ability to learn and use other
similar software.
9 Upon completion of this course, students should be able to:
CLO1 Apply computer aided design concept, applications and
capabilities in electrical engineering environment. (C3, PLO 1)
Course Learning CLO2 Construct simple and complex electrical wiring diagrams and
Outcome (CLO) electronic schematics using AutoCAD software and based on
American/British technical symbol standard. (P4, PLO 5)
Adhere to professionalism and ethics in drawing electrical
CLO3 consumer wiring diagram in practical work according to Energy
Commission (EC) and MS IEC 60364 standard. (A3, PLO 8)
NAME OF COURSE COMPUTER NETWORKING FUNDAMENTALS
COURSE CODE DEC30023
COMPUTER NETWORK FUNDAMENTALS introduce students to the concepts and
principles of data transmission and computer networks. This course enables
students to correctly use standard terminology in describing the main Local Area
SYNOPSIS Network (LAN) topologies, hardware and software components used in networking.
This course provides students with the knowledge and skills to build a network
infrastructure using copper cabling, and wireless devices wisely. Students also
10 learn to troubleshoot and secure the network.
Upon completion of this course, students should be able to:
Investigate a computer network structure to determine the
Course Learning CLO1 network protocol, network services, network problem and
network security when implementing specific networking
Outcome (CLO) requirements. (C4, PLO 4)
Construct a simple LAN or WLAN in accordance to IEEE or
CLO2 TIA/EIA- 568-A/B wiring standard and network troubleshooting
using network simulation or tools. (P4, PLO 5)
89
Demonstrate awareness of the norm practice of professional
CLO3 bodies such as IEEE or TIA/EIA-568-A/B during practical work
session. (A3, PLO 8)
NAME OF COURSE COMPUTER ARCHITECTURE AND ORGANIZATION
COURSE CODE DEC30032
COMPUTER ARCHITECTURE AND ORGANIZATION course introduces students
to the concepts and principles of computer hardware operation and computer’s
component logic design. This course enables students to correctly evaluate the
SYNOPSIS design of typical logic computer, connection between computer components and
use block function to implement operation. This course provides students with the
11 knowledge about basic computer logic circuit that is use in computer hardware
system.
Upon completion of this course, students should be able to:
Course Learning CLO1 Evaluate the architecture and organization of a computer and
variuos functional modules in a computer. (C5, PLO 2)
Outcome (CLO) Demonstrate the awareness on the responsibility of an engineer
CLO2 towards society, health, safety, legal issues through assignments
on assigned topics. (A3, PLO 6)
NAME OF COURSE MICROPROCESSOR FUNDAMENTALS
COURSE CODE DEC30043
MICROPROCESSOR FUNDAMENTALS covers the basic processor architecture
and application of ARM processor (microcontroller products). Students will learn the
SYNOPSIS fundamental concepts and techniques to apply ARM Development Tools using
inline assembler in C language. This course also provides the skills to control
external peripherals using digital input and output peripherals.
12 Upon completion of this course, students should be able to:
apply the concept of microprocessor architecture related to the
CLO1 internal register, the memory and the input/output of ARM
Course Learning processor to operate external peripherals. (C3, PLO 1)
Outcome (CLO) CLO2 build the assembly language program to enable features of
various peripherals in the ARM processor. (P4, PLO 5)
CLO3 demonstrate continuous and independent learning to enhance
programming skill through an assiged essay. (A3, PLO 6)
NAME OF COURSE ELECTRONIC EQUIPMENT REPAIR
COURSE CODE DEE30052
ELECTRONIC EQUIPMENT REPAIR provides the knowledge and skills on
troubleshooting and repairing the electronics equipment. This course focuses on
SYNOPSIS the identification of faults in regulated dc power supply, audio equipment and
television system. This course also provides knowledge and skills on
troubleshooting and repairing broken cell phones.
13 Upon completion of this course, students should be able to:
Diagnose fault of electronic equipment related to electronic
CLO1 equipment repair using the correct diagnosis technique and
Course Learning CLO2 tools. (C4, PLO 2)
Outcome (CLO) Fix the post-consumer’s electronic equipment fault using the
correct diagnosis technique. (P4, PLO 5)
Demonstrate good social responsibility in solving well defined
CLO3 engineering problems during performing electronic system and
appliances maintenance task. (A3, PLO 6)
14 NAME OF COURSE COMMUNICATION SYSTEM FUNDAMENTALS
COURSE CODE DEP30013
90
COMMUNICATION SYSTEM FUNDAMENTALS introduces the students to the
concepts of communication system. This course covers the principles of
SYNOPSIS communications, analog and digital modulation techniques, multiplexing and
transmission medium. It also exposes the students to the basic of data
communication system.
Upon completion of this course, students should be able to:
CLO1 Apply the concept of electronic communication system by using
appropriate diagram and standard formula. (C3, PLO 1)
Course Learning Assemble the related communication equipment systematically
Outcome (CLO) CLO2 in performing the measurement of appropriate signals parameter.
(P4, PLO 5)
CLO3 Demonstrate the ability to work in a team to complete the
assigned asks during practical work sessions. (A3, PLO 9)
NAME OF COURSE TELECOMMUNICATION NETWORK
COURSE CODE DEP30083
TELECOMMUNICATION NETWORK provides students with the basic knowledge
of telecommunication network of Next Generation Networks (NGN). This course
SYNOPSIS focuses on NGN architectures, protocols and services, including technologies and
regulation. Students are also expose to NGN convergence between the traditional
telecommunications and the internet to facilitate voice and data communications.
15 Upon completion of this course, students should be able to:
CLO1 apply the basic concept of telecommunication network by using
appropriate block diagram and designated formula. (C3, PLO 1)
Course Learning assemble the related telecommunication equipment in
Outcome (CLO) CLO2 performing the measurement of appropriate signal parameter.
(P4, PLO 5)
CLO3 demonstrate good commucation skill in oral presentation on
assigned assignments. (A3, PLO 10)
6.4. SEMESTER 4
NAME OF COURSE COMMUNICATIVE ENGLISH 3
COURSE CODE DUE50032
COMMUNICATIVE ENGLISH 3 aims to develop the necessary skills in students to
analyse and interpret graphs and charts from data collected as well as to apply the
job hunting mechanics effectively in their related fields. Students will learn to gather
data and present them through the use of graphs and charts. Students will also
SYNOPSIS learn basics of job hunting mechanics which include using various job search
strategies, making enquiries, and preparing relevant resumes and cover letters. The
students will develop communication skills to introduce themselves, highlight their
1 strengths and abilities, present ideas, express opinions and respond appropriately
during job interviews.
