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Course Overview

Electrical and Electronics Engineering is one of the broadest engineering disciplines and this programme will cover multiple subject areas like analogue electronics, microelectronic chip design, digital signal processing, power generation, protection and distribution, C++ programming, instrumentation and measurements control, renewable energy systems, and more. Students will also have the chance to learn MATLAB, PSPICE and LABVIEW which are used to run simulations in projects and research.

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* This programme received a 100% graduate employability score in the Ministry of Higher Education’s Graduate Employability 2022. (Source: )
 
In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations. The long-semesters start in January and May, while the short-semester starts in September. 
 
In the months of November & December students undergo industrial training under the Co-Operative Placement Scheme to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year. 
 
The number of contact hours per courses per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week. 


Programme Details

The duration of the programme is 4 years.
 
In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations. The long-semesters start in January and May, while the short-semester starts in September.
 
In the months of September to Decembers, students undergo industrial training under the Co-Operative Placement Scheme to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year.
 
The number of contact hours per courses per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week.

Assessments

The teaching and learning strategies and assessment are designed depending on and according to the nature of course or topic being taught or investigated. The Faculty implements different methods and styles of teaching and learning and assessment to ensure the successful achievement of the learning outcomes of its programmes, that includes

• Ordinary classroom lectures
• Group tutorials
• Laboratory works
• Seminars and eforums
• Directed and self learning
• Invited guest lectures
• Industrial visits

Curriculum

Year 1

• Statistics
• Technical Communication
• Mathematical Methods for Engineers I
• Mathematical Methods for Engineers II
• Engineering Design and Drawing
• Circuit Theory I
• Digital Electronics I
• Analogue Electronics I
• Electromagnetic Theory I
• Engineering Programming and Software
• Circuit Design Lab I

Year 2

• Circuit Theory II
• Electrical Power
• Analogue Electronics II
• Digital Electronics II
• Numerical Analysis
• Microcontroller and Embedded System
• Safety, Health and Environment
• Internship I
• Circuit Design Lab II
• Introduction to Artificial Intelligence
• Instrumentation and Control System
• Instrumentation and Control System Lab

Year 3

• Signal and Systems
• Data Communication and Networks
• Electrical Machines
• Power System and Machine Lab
• Electrical Machines Lab
• Engineering and Management and Economics
• Engineering Management and Economics
• Engineers in Society
• Digital System and HDLs
• Power Electronics
• Power Systems
• Internship II
• Electrical Drives

Year 4

• Digital Signal Processing
• Energy Conversion and High Voltage Power Transmission
• Power System Protection
• Final Year Project A
• Final Year Project B
• Integrated Design Project A
• Integrated Design Project B

Elective courses (select one stream only)

Stream 1: Smart Energy Management
Electrical Power Quality
Renewable Energy
Energy Management and Conservation

Stream 2: Advanced Integrated Circuit Technologies
VLSI System
IC Reliability and Failure Analysis
Integrated Circuit Technology

Stream 3: Enabling Technologies of Telecommunication Industry
Microwave System Design
Antenna System Design
Mobile and Satellite Communication

Stream 4: Interdisciplinary (Select 3 courses only)
IoT and Data Analytics
Machine Learning
Technopreneurship Nanotechnology Cybersecurity

General Courses (MPU) are compulsory for all students.

For Malaysian students:

1. U1 - Appreciation of Ethics and Civilisations (Penghayatan Etika dan Peradaban)
2. U1 - Philosophy and Contemporary Issues (Falsafah dan Isu Semasa)

For foreign students:

1. U1 - Philosophy and Contemporary Issues
2. U1 - Communication in Bahasa Melayu 3 (Bahasa Melayu Komunikasi 3)

All students:

1. U3 - Kursus Integriti dan Anti-Rasuah (KIAR)
2. U4 - Extra-curricular Learning Experience 1 to 3

Entry Requirements

Academic Requirements

?STPM

Minimum 2Cs including Mathematics and one relevant Physical Science subject

A Level

Minimum 2Ds including Mathematics and one relevant Physical Science subject

?UEC

Minimum 5Bs including Mathematics and one relevant Physical Science subject

?CPU

Minimum average of 60% in 6 subjects, inclusive of a minimum score of 60% in Mathematics and one relevant Physical Science subject

?Local Matriculation

Minimum CGPA 2.0

?Foundation from other University/ College

Minimum CGPA 2.0

WAEC/NECO

A maximum aggregate of 15 points out of best 5 subjects, inclusive of minimum B in Mathematics and one relevant Physical Science subject

Diploma/ Advance Diploma/ equivalent

Minimum CGPA 2.0

• Subject to Faculty discretion after reviewing transcript and syllabus. Max credit transfer of 30% of the programme total credits

Other qualifications deemed equivalent to STPM/A-Level by Malaysian Qualifications Agency

Minimum overall average of 60%, inclusive of minimum 60% in Mathematics and one relevant Physical Science subject

International Baccalaureate

Minimum 26/42 points from 6 subjects (inclusive Mathematics and one relevant Physical Science subject)

SAM

Minimum average of 60% in 5 subjects, inclusive of minimum scores of 60% in Mathematics and one relevant Physical Science subject

SACE/AUSMAT/TEE/SAM

Minimum ATAR score of 60% AND minimum score of 60% in Mathematics AND one relevant Physical Science subject
OR
Minimum overall average of 60% in 5 subjects AND minimum score of 60% in Mathematics AND one relevant Physical Science subject

WACE/NTEC

Minimum overall average of 60%, inclusive of minimum 60% in Mathematics and one relevant Physical Science subject

English Language Requirements

For Local Students

MUET

Band 3.5

SPM English Language

Grade B+

SPM English Language 1119/O-Level/IGCSE

Grade C

UEC English Language

Grade A2

CEFR

B1 (High B1)

• In the event that the English language requirements are not met, applicants will be required to take the Basic English and English Foundation for in-sessional academic enhancement concurrently with the programme.

For International Students

154

IELTS

Band 5.0

Cambridge English Qualifications and Tests

154

TOEFL IBT

40

TOEFL ESSENTIALS (ONLINE)

7.5

Pearson Test of English

47

MUET

Band 3.5

CEFR

B1 (High B1)

• International applicants who do not meet the respective academic programme’s English Language Requirement will need to improve their proficiency by enrolling into the English for Tertiary Education programme (R/KJP/00920-00929) which helps them prepare for attaining a required band score. Placement into the various levels of the English for Tertiary Education programme depends on the English Language qualification students have at the point of admission and/or the outcome of the English Placement Test.
• **The applicants who have met the respective academic programme’s English Language Requirement may be advised by Faculty to improve their proficiency by undertaking the additional English proficiency courses.

Career Prospects

This degree programme provides excellent preparation for a career in electronics and integrated circuit design, communications and signal processing, electrical and power systems, software and systems engineering, management consultancy, and almost any other profession that requires good analytical and professional skills. 

Graduates are able to ?nd career opportunities in the following roles: 

 

• Design Engineer
• Project Engineer
• R&D Engineer
• System Design
• Analog Design
• Test Engineer
• PCB Design Engineer
• Electrical Engineer
• Digital Design
• Mixed Signal Design