Overview
GENERAL OVERVIEW
The part-time Bachelor of Engineering (Electrical & Electronic Engineering) degree is designed for those with polytechnic diploma or equivalent qualifications who would like to further their studies on a part-time basis while continuing to work. The part-time students take the same examination as their full-time counterparts and receive the same BEng degree in Electrical & Electronic Engineering, which is wholly recognized by reputable professional institutions such as The Institution of Engineers, Singapore (IES), The Singapore Professional Engineers Board and The Institution of Electrical Engineers (IEE) of the United Kingdom.
Students are taught by the full-time Professors of the University. The normal period of study is 5 years. Students may be allowed to complete the course in not less than 4 years and in not more than 8 years (inclusive of any periods of approved Leave of Absence). The courses are conducted in the evenings from 7.00pm to 10.00pm on Monday, Tuesday, Wednesday and Friday.
The New B. ENG (EEE) Curriculum
In the new knowledge-based economy, engineering has become increasingly multi-disciplinary. To better prepare our graduates for this new environment, the University has embarked on a major effort to further broaden the undergraduate curriculum. The aim is to produce engineers who are flexible across disciplines; who are not constrained by the boundaries between traditional disciplines but are able to apply their knowledge and skills to lead multi-disciplinary teams to solve increasingly complex problems; who are able to apply existing technologies in novel ways and to create new technologies for the future.
The new EEE curriculum focuses on broad-based training to provide flexibility of career choices and nurture lifelong learning. It strikes a judicious balance between breadth and depth to provide a solid foundation in the physical sciences and mathematics on one hand, and comprehensive training in electrical & electronic engineering on the other. Courses in the humanities and social science such as communication skills and management further broaden the training beyond the purely technical aspects of engineering, so as to better prepare our graduates for positions of management or to start up new companies on their own.
First and Second Years Curriculum
In the first and second years, courses on Engineering Mathematics are included to strengthen the foundation for more advanced study in electrical & electronic engineering. Other core fundamental electrical & electronic engineering courses such as Circuit Analysis, Electronics, Data Structure, Signals & Systems and AC Circuits & Machines are introduced to provide a broad background for all areas of electrical & electronic engineering. In addition, students undertake 2 courses of laboratory experiments to provide the necessary grounding in the practical skills required of engineers.
Courses on Basic Engineering Mathematics and Foundation Physics are provided for Polytechnic Diploma holders to ease their transition into the degree programme. They are also required to read the Physics II course to better prepare them for the other courses in electrical & electronic engineering.
Third Year Curriculum
In the third year, basic principles which underpin a broad spectrum of technologies encompassed by the area of electrical and electronic engineering are taught. These include core courses on Electromagnetics, Integrated Electronics and Microprocessors. In addition, students select 2 elective courses from a list of more specialized courses in preparation for more in-depth specialization in their final years.
Fourth and Fifth Years Curriculum
In the final years, students are given the flexibility to select their prescribed elective courses under 3 broad groups, namely Electrical Engineering, Electronic Engineering and Infocommunication Engineering. They may select any 2 design elective courses and at least 3 technical elective courses from one of the groups and one more technical elective courses from any group.
However, students who prefer a more in-depth study can select the courses from one of six areas of specialization, namely
- Communication Engineering
- Computer Engineering
- Infocommunications
- Integrated Circuit Design
- Intelligent Systems and Control Engineering
- Power and Clean Energy
In addition to the elective technical courses, all students are required to take compulsory courses like Human Resource Management and Engineers & Society.
Conversion From Part-Time to Full-Time Programme
After four semesters of part-time study, students may be allowed to convert their candidature to full-time study. Consideration for conversion is on a case-by-case basis and students who convert to full-time study are not permitted to revert to part-time study.
ADMISSION INFORMATION
- Applicants who have a Diploma in Electrical/Electronic Engineering from one of the local polytechnics in Singapore. Final year polytechnic students are welcome to apply.
- Admission is based on academic merit and preference is given to those with working experience.
- For a list of approved diplomas, please click Here.