Upon completion of this course, students should be able to:
CLO1 Present gathered data in graphs and charts effectively using
appropriate language forms and functions. (A2 , CLS 3b)
Course Learning CLO2 Prepare a high impact resume and a cover letter,
Outcome (CLO) highlighting competencies and strengths that meet employer’s
expectations. (A4 , CLS 4)
CLO3 Demonstrate effective communication and social skills in
handling job interviews confidently.
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(A3 ,CLS 3b)
NAME OF COURSE ENTREPRENEURSHIP
COURSE CODE MPU22012
ENTREPRENEURSHIP focuses on the fundamentals and concept of
entrepreneurship in order to inculcate the value and interest in students to choose
SYNOPSIS entrepreneurship as a career. This course can help students to initiate creative and
innovative entrepreneurial ideas. It also emphasizes a preparation of a business
plan framework through business model canvas.
2 Upon completion of this course, students should be able to:
Course Learning CLO1 Propose the value proposition of entrepreneurial idea using
Outcome (CLO) CLO2 Business model Canvas. (A3 ,CLS 3b)
Develop a viable business plan by organizing business
objectives according to priorities. (A4 ,CLS 4)
CLO3 Organise the online presence business in social media marketing
platform. (A3 ,CLS 4)
NAME OF COURSE EMBEDDED SYSTEM APPLICATIONS
COURSE CODE DEC40053
EMBEDDED SYSTEM APPLICATIONS cover the basic concept and application of
microcontroller system based on Peripheral Interface Controller (PIC)
microcontroller. Students will learn software and hardware development on
SYNOPSIS PIC16F/PIC18F microcontroller development system and understand how to do
interfacing with external devices using suitable internal chip features. Students are
exposed to the new Microcontroller Unit (MCU) simulation software such as
Proteus.
3 Upon completion of this course, students should be able to:
CLO1 investigate internal features of PIC16F/PIC18F to interface
properly with external devices. (C4 , PLO 4)
Course Learning CLO2 design embedded system application based on PIC16F/PIC18F
Outcome (CLO) CLO3 microcontroller effectively. (C6 , PLO 3)
construct and simulate real-time embedded system application
based on PIC16F/PIC18F microcontroller effectively.
(P4 , PLO 5)
demonstrate knowledge of engineering project management
CLO4 principles through a written report on an assigned mini project.
(A3 , PLO 11)
NAME OF COURSE COMPUTER AIDED ELECTRICAL DRAWING
COURSE CODE DEE30061
COMPUTER AIDED ELECTRICAL DRAWING provides knowledge and exposure
on the usage of AutoCAD software. The course focuses on the application of the
SYNOPSIS software to produce drawings of graphics, electrical / electronic component
symbols, circuit schematics and electrical wiring layout diagram. The skills acquired
4 from this course will also equip students with the ability to learn and use other
similar software.
Upon completion of this course, students should be able to:
Course Learning CLO1 Apply computer aided design concept, applications and
capabilities in electrical engineering environment. (C3, PLO 1)
Outcome (CLO) Construct simple and complex electrical wiring diagrams and
CLO2 electronic schematics using AutoCAD software and based on
American/British technical symbol standard. (P4, PLO 5)
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Adhere to professionalism and ethics in drawing electrical
CLO3 consumer wiring diagram in practical work according to Energy
Commission (EC) and MS IEC 60364 standard. (A3, PLO 8)
NAME OF COURSE RENEWABLE ENERGY SYSTEM
COURSE CODE DEG40023
RENEWABLE ENERGY SYSTEM introduces the operating principles and
SYNOPSIS application of various renewable energy power systems. These courses will
emphasis on solar photovoltaic, wind energy, bioenergy and fuel cell power system.
The concept of hybrid and electric vehicle will also be discussed.
Upon completion of this course, students should be able to:
5 CLO1 Analyze the concept, principle, system configurations and
functionality in various Renewable Energy System. (C4 , PLO 2)
Construct various Renewable Energy Systems with appropriate
Course Learning CLO2 method to assemble, operate and troubleshoot in compliance to
Outcome (CLO) IEC (International Electrotechnical Commision) standard.
(P4 , PLO 5)
Demonstrate an understanding of various Renewable Energy
CLO3 System for The Engineer and Society according to IEC
(International Electro technical Commission) Standards
appropriate to Field Trip. (A3 , PLO 6)
NAME OF COURSE ENERGY EFFICIENCY ENGINEERING 1
COURSE CODE DEQ40032
ENERGY EFFICIENCY ENGINEERING 1 course provides the students with the
basic concepts and knowledge of energy efficiency. This course will focus on the
SYNOPSIS operational principle of electrical utilities in cooling system, motor and variable
6 speed drives, compressor air system, pump, fan and blower and lighting system.
This course also introduces students with the application of saving energy.
Upon completion of this course, students should be able to:
Course Learning CLO1 Investigate the efficient operation of electrical utilities using
Outcome (CLO) CLO2 different methods and approach. (C4 , PLO 4)
Demonstrate awareness of societal responsibility during case
study. (A3 , PLO 6)
NAME OF COURSE ENERGY MANAGEMENT SYSTEM AND ENERGY AUDITING
COURSE CODE DEQ40023
ENERGY MANAGEMENT SYSTEM AND ENERGY AUDITING course provides
students with the concepts and knowledge of energy management and system and
energy auditing. Students are exposed to the principles of energy management
SYNOPSIS system and energy auditing as well as measuring electrical and mechanical
parameters and collecting data using energy audit tools. This course also
7 introduces students to the professional ethics and standards of good practice in
their profession.
Upon completion of this course, students should be able to:
Course Learning CLO1 Analyze energy management system and energy auditing
Outcome (CLO) CLO2 according to energy standards, regulations and acts. (C4,PLO 2)
Measure electrical and mechanical parameters and collect.data
using energy audit tools. (P4, PLO5)
CLO3 Demonstrate work ethics and professionalism during practical
work session. (A3 , PLO 8)
NAME OF COURSE PROGRAMMABLE LOGIC CONTROLLER (PLC) AND AUTOMATION
8 COURSE CODE DEJ40033
SYNOPSIS PROGRAMMABLE LOGIC CONTROLLER (PLC) AND AUTOMATION provides
93
knowledge regarding the concept and principle of automation system. This course
emphasizes the relationship between conventional/hardwired/relay ladder logic
(RLL) and PLC system, application of various industrial input and output devices of
PLC, designing process, programming, constructing and PLC maintenance method.
