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THIRD & FINAL YEAR CURRICULUM INFORMATION AY2021-2022

Abstract Students are required to read 2 third-year elective, plus 2 final-year design and 3 technical elective courses to prepare them for the relevant specialized final year fields. A student’s choice of courses is usually governed by several considerations, including intended careerpaths. All students are strongly advised to consult early and widely in their choice of courses.

EEE Academic Programme Office [email protected]

THIRD YEAR PRESCRIBED ELECTIVES (AY2021-2022) THIRD YEAR COURSE STRUCTURE In the third year, students are taught the basic principles, which underpin a broad spectrum of technologies covered by the area of electrical and electronic engineering. These include core courses on Engineering Electromagnetics, and Microprocessors. In addition, students will select two Major Prescribed Electives from a list of more specialized courses in preparation for more in-depth specialization in their final year. Direct-Entry Year 3 students are required to take up Professional Internship (PI) in Semester 1, as stated in their course curriculum. This would allow students to have more internship opportunities, instead of competing with their Year 1 peers. The recommended third year curriculums for the respective groups of students are summarised below: EE3001 Engineering Electromagnetics Core Courses

EE3002 Microprocessor EE3080 Design & Innovation Project

Admitted to Year 1 in AY2019 (Semester 1)

Specialised Elective 1 Major Prescribed Electives Specialised Elective 2

GER-Core

HW0288 Engineering Comms II

EE2003 Semiconductor Fundamentals EE2007 Engineering Mathematics II Core Courses EE2008 Data Structures & Algorithms EE3080 Design & Innovation Project Directly Admitted to Year 2 in AY2020 (Semester 2)

Specialised Elective 1 Major Prescribed Electives Specialised Elective 2

GER-Core

pg. 1

EG0001 Engineers & Society

ADMITTED TO YEAR 1 IN AY2019

DIRECT-ENTRY TO YEAR 2 IN AY2020

AY2021 SEMESTER 1 (Aug – Dec 2021) Engineering Electromagnetics

EE3279

EE3002

Microprocessors

HY0001

Ethics and Moral Reasoning

EE3080

Design & Innovation Project

ET0001

Enterprise and Innovation

EE3XXX

Prescribed Elective 1

EE3XXX

Prescribed Elective 2

EE3001

Professional Internship

HW0288 Professional Communications II Unrestricted Elective AY2021 SEMESTER 2 (Jan – May 2022) EE3279

Professional Internship

EE2003

Semiconductor Fundamentals

EE2007

Engineering Mathematics II

EE2008

Data Structures & Algorithms

EE3080

Design & Innovation Project

EE3XXX

Prescribed Elective 1

EE3XXX

Prescribed Elective 2

EG0001

Engineers & Society

The two (2) pre-specialized Major Prescribed Elective Courses must be selected from the following list. MAJOR PRESCRIBED ELECTIVES

PREREQUISITE

LAB. CODE

EE3010 ELECTRICAL DEVICES AND MACHINES

EE2001

E3010L

EE3011 MODELLING & CONTROL

EE2006

E3011L

EE3012 COMMUNICATION PRINCIPLES

EE2010

E3012L

EE3013 SEMICONDUCTOR DEVICES AND PROCESSING

EE2003*

E3013L

EE3014 DIGITAL SIGNAL PROCESSING

EE2010

E3014L

EE3015 POWER SYSTEMS AND CONVERSION

EE2001

E3015L

EE3017 COMPUTER COMMUNICATIONS

-

E3017L

EE3018 INTRODUCTION TO PHOTONICS (SEM 1)

-

E3018L

EE2002

E3019L

EE3019 INTEGRATED ELECTRONICS

Students should note that the third-year Major Prescribed Elective courses are prerequisites to some final year design and technical elective courses. Their choice should be guided by their intended choice of courses in their final year. Students, who wish to select more than two elective courses, may appeal to read them as Unrestricted Electives but only after registering the first two required Prescribed Elective courses. Once registered, they will NOT be allowed to change their Prescribed Electives into Unrestricted Electives, or vice-versa. Any additional electives undertaken by the students will be counted towards their Unrestricted Elective Requirement and CGPA computation. (Note: Students must seek help from the EEE Academic Programme Office to register any Major Prescribed Elective as Unrestricted Elective. Such requests can only be accorded subjected to availability of vacancy.)

pg. 2

FINAL YEAR COURSE STRUCTURE Final-year students are given more flexibility to select their elective courses to better suit their interest and inclinations. Students will not be required to declare their final year option group before they start their final year studies. Instead, they have the option to either read their final year courses in their preferred specialization or mix-and-match the Design and Technical Electives from other option groups.

ELECTRICAL & SYSTEMS ENGINEERING

ELECTRONIC ENGINEERING

INFOCOMMUNICATION ENGINEERING

INTELLIGENT SYSTEMS & CONTROL ENGINEERING • EE3011 + EE301X

INTEGRATED CIRCUIT (IC) DESIGN • EE3013 + EE3019

COMMUNICATIONS ENGINEERING • EE3012 + EE3017

BIOMEDICAL ELECTRONICS • EE3011 + EE301X

MICROELECTRONICS • EE3013 + EE3018

COMPUTER ENGINEERING • EE3014 + EE3017

ELECTRICAL POWER AND ENERGY • EE3010 & EE3015

-

DATA INTELLIGENCE & PROCESSING • EE3014 + EE3011/EE3012/EE3017

FINAL YEAR AREAS OF SPECIALIZATION TABLE A: ELECTRICAL AND SYSTEMS ENGINEERING (ECAL) COURSE CODE AND TITLE

AVAILABILITY SEMESTER 1 SEMESTER 2

DESIGN ELECTIVE COURSES EE4207

CONTROL ENGINEERING DESIGN

EE4208

INTELLIGENT SYSTEM DESIGN

EE4503

POWER ENGINEERING DESIGN

EE4504

DESIGN OF CLEAN ENERGY SYSTEMS

   

