EE3/CPE3 Streaming Talk AY 2005/2006 - Electrical and ...

EE3/CPE3 Streaming TalkAY 2005/2006A/Prof A/Prof ThamTham Chen KhongChen KhongEE3/CPE3 CoordinatorEE3/CPE3 Coordinator

Department of Electrical & Computer Engineering (ECE)

4/3/2 General Education Modules (GEMs) = 16-8 MCs

1 Singapore Studies (SS) Module = 4 MCs

2/3/4 Breadth Electivesoutside faculty = 8-16 MCs

Programme RequirementsUniversity Level Requirements (ULR)

Faculty Requirements

Common Year 1 Modules(4 MC):

Critical Thinking & Writing Common Non Year 1

Modules (6 MCs):HRM & Engineering

Professionalism

Major Requirements

Common Year 1 Modules:Physics I & II, Math I & II,

Programming Methodology, Electrical Engineering, Statics & Mechanics of Materials85 MCs for discipline specific Majors, i.e.,

ChEE, CE, ECE, ISE &ME

12 MCs

any faculty(for Breadth/Depth)

Total MCs = 28 (17.39%) Total MCs = 10 (6.21%) Total MCs=111 (68.89%) Total MCs=12 (7.45%)

Total MCs = 161

Unrestricted Elective Modules (UEM)

B.Eng.(EEB.Eng.(EE)) Curriculum StructureCurriculum Structure

Note: CPE is similar, with difference that total MCs=162

ULR Breadth & GEMsUnder the University Requirements, you are required to fulfill 28 MCs in your entire candidature of four years. Out of the 28 MCs,you must read one module on Singapore Studies (module with 'SSxxxxxx' code), and the module carries 4 MCs. For the balance 24 MCs where you have to take GEMs and Breadth Electives, you can choose any one of the following combinations:

Combination 1: 2 GEMs (8 MCs) and 4 Breadth Electives outside FoE(16 MCs) OrCombination 2: 3 GEMs (12 MCs) and 3 Breadth Electives outside FoE(12 MCs) OrCombination 3: 4 GEMs (16 MCs) and 2 Breadth Electives outside FoE(8 MCs)

There are two baskets of GEMs, i.e. group A (Science and Technology) and group B (Humanities and Social Sciences). You must read at least one GEM from group B.You can read the GEMs/SS/UEMs in any semester of your four years, so long as you fulfill it by semester 8 before you file for graduation.

UEM or ULR Breadth can be used together for MINORsSARTOR requirements (2 Business Modules) can be met using UEM or ULR Breadth

BH1001 Management & Organization BH1002 / BH1002E Financial AccountingBH1003 Marketing or TR2201 Entrepreneurial MarketingBH1004 Legal Environment of BusinessBH1005 Managerial Economics or EC1310 Principles of Economics or IE2140 Engineering Economy BH2311 Leadership in Organization SC1101E Making Sense of Society IE4240 Project Management IE4241 Work, Technology and Organization

UEMs can be used to achieve greater specialization in ECE fields. UEMs can be used for the FoE Enhancement Program (IA etc).

ULR ULR Breadth Breadth & & UEMUEMss

FEP (optional) can be counted towards UEM requirements:EG1601 Long term / Overseas industrial attachment – LIA/OIA (six months):

take more modules in other semesters to complete degree requirements in 4 yearsECE Coordinator: Asst Prof Ian Thng

EG1602 Vacation Internships - VIP (including Research Internships)student responsible for seeking VACATION internshipsECE Coordinator: Assoc Prof Ooi Ban Leong

EG1603A/B/C Technopreneurship & Incubation Program - TIP: Involves activities that lead to setting up a business: TIP Seminar, Workshop,

Concept Plan, Full Business Plan, Start-up a company, and Incubation ECE Coordinator: Assoc Prof Tay Teng Tiow

EG1604 Innovation Program: designed to provide an experience of engaging in innovative activity ECE Coordinator: Assoc Prof Tan Kay Chen

EG1605 UROP: opportunity to acquire skills for intellectual process of inquiry & presentation ECE Coordinator: Asst Prof Abdullah Al Mamun

EG1606A/B Independent Work (only for students admitted from AY2002):enhance self learning by allowing students to propose independent study activitiesECE Coordinators: Asst Prof Teo Kie Leong

FoEFoE Enhancement ProgramEnhancement Program

ECEECE Research Facilities Research Facilities …………Advanced Control TechnologyAntennas and ScatteringBiomedical EngineeringCentre for IC Failure Analysis ResearchCentre for OptoelectronicsCommunicationsComputer Communication NetworksControl and SimulationDigital ElectronicsDigital Systems and ApplicationsECE-Centre for Wireless CommunicationsElectrical Machines and DrivesInformation Storage MaterialsLaser MicroprocessingLinear ElectronicsMMIC Modelling and Packaging