This course also provides knowledge and skills in designing environmentally
friendly of automation control system based on conventional/hardwired/relay ladder
logic (RLL) and PLC.
Upon completion of this course, students should be able to:
CLO1 Evaluate environmentally-friendly automation control system
using electromechanical devices and PLC. (C5 , PLO 2)
Course Learning CLO2 Display the ability to construct, troubleshoot and do maintenance
Outcome (CLO) of hardwired and PLC systems using appropriate equipment.
(P4 , PLO 5)
Demonstrate an understanding of PLC environmentally-friendly
CLO3 automation system norm by following PLC IEC standard during
practical work session. (A3 , PLO 7)
NAME OF COURSE ELECTRONIC COMPUTER AIDED DESIGN
COURSE CODE DEE30071
ELECTRONIC COMPUTER AIDED DESIGN covers the basic concept and
fundamentals of electronic circuit simulation. It also covers the applications of
electronic packages for electronic circuit simulation at the circuit level and the logic
SYNOPSIS level. Emphasis is given to the simulation for analogue, digital logic and mixed-
signal circuits using various types of simulation analysis. Printed Circuit Board
(PCB) layout is then produced for the circuits. The simulation and the PCB layout
9 are done using electronic software package such as Protel / Altium Designer,
ORCAD, PSpice, Circuit Maker or Electronic Workbench.
Upon completion of this course, students should be able to:
Apply the simulation results for the various types of simulation
Course Learning CLO1 analysis based on the electronic circuit theory and operations.
Outcome (CLO) (C3, PLO 1)
Construct the simulation and the PCB layout for digital and
CLO2 analogue circuits using a schematic capture software.
(P4, PLO 5)
NAME OF COURSE POWER ELECTRONICS
COURSE CODE DET40073
POWER ELECTRONICS course is aimed to equip students with the knowledge and
skills related to power electronic devices and its application in power conversion.
SYNOPSIS This course also will focus on the operational principle of rectifiers, choppers,
inverters and AC voltage controller circuits. Emphasis is given more on producing
the output voltage waveforms of the converters.
10 Upon completion of this course, students should be able to:
Analyze and investigate the well-defined operational behaviors,
CLO1 principle and basic concepts of power electronics by using
Course Learning CLO2 schematics circuits. (C4 , PLO 4)
Outcome (CLO) Construct converters circuits and make observation on displayed
waveforms using appropriate methods and equipments.
(P4 , PLO 5)
CLO3 Demonstrate the ability to practice leadership skills to complete
assigned power electronics tasks. (A3 , PLO 9)
11 NAME OF COURSE INTERNET BASED CONTROLLER
COURSE CODE DEC50132
94
INTERNET BASED CONTROLLER provides knowledge and exposure in advanced
technology. The course focuses on the basic knowledge of hardware component,
SYNOPSIS wireless communication technologies and wireless sensor network. Green network
in Internet of Things will help student to exploits on environmental conservation and
surveillance to minimize the cost and power consumption in development of project.
Upon completion of this course, students should be able to:
Apply knowledge of basic concept, structure and component of
CLO1 Internet of Things in electrical and electronic engineering field.
(C3, PLO 1)
Course Learning manipulate various types of input/output application, data
Outcome (CLO) CLO2 acquisition and communication during practical work using
embedded system platform/board. (P4, PLO 5)
demonstrate social responsibility in making our environment
CLO3 more sustainable through mini project development theme-
based. (A3, PLO 7)
NAME OF COURSE DATABASE SYSTEM
COURSE CODE DEC40073
DATABASE SYSTEM course offers a comprehensive coverage of basic concept
SYNOPSIS and application of data manipulation. Student will learn the fundamental concepts
and techniques for designing and developing database and manipulating data using
Structured Query Language (SQL).
Upon completion of this course, students should be able to:
12 CLO1 Investigate the requirements of database models by applying
normalization technique in logical database designs. (C4, PLO 4)
Course Learning CLO2 Manipulate correctly Structured Query Language (SQL) for
Outcome (CLO) database using a database management system during practical
works. (P4, PLO 5)
Demonstrate good ability in managing a well-defined Structured
CLO3 Query Language (SQL) project in a cost effective manner.
(A3, PLO 11)
NAME OF COURSE FIBER OPTIC COMMUNICATION SYSTEM
COURSE CODE DEP40053
FIBER OPTIC COMMUNICATION SYSTEM introduces students to the basic
concept of fiber optic in communication systems with environmental sustainability.
SYNOPSIS This course covers fiber optic characteristics, components in fiber optic system,
losses in fiber optic cable and the fundamental concept of optical measurement.
This course also provides knowledge in splicing techniques with safety awareness,
multiplexing techniques and design consideration in fiber optic communication link.
Upon completion of this course, students should be able to:
investigate the fiber optic communication system by
13 CLO1 implementing the knowledge of the element and component that
established the link and aspect that influence the performance of
fiber optic link. (C4, PLO 4)
Course Learning CLO2 design a fiber optic link using mathematical concept and design
Outcome (CLO) tool by considering the properties and elements of fiber optic link.
(C6, PLO 3)
assemble the related fiber optic communication equipment in
CLO3 performing the measurement of appropriate signals parameter.
(P4, PLO 5)
CLO4 demonstrate contribution of fiber optic in communication system
towards environment and sustainability through End of Chapter
95
Question. (A3, PLO 7)
NAME OF COURSE SIGNAL AND SYSTEM
COURSE CODE DEE40113
SIGNAL AND SYSTEM provides knowledge on the signals and systems, the Linear
Time-Invariant (LTI) systems, the Laplace transform the Z-transform and Fourier
SYNOPSIS analysis. The course focuses on the mathematical description of signals and
systems, the input-output relationship for Linear Time-Invariant (LTI) systems, the
Laplace transform and Z-transform and their application techniques for analyzing
14 the systems and Fourier analysis of signals and systems.