Application Period
Tuition Fee
Financial Assistance Scheme
Enquiries
Ms May Yap
email: ehyap@ntu.edu.sg
Telephone: 6790 5017
Fax: 6792 0415
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Overview
CURRICULUM STRUCTURE
Year 1
HW001 - English Proficiency
FE0001 - Foundation Physics
EE2004 - Digital Electronics
EE2006 - Engineering Mathematics I
EE2008 - Data Structures & Algorithms
HW210 - Technical Communication
EE2090 - Basic Engineering Mathematics
Year 2
EE2001 - Circuit Analysis
EE2002 - Analog Electronics
EE2003 - Semiconductor Fundamentals
EE2005 - AC Circuits & Machines
EE2010 - Signals & Systems
EE2071 - Laboratory 2A
EE2072 - Laboratory 2B
EE2091 - Engineering Physic
Year 3
EE2007 - Engineering Mathematics II
EE3001 - Engineering Electromagnetics
EE3002 - Microprocessors
EE3003 - Integrated Electronics
EE3071 - Laboratory 3
EE3072 - Project
Choose 2
EE3011 - Modelling and Control
EE3012 - Communication Principles
EE3013 - Semiconductor Devices & Processing
EE3014 - Digital Signal Processing
EE3015 - Power Systems & Conversion
EE3017 - Computer Communications
Year 4
EE4001 - Software Engineering *
EE4079 - Final Year Project
Design Elective 1
Technical Elective 1
Technical Elective 2
EE4040 - Engineers & Society
HW310 - Professional Communication
* Compulsory core course for Option C
Technical Elective course for Option A & B
Year 5
EE4079 - Final Year Project
Design Elective 2
Technical Elective 3
Technical Elective 4/5
EE4041 - Human Resource Management
OPTION GROUP A - ELECTRICAL AND SYSTEMS ENGINEERING
Design Elective Courses (Select any 2)
EE4503 - Power Engineering Design
EE4504 - Design of Clean Energy Systems
EE4207 - Control Engineering Design
EE4208 - Intelligent System Design
Technical Elective Courses (Select at least 4)
EE4001 - Software Engineering
EE4532 - Power Electronics & Drives
EE4533 - Power Apparatus and Protection System
EE4534 - Modern Distribution Systems with Renewable Resources
EE4265 - Process Control Systems
EE4266 - Computer Vision
EE4268 - Robotics & Automation
OPTION GROUP B - ELECTRONIC ENGINEERING
Design Elective Courses (Select any 2)
EE4303 - Mixed-Signal IC Design
EE4305 - Digital Design with HDL
EE4613 - CMOS Process & Device Simulation By Technology CAD
Technical Elective Courses (Select at least 4)
EE4001 - Software Engineering
EE4340 - VLSI System
EE4341 - Advanced Analog Circuits
EE4344 - Analysis and Design of Integrated Circuits
EE4645 - Microfabrication Engineering
EE4646 - VLSI Technology
EE4647 - Microelectronic Devices
OPTION GROUP C - INFOCOMMUNICATION ENGINEERING
Design Elective Courses (Select any 2)
EE4105 - Cellular Communication System Design
EE4110 - Optical Communication System Design
EE4706 - Object Oriented Software Engineering Design
EE4717 - Web Application Programming
EE4718 - Enterprise Network Design
Technical Elective Courses (Select at least 3)
EE4152 - Digital Communications
EE4153 - Telecommunication Systems
EE4188 - Wireless Communications
EE4758 - Computer Security
EE4761 - Computer Networking
EE4791 - Database Systems
Note:
Students in Option A and B are required to take 2 DESIGN elective courses and 5 TECHNICAL elective courses.
Students in Option C are required to take 2 DESIGN elective courses and 4 TECHNICAL elective courses but are to take one more core course of EE4001 Software Engineering than option A and B.
Students must choose all except 1(one) technical elective from their chosen option group. The 1(one) technical elective course may be chosen from the technical elective courses offered under any option group (including the student’s chosen option group).
DESCRIPTION OF COURSES
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Last updated 6 Nov 2009
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