TECHNICAL ELECTIVE COURSES PROCESS CONTROL SYSTEMS



EE4266

COMPUTER VISION



EE4268

ROBOTICS AND AUTOMATION



EE4273

DIGITAL CONTROL SYSTEMS



EE4285

COMPUTATIONAL INTELLIGENCE



EE4530

POWER SYSTEM ANALYSIS AND CONTROL



EE4532

POWER ELECTRONICS AND DRIVES



EE4533

POWER APPARATUS AND PROTECTION



EE4534

MODERN DISTRIBUTION SYSTEMS WITH RENEWABLE RESOURCES



EE4903

PHYSIOLOGICAL SYSTEMS ANALYSIS

EE4904

BIOMEDICAL INSTRUMENTATION

EE4265

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

 

ELECTRONIC ENGINEERING (ENIC) AVAILABILITY SEMESTER 1 SEMESTER 2

COURSE CODE AND TITLE DESIGN ELECTIVE COURSES



EE4303

MIXED-SIGNAL IC DESIGN

EE4304

RADIO FREQUENCY INTEGRATED SYSTEM DESIGN

EE4613

CMOS PROCESS AND DEVICE SIMULATION BY TECHNOLOGY CAD

EE4614

DEVICE PARAMETER EXTRACTION AND LAYOUT IMPLEMENTATION

  

TECHNICAL ELECTIVE COURSES EE4340

VLSI SYSTEMS



EE4341

ADVANCED ANALOG CIRCUITS



EE4343

RADIO FREQUENCY CIRCUITS

EE4344

ANALYSIS & DESIGN OF INTEGRATED CIRCUITS



EE4645

MICROFABRICATION ENGINEERING



EE4647

MICROELECTRONIC DEVICES

EE4694

IC RELIABILITY AND FAILURE ANALYSIS

EE4838



  

LASER ENGINEERING AND APPLICATIONS

INFOCOMMUNICATION ENGINEERING (INON) AVAILABILITY

COURSE CODE AND TITLE

SEMESTER 1

SEMESTER 2

DESIGN ELECTIVE COURSES EE4109

WIRELESS SYSTEM DESIGN

EE4110

OPTICAL COMMUNICATION SYSTEM DESIGN

EE4208

INTELLIGENT SYSTEM DESIGN

EE4413

DSP SYSTEM DESIGN

EE4414

MACHINE LEARNING DESIGN & APPLICATION

EE4717

WEB APPLICATION DESIGN

EE4718

ENTERPRISE NETWORK DESIGN

      

TECHNICAL ELECTIVE COURSES 

EE4001

SOFTWARE ENGINEERING

EE4154

DIGITAL AND ANALOG COMMUNICATION SYSTEMS

EE4189

WIRELESS COMMUNICATIONS & MOBILE NETWORKS

EE4266

COMPUTER VISION

EE4285

COMPUTATIONAL INTELLIGENCE

(NEW)



(NEW)

   

EE4476

IMAGE PROCESSING

EE4477

EMBEDDED SYSTEMS AND COMPUTER ARCHITECTURE

EE4483

ARTIFICIAL INTELLIGENCE AND DATA MINING



EE4491

PROBABILITY THEORY AND APPLICATIONS



EE4497

PATTERN RECOGNITION

EE4758

INFORMATION SECURITY

EE4791

DATABASE SYSTEMS

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(N EW)



  

In addition, the following postgraduate courses will be offered as Major Prescribed Electives to students. Students will be assessed abiding to the School’s criteria: AVAI LABI LITY

COURSE CODE AND TIT LE

SEME ST ER 1

SEME ST ER 2

POSTGRADUATE COURSES 

EE6108

COMPUTER NETWORKS

EE6403

DISTRIBUTED MULTIMEDIA SYSTEMS

EE6427

 

VIDEO SIGNAL PROCESSING

TABLE D: SPECIALIZATION Option

ECAL

Specialization

Recommended Design and Technical Elective Courses

INTELLIGENT SYSTEMS & CONTROL ENGINEERING

EE4207, EE4208, EE4265, EE4266, EE4268, EE4273, EE4285

ELECTRICAL POWER AND ENERGY

EE4503, EE4504, EE4530, EE4532, EE4534, EE4265, EE4273, EE4285

BIOMEDICAL ELECTRONICS

EE4503, EE4504, EE4903, EE4904, EE4265, EE4266

INTEGRATED CIRCUIT DESIGN

EE4303, EE4304, EE4340, EE4341, EE4343, EE4344, EE4694

MICROELECTRONICS

EE4613, EE4614, EE4645, EE4647, EE4694, EE4838

COMMUNICATION ENGINEERING

EE4109, EE4110, EE4154, EE4189

COMPUTER ENGINEERING

EE4717, EE4718, EE4758, EE4483, EE4791, EE4001, EE6108

DATA INTELLIGENCE & PROCESSING

EE4208, EE4413, EE4414, EE4266, EE4285, EE4476, EE4477, EE4483, EE4491, EE4497, EE6403, EE6427

ENIC

INON

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