Upon completion of this course, students should be able to:
Course Learning CLO1 Evaluate continuous-time and discrete-time signal and system
Outcome (CLO) CLO2 problems. (C5, PLO 2)
Manipulate software to analyse the signals and systems correctly
based on the given procedure. (P4, PLO 5)
CLO3 Display good communication skills through discussion on End of
Chapter. (A3, PLO 10)
NAME OF COURSE PROJECT 1
COURSE CODE DEE40082
PROJECT 1 provides knowledge regarding the implementation and development
SYNOPSIS methods of a project based on hardware or software or a combination of hardware
and software. This course provides exposure to the project management and
finance, techniques to develop project and proposal preparation.
Upon completion of this course, students should be able to:
CLO1 Investigate well defined problem in order to make improvements
on a chosen project. (C4 , PLO 4)
Evaluate engineering problem and conduct research in order to
CLO2 make improvements on a chosen project whether the project is
on the hardware, software or hardware-software interface type.
(C5 , PLO 2)
15 Perform project construction procedures (hardware project) or
Course Learning CLO3 produce flowchart and draft algorithm for system programme
Outcome (CLO) CLO4 (software project) and record the progress systematically.
(P4 , PLO 5)
Display good project management and finance through a Gantt
Chart (milestone) and final proposal. (A3 , PLO 11)
Demonstrate continuous learning, information management and
CLO5 independent acquisition of new knowledge and skill to support
the development of the project through the final proposal.
(A3 , PLO 12)
CLO6 Display written communication skill through a final proposal.
(A3 , PLO 10)
CLO7 Describe the impact of the proposed project to the society in the
final proposal. (A3 , PLO 6)
16 NAME OF COURSE ELECTIVE 1 (Refer 9.3.6)
6.5. SEMESTER 5
NAME OF COURSE SAINS, TEKNOLOGI & KEJURUTERAAN DALAM ISLAM
1 COURSE CODE MPU23052
SYNOPSIS SAINS, TEKNOLOGI DAN KEJURUTERAAN DALAM ISLAM memberi
96
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.
Upon completion of this course, students should be able to:
CLO1 Melaksanakan dengan yakin amalan Islam dalam kehidupan
seharian. (A2,CLS 4)
Course Learning CLO2 Menerangkan etika dan profesionalisme berkaitan sains
Outcome (CLO) teknologi dan kejuruteraan dalam Islam. (A3,CLS 5)
Menghubungkait minda ingin tahu dengan prinsip syariah, etika
CLO3 dan kaedah fiqh dalam bidang sains, teknologi dan kejuruteraan
menurut perspektif Islam. (A4 , CLS 4)
NAME OF COURSE NILAI MASYARAKAT MALAYSIA
COURSE CODE MPU23042
NILAI MASYARAKAT MALAYSIA membincangkan aspek sejarah pembentukan
masyarakat, nilai-nilai agama, adat resam dan budaya masyarakat di Malaysia.
SYNOPSIS Selain itu, pelajar dapat mempelajari tanggungjawab sebagai individu dan nilai
perpaduan dalam kehidupan di samping cabaran- cabaran dalam membentuk
masyarakat Malaysia5.
2 Upon completion of this course, students should be able to:
CLO1 Membincangkan sejarah dan nilai dalam pembentukan
masyarakat di Malaysia. (A2,CLS 4)
Course Learning CLO2 Menerangkan etika dan profesionalisme terhadap konsep
Outcome (CLO) perpaduan bagi meningkatkan semangat patriotisme masyarakat
Malaysia. (A3 , CLS 5)
CLO3 Menghubungkait minda ingin tahu dengan cabaran- cabaran
dalam membentuk masyarakat Malaysia. (A4,CLS 4)
NAME OF COURSE ELECTRICAL MAINTENANCE AND REPAIR
COURSE CODE DET50093
ELECTRICAL MAINTENANCE AND REPAIR provides students with the knowledge
and exposure to the method used in maintenance and repair of electrical
SYNOPSIS equipment. It emphasizes on maintaining electric powered equipment. It also
demonstrates knowledge and understanding of electrical schematic diagram and
adheres to all safety procedures, regulations for maintaining and display good
practices by considering sustainable energy practices.
Upon completion of this course, students should be able to:
3 Evaluate the fault finding of maintaining electrical equipments
CLO1 based on its concept and principles according to MS IEC 60364
and Electricity Regulations 1994. (C5 , PLO 2)
Course Learning CLO2 Perform the ability to troubleshoot and repair various electrical
Outcome (CLO) system and appliances. (P4, PLO5)
Demonstrate knowledge of the societal issues on safety and
health cultural and the consequence responsibilities relevant to
CLO3 engineering norms and sustainable energy practices during
performing electrical system and appliance maintenance task.
(A3 , PLO 6)
NAME OF COURSE POWER ELECTRONICS
COURSE CODE DET40073
4 POWER ELECTRONICS course is aimed to equip students with the knowledge and
SYNOPSIS skills related to power electronic devices and its application in power conversion.
This course also will focus on the operational principle of rectifiers, choppers,
97
inverters and AC voltage controller circuits. Emphasis is given more on producing
the output voltage waveforms of the converters.
Upon completion of this course, students should be able to:
CLO1 Analyze and investigate the well-defined operational behaviors,
principle and basic concepts of power electronics by using
Course Learning CLO2 schematics circuits. (C4 , PLO 4)
Outcome (CLO) Construct converters circuits and make observation on displayed
waveforms using appropriate methods and equipments.
(P4 , PLO 5)
CLO3 Demonstrate the ability to practice leadership skills to complete
assigned power electronics tasks. (A3 , PLO 9)
NAME OF COURSE ENERGY EFFICIENCY AND MANAGEMENT
COURSE CODE DEG50032
ENERGY EFFICIENCY AND MANAGEMENT covers energy efficiency in different
SYNOPSIS types of sectors as well as energy policies and legislation. This course also
introduces energy management and practices in auditing and reporting procedures
to recommend improvements for energy usage. Green Building Technology will
5 also be discussed.
Upon completion of this course, students should be able to:
Investigate energy efficiency, management and auditing in
Course Learning CLO1 different sectors according to energy policies and legislations.
Outcome (CLO) (C4 , PLO 4)
CLO2 Demonstrate societal responsibility through case study according
to energy policies and legislations. (A3, PLO 6)
NAME OF COURSE GREEN ENERGY SYSTEM INTEGRATION
COURSE CODE DEG50043
GREEN ENERGY SYSTEM INTEGRATION course is aimed to provide students
SYNOPSIS with the knowledge and skills related to integration of green energy system. This
course will cover the principle of conventional power system, integration of green
sources of energy and interconnection of green energy sources with the grid. The
concept of the storage system also be discussed.