Mechatronics & AutomationMicroelectronicsMicrowaveMobile Multi-media ResearchMOS DeviceOpen Source SoftwareOptical Crystal PCB Fabrication FacilityPower ElectronicsPower SystemsPower TechnologyRadar and Signal ProcessingSignal Processing and VLSISignals and SystemsSilicon Nano DeviceStudent ProjectsVision & Image Processing

ECE ME CE

ECE Core

B.Eng. (Electrical Engineering)

B.Eng. (Computer Engineering)

Mainly CPE electives &

projects

ECEElectives &

Projects

Early years: wide coverage of Math, Engineering, Computing and Scientific fundamentals

Upper years: highly specialized courses that track latest technology developments

Enable ECE graduates to cope with engineering problems of today and face future challenges

ECE ECE CurriculumCurriculum

ECEECE’’ss B.Eng.(EEB.Eng.(EE)) && B.Eng.(CPEB.Eng.(CPE) ) prgsprgsMODULAR REQUIREMENTS MCs MCs UNIVERSITY LEVEL REQUIREMENTS (see Section 2.1.1.5) 28 2 x GEM (Humanities and Social Sciences, 1 IKC GEM, 1 KMI GEM)

8

2 x GEM (Unrestricted) NOTE: can be replaced with Breadth 8 2 x Breadth Modules outside the student’s faculty 8 1 x SS Module 4 UNRESTRICTED ELECTIVE MODULES (see Section 2.1.1.6) 12 PROGRAMME REQUIREMENTS Faculty Requirements: 10 EG1413 Critical Thinking and Writing 4 HR2002 Understanding Human Relations in the New Economy 3 EG1415 Engineering Professionalism 3 English (for those not exempted from Qualifying English Test) Faculty of Engineering Year 1 Mathematics and Science 20 MA1505 Mathematics I 4 MA1506 Mathematics II 4 PC1431 Physics IE 4 PC1432 Physics IIE 4 CS1101C Programming Methodology 4 Faculty of Engineering Year 1 Technology 6 EG1108 Electrical Engineering 3 EG1109 Statics and Mechanics of Materials 3 Electrical Engineering Major Requirements ECE Core Modules 36 EE2004 Electronic Devices and Materials 4 EE2005 Electronics 3 EE2006 Digital Design 4 EE2007 Microprocessor Systems 4 EE2008 Circuits 3 EE2009 Signals 3 EE2010 Systems and Control 3 EE2011 Engineering Electromagnetics 3 EE2012 Analytical Methods in Electrical and Computer Engineering 4 CS1102 Data Structures and Algorithms 5 ECE Core – Project and Independent Study Modules 22 EE2001 (Analog and Digital Systems Design) Project 6 EE3001 (Technology Assessment) Project 4 EE4001 B.Eng. Dissertation (over 2 semesters) 12 ECE Electives 27 Elective Modules from Table 6.5 to satisfy the breadth and depth requirements of the B.Eng. (EE) programme.

TOTAL 161

MODULAR REQUIREMENTS MCs MCs UNIVERSITY LEVEL REQUIREMENTS (see Section 2.1.1.5) 28 2 x GEM (Humanities and Social Sciences, 1 IKC GEM, 1 KMI GEM)

8

2 x GEM (Unrestricted) NOTE: can be replaced with Breadth 8 2 x Breadth Modules outside the student’s faculty 8 1 x SS Module 4 UNRESTRICTED ELECTIVE MODULES (see Section 2.1.1.6) 12 PROGRAMME REQUIREMENTS Faculty Requirements: 10 EG1413 Critical Thinking and Writing 4 HR2002 Understanding Human Relations in the New Economy 3 EG1415 Engineering Professionalism 3 English (for those not exempted from Qualifying English Test) Faculty of Engineering Year 1 Mathematics and Science 20 MA1505 Mathematics I 4 MA1506 Mathematics II 4 PC1431 Physics IE 4 PC1432 Physics IIE 4 CS1101C Programming Methodology 4 Faculty of Engineering Year 1 Technology 3 EG1108 Electrical Engineering 3 Electrical Engineering Major Requirements ECE Core Modules 40 EE2004 Electronic Devices and Materials 4 EE2005 Electronics 3 EE2006 Digital Design 4 EE2007 Microprocessor Systems 4 EE2008 Circuits 3 EE2009 Signals 3 EE2010 Systems and Control 3 EE2011 Engineering Electromagnetics 3 EE2012 Analytical Methods in Electrical and Computer Engineering 4 CS1102 Data Structures and Algorithms 5 CS1231 Discrete Structures 4 ECE Core – Project and Independent Study Modules 22 EE2001 (Analog and Digital Systems Design) Project 6 EE3001 (Technology Assessment) Project 4 EE4001 B.Eng. Dissertation (over 2 semesters) 12 ECE Electives 27 Elective Modules from Table 6.5 to satisfy the breadth and depth requirements of the B.Eng. (CPE) programme.