6 Upon completion of this course, students should be able to:
CLO1 Analyze the green energy system integration and interconnection
with the electrical grid system. (C4 , PLO 2)
Course Learning CLO2 Construct circuit on green energy system integration using
Outcome (CLO) appropriate model. (P4 , PLO 5)
Demonstrate the lifelong learning independence study in
CLO3 searching the information to complete the task. (A3 , PLO 12)
NAME OF COURSE ENERGY EFFICIENCY ENGINEERING 2
COURSE CODE DEQ50043
ENERGY EFFICIENCY ENGINEERING 2 course covers the energy efficiency in
different types of facility and the optimization of electrical utilities system to save
SYNOPSIS energy. Students will learn the importance of energy efficiency in lighting system,
7 chiller and cooling tower, fan and blower, pump and air compressor and motor.
Energy efficiency performance analysis and evaluation will also be introduced.
Upon completion of this course, students should be able to:
Course Learning Analyze the energy efficiency in electrical utilities according to
Outcome (CLO) CLO1 Energy Efficiency and Conservation Guidelines for Malaysian
Industries. ( C4 , PLO 2 )
98
CLO2 Measure the energy efficiency performance of electrical utilities. (
P4 , PLO 5 )
CLO3 Demonstrate societal responsibility through case study according
to energy policies and legislation. ( A3 , PLO 6 )
NAME OF COURSE MOTOR CONTROL AND DRIVES
COURSE CODE DET50063
MOTOR CONTROL & DRIVES course provide student with the knowledge of the
principle operations and applications of motor control and electrical drives. This
SYNOPSIS course covers the methods of speed control and braking methods for ac and dc
motors. Emphasis is given on principle operation, characteristic curve and solving
the related problems.
8 Upon completion of this course, students should be able to:
Evaluate the various control methods based on the concept and
CLO1 principle of motor control and drives by considering energy
Course Learning efficiency. (C5 , PLO 2)
Outcome (CLO) CLO2 Display ability to conduct the various methods of motor control
and drives using appropriate electrical equipments. (P4 , PLO 5)
CLO3 Demonstrate the ability to communicate effectively in the
assigned tasks. (A3 , PLO 10)
NAME OF COURSE POWER SYSTEM PROTECTION
COURSE CODE DET50083
POWER SYSTEM PROTECTION is aimed to provide students with the knowledge
and exposure to the electrical power equipment protection. The course focuses on
SYNOPSIS the common protection system applied to power system network, switching
equipment and their operation. This course also introduces the methods of
selecting suitable protection equipment based on fault current and apparent power
9 calculations.
Upon completion of this course, students should be able to:
Course Learning CLO1 Analyze the operation of protection equipment based on AC
Outcome (CLO) CLO2 electrical laws and theorems. ( C4 , PLO 4 )
Perform common protection system to electrical network using
the appropriate equipments. ( P4 , PLO 5 )
CLO3 Demonstrate social safety and sustainable energy practices on
assigned task within a stipulated time frame. (A3, PLO 6)
NAME OF COURSE OPERATING SYSTEMS
COURSE CODE DEC50103
OPERATING SYSTEMS course introduces the fundamentals of operating systems.
Topics included are inter-process communication, process scheduling, deadlock,
memory management, virtual memory and file system. Formal principles are
SYNOPSIS illustrated with examples and case studies of one or more contemporary operating
system. The course shall enable students to develop skills to install and configure a
server using Microsoft Windows network operating system or Open Source network
10 operating system.
Upon completion of this course, students should be able to:
Investigate the background process performed by operating
Course Learning CLO1 systems based on management of memory, resource and file to
ensure the computer system operates at optimum performance.
Outcome (CLO) (C4, PLO 4)
Perform installation for workstation and domain server using MS
CLO2 Windows server or Open Source server operating system.
(P4, PLO 5)
99
Demonstrate awareness of profesionalism and computer ethics
CLO3 during practical work to comply with profesionals bodies such as
ACM or IEEE. (A3, PLO 8)
NAME OF COURSE COMPUTER SYSTEM DIAGNOSIS AND MAINTENANCE
COURSE CODE DEC50113
COMPUTER SYSTEM DIAGNOSIS AND MAINTENANCE course provides
knowledge on the general concept of computer system diagnosis and maintenance.
SYNOPSIS Students are exposed to computer system hardware, laptop system, computer
peripherals and security. The course focuses on the methods of operation,
installation, diagnostic, troubleshooting and maintenance in computer hardware.
Upon completion of this course, students should be able to:
Evaluate the fault in personal computer, laptop, printer and
11 CLO1 computer peripherals using diagnostic procedures.
(C5, PLO 2)
Construct systematically the installation, configuration,
Course Learning CLO2 optimization, upgrade and preventive maintenance on personal
Outcome (CLO) computer, laptop, computer peripherals and security system.
(P4 , PLO 5)
Demonstrate awareness of social responsibility safety and health
CLO3 in practical work during computer troubleshooting and
maintenance using proper troubleshooting procedures.
(A3, PLO 6)
NAME OF COURSE CMOS INTEGRATED CIRCUIT DESIGN AND FABRICATION
COURSE CODE DEC50143
CMOS INTEGRATED CIRCUIT DESIGN AND FABRICATION course exposes the
students to the basic integrated circuit (IC) and CMOS IC fabrication processes
which include oxidation, doping, photolithography, metallization and etching. This
course also covers IC testing, reliability and failure analysis. The students will be
SYNOPSIS equipped with the knowledge of inverter design and simple to complex CMOS logic
gates. The students will experience developing the physical layout of integrated
circuit based on specific transistor feature size and using CAD tools while adhering
to specific design rules. Finally, this course also covers the topic on design
12 methodology used in designing integrated circuits.
Upon completion of this course, students should be able to:
Design the basic logic gates, digital circuits from Boolean
CLO1 function and integrated circuit layout based on the knowledge of
integrated circuit design methodology. (C6, PLO 3)
Course Learning Construct the layout design of CMOS circuits using layout design
Outcome (CLO) CLO2 software based on specific CMOS layout design rules.
(P4, PLO 5)
Demonstrate elements of environmental sustainability in
CLO3 implementing reduce and reuse techniques in design parameters
and design consideration through practical work. (A3, PLO 7)
NAME OF COURSE COMPUTER AIDED ELECTRICAL DRAWING
COURSE CODE DEE30061
COMPUTER AIDED ELECTRICAL DRAWING provides knowledge and exposure
13 on the usage of AutoCAD software. The course focuses on the application of the
software to produce drawings of graphics, electrical / electronic component
SYNOPSIS symbols, circuit schematics and electrical wiring layout diagram. The skills acquired
from this course will also equip students with the ability to learn and use other
similar software.
100
Upon completion of this course, students should be able to:
CLO1 Apply computer aided design concept, applications and
capabilities in electrical engineering environment. (C3, PLO 1)
Course Learning CLO2 Construct simple and complex electrical wiring diagrams and
Outcome (CLO) electronic schematics using AutoCAD software and based on
American/British technical symbol standard. (P4, PLO 5)
Adhere to professionalism and ethics in drawing electrical
CLO3 consumer wiring diagram in practical work according to Energy
Commission (EC) and MS IEC 60364 standard. (A3, PLO 8)
NAME OF COURSE DATA COMMUNICATION AND NETWORKING
COURSE CODE DEP50033
DATA COMMUNICATION AND NETWORKING exposes the student to the
principle of data communication and networking. This course covers basic concept
SYNOPSIS of data communication and networking fundamental for a quality data transmission.
Students are expose to Open Systems Interconnection (OSI) Model and Network
Protocol. Students are also introduced to Local Area Network and public digital
network.
14 Upon completion of this course, students should be able to:
evaluate the performance of data and computer networks while
CLO1 implementing the knowledge, concepts, technology and terms
related to data communication and networking. (C5, PLO 2)
Course Learning construct a simple LAN and WLAN in accordance to IEEE or
Outcome (CLO) CLO2 TIA/EIA-568-A/B and the related data communication and
networking equipment systematically in performing data
transmission. (P4, PLO 5)
CLO3 demonstrate awareness of communication standard during
practical work sessions. (A3, PLO 8)
NAME OF COURSE MICROWAVE DEVICES
COURSE CODE DEP50043
MICROWAVE DEVICES introduces the existence, characteristic and the effect of
electromagnetic wave to the surrounding. This course also focuses on the devices
SYNOPSIS used in microwave communication system such as waveguide (transmission lines),
basic accessories, sources, microwave antennas as well as the techniques of
measurement used in microwave system.
Upon completion of this course, students should be able to:
15 Investigate microwave propagation problems using mathematical
concept and design tools by implementing the knowledge of
CLO1 electromagnetic field to the operation of devices used in
Course Learning CLO2 microwave system. (C4, PLO 4)
Outcome (CLO) Assemble the related microwave communication equipment in
performing the measurement of appropriate output variable.
(P4, PLO 5)
Demonstrate appropriate good social interaction and
CLO3 responsibility while handling microwave equipment or
transmission system. (A3, PLO 6)
NAME OF COURSE WIRELESS COMMUNICATION
COURSE CODE DEP50063
16 WIRELESS COMMUNICATION introduces student to the basic of wireless
communication includes several specialized topics. Students are expose to wireless
SYNOPSIS networking, evolution of mobile communication, cellular network channels,
techniques used to enhance capacity and speed, interferences, radio wave
101
propagation and multiple access techniques. This course also exposes the student
to the awareness of wireless technology to the health and environmental.
Upon completion of this course, students should be able to:
Investigate the principle of wireless in implementing the concept
CLO1 and system of wireless communication using appropriate
Course Learning CLO2 technique and designated formula. (C4, PLO 4)
Outcome (CLO) Assemble the related wireless communication equipments
systematically in performing the assigned practical work.
(P4, PLO 5)
CLO3 Express the awareness of wireless technology in environment
and sustainability on assigned essay questions. (A3, PLO 7)
NAME OF COURSE PROJECT 2
COURSE CODE DEE50102
PROJECT 2 is the continuation of DEE40082 PROJECT 1 course. The course
focuses on methods of circuit construction, testing, troubleshooting, debugging,
repair and also completion of the project which was planned during the previous
SYNOPSIS semester. This course also requires students to manage an economical
engineering based project, prepare a project report in a given format and deliver a
project presentation at the end of the semester. The students are allowed to do an
individual or group project but will be assessed individually through the project
assessment tasks throughout the course.
Upon completion of this course, students should be able to:
investigate the various alternative preliminary design and
CLO1 software programming for the previous chosen project.
17 (C4 , PLO 4)
design project prototype (for hardware and interfacing project)
CLO2 with suitable and attractive casing or complete system
programme (for software project) with user interface.(C6 , PLO 3)
perform systematically the relevant test and measurement to
Course Learning CLO3 determine circuit fault and functionality and construct project
Outcome (CLO) casing (hardware project) or test run, debug and execute system
programme (software project) using modern tools. (P4 , PLO 5)
CLO4 display element of environment and sustainability awareness in
project implementation. (A3 , PLO 7)
CLO5 display effective communication skill in report writing and during
presentation. (A3 , PLO 10)
display good ability in project management and finance using a
CLO6 Gantt Chart (milestone chart) and an effective costing
respectively. (A3 , PLO 11)
18 NAME OF COURSE ELECTIVE 2 (Refer 9.3.6)
6.6. SEMESTER 6
NAME OF COURSE INDUSTRIAL TRAINING
COURSE CODE DUT600610
INDUSTRIAL TRAINING exposes students to related workplace competencies
1 demanded by industries. This course provides exposure to students in terms of
technology literacy, effective communication, practice social skills and teamwork,
SYNOPSIS policies, procedures and regulations, professional ethics and reporting. It also
equips students with real work experience, thus helping students to perform as
novice workers.
102
Upon completion of this course, students should be able to:
CLO1 Apply related knowledge and skills at the workplace.
CLO2 Communicate effectively with others.
Course Learning CLO3 Practice teamwork.
Outcome (CLO)
CLO4 Professionally and ethically comply with policies, procedures and
rules of the organization.
CLO5 Explain the tasks assigned (during the industrial training)
according to the prescribed format.
103
6.7. ELECTIVE COURSES
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
ELECTIVE
1 DEC40062 Visual Basic Programming 1 2 0 0 2
2 DEC40073 Database System 2200 3
3 DEC40082 Interactive Multimedia 1200 2
Application
Computer Vision 1200 2
4 DEC40092
Programming
5 DEE40092 Audio Video Systems and 1200 2
Production
6 DEE40113 Signal and System 2200 3
E COURSES CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
CLS3a Investigation PLO5
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
DBM30043 CLS4 PLO12
Individual and
104 Teamwork
Communication
Project Management
and Finance
Life Long Learning
PREREQUISITE/CO-REQUISITE
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
ELECTIVE
Programmable Logic
7 DEJ40033 Controller (PLC) and 2 2 0 0 3
Automation
8 DEJ40043 Control Systems 2200 3
9 DEJ40052 Operations Management 2200 2
10 DEO40023 Optoelectronic 3000 3
Fibre Optic Communication 2200 3
11 DEP40053 System
Energy Efficiency 2000 2
12 DEQ40032 Engineering 1
Biomedical Signal 1200 2
13 DEU40032 Measurement
E COURSES CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
CLS3a Investigation PLO5
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
Communication
Project Management
and Finance
Life Long Learning
DEJ30013 PREREQUISITE/CO-REQUISITE
105
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
ELECTIVE
14 DEU40053 Biomedical Instrumentation 2 2 0 0 3
15 DEC50103 Operating Systems 2200 3
16 DEC50113 Computer System Diagnosis 2200 3
and Maintenance
17 DEC50122 Embedded Robotic 1200 2
18 DEC50132 Internet Based Controller 1200 2
19 CMOS Integrated Circuit 2200 3
DEC50143 Design and Fabrication
20 DEC50152 CMOS VLSI Layout Design 1 2 0 0 2
21 DEE50122 Circuit Analysis 2010 2
22 DEJ50063 Process Measurement 1 2 0 0 3
E COURSES CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
CLS3a Investigation PLO5
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
Communication
DEC20012 Project Management
DEE20023 and Finance
&
DEE20033 Life Long Learning
106 PREREQUISITE/CO-REQUISITE
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
ELECTIVE
23 DEO50033 Optosemiconductor 3000 3
24 Data Communication and 2200 3
DEP50033 Networking
25 DEP50043 Microwave Devices 2200 3
26 DEP50063 Wireless Communication 2200 3
27 Satellite and Radar 2000 2
DEP50072 Communication Systems
Energy Management 2200 3
28 DEQ50023 System and Energy
Auditing
Energy Efficiency 2000 3
29 DEQ50043 Engineering 2
E COURSES CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
CLS3a Investigation PLO5
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
DEO40023 Individual and
DEP30013 Teamwork
Communication
DEQ40032 Project Management
and Finance
107
Life Long Learning
PREREQUISITE/CO-REQUISITE
CONTACT PLO1
HOURS PLO2
CLASSIFICATION COURSE COURSE NAME CREDIT VALUES Knowledge
CODE LPTO Problem Analysis
CLS1
CLS2
ELECTIVE
30 DET50063 Motor Control and Drives 2 2 0 0 3
31 DET50083 Power System Protection 2200 3
32 DEU50013 Medical System Practice 2200 3
33 DEU50043 Medical Imaging 2200 3
1 DUD10012 Design Thinking 100 1 FREE EL
2
LECTIVES E COURSES CLS2 Design/Development PLO3 PROGRAMME LEARNING OUTCOME (PLO)
CLS2 of Solution PLO4
DET40073 CLS3a Investigation PLO5
CLS3c
Modern Tool Usage
CLS3b The Engineer and PLO6
CLS5 Society PLO7
CLS5 PLO8
CLS3d Environment and PLO9
CLS3b Sustainability PLO10
CLS4 Ethics PLO11
CLS4 PLO12
Individual and
Teamwork
Communication
Project Management
and Finance
Life Long Learning
DET30053 PREREQUISITE/CO-REQUISITE
108
7.0 : FACILITIES IN ELECTRICAL ENGINEERING DEPARTMENT
1. Lecture Room A13 11. Power Electeronic Laboratory
2. Lecture Room D11, D12, D13 and D14 12. Electronic Equipment Repair Laboratory
3. Lecture Room E13, E14, E15, E16, E17 dan E18 13. Machine Laboratory
4. Lecture Hall DK6 14. Wiring Installation Workshop
5. Telecommunication Laboratory 15. ECAD Lab (Electronic Computer Aided Design)
6. Electronic Laboratory 16. IT Laboratory
7. Electric Principle Laboratory 17. ECOMM Lab(Electronic Communication)
8. Measurement Laboratory 18. Project workshop
9. Computer Lab (Microprocessor) 19. Advanced Telecommunication Laboratory
10. Computer Lab (Digital System)
8.0 : ACADEMIC SUPPORT DEPARTMENT
8.1 : DEPARTMENT OF MATHEMATICS ,SCIENCE & COMPUTER (JMSK)
JMSK plays an important role in coordinating the teaching of Mathematics in Engineering, Technical Science & Computer
Application for all departments. JMSK is also responsible to manage all classrooms, science lab and computer lab so that
the usage among departments is coordinated.
8.2 : DEPARTMENT OF GENERAL STUDIES (JPA)
General Studies Department (JPA) is divided into two units which are English Language Unit and Islamic Studies Unit.
This department offers courses to all technical and commercial departments. English Language Unit offers courses such
as Communicative English I, II, III and Islamic Studies Unit offers courses such as Islamic Studies for muslim student,
Civilisation and Moral Education for both muslim and non muslim students.
8.3 : STUDENT AFFAIRS DEPARTMENT (JHEP)
The Students’ Affair Department plays a very important role in the administrative and managing the activities of students’
affairs in Port Dickson Polytechnic. The department consists of three units namely; Intake & Data Unit, Welfare and
Discipline Unit. Starting August 2009, the Graduates and Alumni Unit was introduced under the department. The role of
this department includes the intake and registration of students for every semester, data storage, students’ record and the
discipline of students. Apart from that, the department is also assisting the students to manage their loan and scholarship
application. It also functions to control and help to organize and monitor the students’ activities in Politeknik Port Dickson .
8.4 : LIAISON AND INDUSTRIAL TRAINING UNIT
The main task of the Liaison and Industrial Training Unit is to administer students’ industrial training program and connect
with firms and departments on students’ practical training. The objective of this unit is to organize and manage training
placement application, recognize suitable placement, training supervise and industrial training assessment. As one of the
requirements in the polytechnic system, students have to enroll industrial attachment. Duration of the training is 20 weeks
where students are sent to all firms and departments all over the country. Politeknik Port Dickson will ensure the students
get appropriate training placement which is beneficial to them.
8.5 : EXAMINATION UNIT
Examination Unit Politeknik Port Dickson is responsible to handle all affairs related to examination. Among main activities
carried out by Examination Unit are :
i. preparing examination paper
ii. administer final examination
iii. handling certification and student achievement award
109
iv. enforcement of assessment rules
v. administration
8.6: HOSTEL UNIT
Port Dickson Polytechnic provides accommodation and related facilities for students who study here. It can accommodate
2580 which is 1082 places for male students (11 blocks) and 1500 places for female students (5 blocks and Private
Investment Hostel- PFI).
8.7: TRAINING AND CONTINUING EDUCATION UNIT (ULPL)
The Training and Continuing Education Unit (ULPL) was established in 1994. The task of ULPL are to plan, manage and
run staff training programs internally and externally. ULPL also assist in coordinating, planning and implementing
programs organized by headquarters. Besides that, ULPL coordinate the TSP Program (Time Sector Privatization) for the
public or private sector, coordinating Lecturer Industry Advisory Program (SIP) and also responsible for planning ,
organizing and implementing various staff training development programs to identify and enhance staff competency.
8.8: INSTRUCTIONAL DEVELOPMENT & MULTIMEDIA UNIT
Unit for Instructional Development and Multimedia (UIDM) functions as a supporting unit in providing teaching and
learning aids. Besides that, UIDM also provides audio, video, photo and graphics facilities for the Port Dickson
Polytechnic
staff to enable them to conduct curricular activities as well as other official programmes in or outside the campus.
8.9: QUALITY MANAGEMENT UNIT
The Quality Management Unit aims at meeting the vision and mission of the establishment of polytechnics and national
requirements based on MS ISO Standard 9001: 2015. Port Dickson Polytechnic is awarded with MS ISO Standard 9001:
2015 in 2017 and awarded with a gold award in Asia Pacific Accreditation and Certification Commission (APACC) in
January 2017 . This unit is also to ensure the continuous quality of the mangement systems in Politeknik port Dickson.
8.10: LIBRARY UNIT
The main focus of the Politeknik Port Dickson library is to act as a platform of knowledge for the students. It provides
access to information resources in support of teaching, research and extension work. It also offers ISBN and ISSN
services for new book as well as inter library borrowings. Literacy classes for new students are also regularly conducted to
enhance their research skills such as data collection and information analysis. The library also provide ASTRO and
printing services as well as multimedia facilities.,
8.11: PSYCHOLOGY MANAGEMENT UNIT
The Psychology and Career unit provides facilities where students are encouraged to maximise their potentials. The unit
also aims to nurture good mental health among the students of PPD. Student are encouraged to refer to officers in
charge regarding personal and career development .
8.12 SPORT & CO-CURRICULUM & CULTURE UNIT
The main function of The Sports, Co-curriculum & Culture Unit is coordinating and conducting all academic activities (co-
curriculum) for semester 1 to 5 semester consisting of uniform bodies (DRB), Sports (DRS) and Club Association (DRK)
and nonacademic activities (sports & culture) for all students in every semester. These activities are an essential element
110
in molding a skilled and active human capital into becoming a good and healthy persons as well shaping their
personalities during and after finishing their studies.
8.13 INFORMATION TECHNOLOGY UNIT
The Information Technology Unit (ICT) is responsible for all the ICT services in Politeknik Port Dickson. The unit is in
charge of maintaining and handling all computers in Port Dickson Polytechnic in terms of the technical and configuration
aspects. Each laboratory is equipped with networking services. Log in and saving data facilities are prepared in Student
Data Storage. The unit also helps in registration, course registration, assessment and examination result.
8.14: COPORATE INDUSTRIAL SERVICES & EMPLOYBILITY UNIT
CISEC Unit was established in July 2010 to support a transformation agenda that increases the employment rates among
graduates of polytechnics. Therefore, CISEC will mediate the polytechnics and the industry and also will coordinate
professional development and graduate programme.
8.15: RESEARCH, INNOVATION & ENTREPRENEURSHIP UNIT
Research, Innovation & Entrepreneurship Unit, Port Dickson Polytechnic was established in line with the thrust of the
Third Strategic Plan Department of polytechnic, which implement policies and develop research, innovation and
entrepreneurship. The activities to inculcate the culture of innovation among staff and students, conducting research, the
establishment club entrepreneurs and cultivating research and published scientific literature is among the responsibilities
that must be performed by this unit.
9.0 : CONTACT PERSONS IN ELECTRICAL ENGINEERING DEPARTMENT
Head of Electrical Engineering Department
Puan Munirah bt Md Nujid
E-mail: [email protected]
Head of Programme
Diploma in Electronic (Communication) Engineering - DEP
Encik Mohamad Zamri bin Muhamad
E-mail: [email protected]
Head of Programme
Diploma in Electronic (Computer) Engineering - DTK
Pn. Siti Zalina Mokhtar
E-mail: [email protected]
Head of Programme
Diploma in Electrical Engineering - DET
Puan Azrinawati binti Samaon
Email: [email protected]
Head of Programme
Diploma in Electrical (Green Energy) Engineering
Cik Norlie Yuzzana binti Ibrahim
Email: [email protected]
Head of Programme
Diploma in Electrical (Energy Efficiency) Engineering
Amrah Binti Mat Safri
Email: [email protected]
111
Examination Coordinator
Encik Mohd Noralimi Bin Mohd Ali
E-mail: [email protected]
Student Affair / Student Advisor Coordinator
Puan Amiza Yaman
E-mail: [email protected]
Industrial Training Coordinator
Puan Nur Suhana bt Suhadi
E-mail: [email protected]
Student Employbility Coordinator
Encik Ong Seng Keong
E-mail: [email protected]
Electrical Engineering Club Advisor
Puan Nor Juhaliza Md. Nordin
Email: [email protected]
Mailing Address:
Head Of Department
Department of Electrical Engineering,
Polytechnic Port Dickson
Km 14, Jalan Pantai,
71050 Si Rusa,
Negeri Sembilan
Tel: 06-662 2043
Fax: 06-662 2026
112
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