TOTAL 162

3 groups of students going to EE3/CPE3 in AY 2005/06

EE 2003 intakeCPE 2003 intakeEE Direct Entry (Poly) 2004 intake

Refer to specific File For Graduation (FFG) document – see http://www.ece.nus.edu.sg/students/finalyr/FFglists.htm

ECE Specialization Tracks and Technical Elective Modules

Brief OverviewBroad areas of specialization What does streaming involve?What are the compulsory requirements?How technical electives are organizedRules of specializationRecommended tracksDemonstration of online ECE Module Planner (MP)

Broad Areas of Specialization for EEBioelectronic SystemsCommunications EngineeringComputer Engineering &

Information ProcessingControl and AutomationMicroelectronicsMicrowave & RF CommunicationsElectrical Energy Systems

Broad Areas of Specialization for CPEComputer Engineering &

Information ProcessingControl and Automation

Streaming involves …..Choice of electives in semesters 5, 6, 7 & 8 Some modules are compulsory, e.g. EE2001, EE3001, EE4001Choices must satisfy some rulesChoose wisely to ensure both breadth and depth in your B.Eng. program21 (EE) and 6 (CPE) tracks are recommended to assist you in your choices

Compulsory Requirements6 Essential TMs

EE2007/EE2010, EE2011EE2001 MiniprojectEE3001 MiniprojectEE4001 FYP/Thesis

2 Essential NTMs*HR2002 Understanding HREG1415 Engineering Professionalism

+ SARTOR Requirements

+ 8 or 9 technical elective modules to achieve breadth and depth* this is in addition to others that are normally done in the lower years

Points to NoteDetails of Technical Electives are found in Master List fileDetails of recommended specialization tracks can be found in Tracks file

different set of recommended tracks for EE and CPE students

There are changes in electives (c.f. last year) in master list and tracks files

change in pre-requisites new modulestitle, code and syllabus changeschange in no. of MCschange in semester in which the module is offered

Make sure you read the up-to-date version at http://www.ece.nus.edu.sg/students/secondyr/ee3lists.htm

Organization of Technical ElectivesOrganized into 8 different concentrationsEach organized into breadth & depth modulesBreadth – modules that are core to the areaDepth – modules that are more specializedTotal of 68 elective modules available

27 breadth modules41 depth modules

Only 8 or 9 need be taken over 3 or 4 semestersSome rules apply for their choices and

pre-requisites must be satisfiedPay attention to the semester(s) in which the modules are offered and their pre-requisites

Specialization in ECE fields achieved through at least 27MCs of technical breadth/depth electives from following concentrations:

Communications MicroelectronicsComputer Engg Electrical EnergyInformation Processing Engineering ScienceControl & Automation NEW: Bioelectronic SystemsOthers

Breadth elective provides broad understanding of concepts while depth elective provides greater depth & coverage.Do at least four breadth electives & four depthelectives.

ECEECE BreadthBreadth//DepthDepth LevelLevel

CommunicationsCommunicationsBreadth• EE3101 Digital Signal Proc

• EE3103 Communications

Depth• EE4101 RF Communications

• EE4102 Digital Comms

• EE4103 Coding Theory & Apps

• EE4104 Microwave Ccts & Dev

• EE4109 Spread Spectrum Comms

• EE4110 MIC & MMIC Design

• EE4112 HF Techniques

Control & AutomationControl & AutomationBreadth• EE3302 Industrial Ctrl Sys

• EE3304 Digital Ctrl Sys

Depth• EE4302 Adv Control Sys

• ME4245 Robot Kinematics, D&C

• EE4305 Intro Fuzzy/Neural Sys

• EE4306 Distributed Auto Rbt Sys

• EE4307 Control Sys Design & Sim

Examples Examples ……

BREADTH#1

BREADTH#2

BREADTH#3

DEPTH#1

BREADTH#4

DEPTH#2

DEPTH#3

DEPTH#4

BREADTH/DEPTH

BREADTH#1

BREADTH#2

BREADTH#3

DEPTH#1

BREADTH#4

DEPTH#2

DEPTH#3

DEPTH#4

BREADTH/DEPTH

BREADTH#1

BREADTH#2

BREADTH#3

DEPTH#1

BREADTH#4

DEPTH#2

DEPTH#3

DEPTH#4

BREADTH/DEPTH

Choosing Electives….EE students need to take at least four breadth electives from four different concentrations & a minimum of four depth electives. Min 18 MCs of ECE Electives

CPE students need to take at least four breadth electives of which three must be from CPE & IP; and a minimum of fourdepth electives, of which at least three must be from CPE &/or IP.Min 12 MCs of ECE Electives

Rules to achieve breadth & depth Rules to achieve breadth & depth –– B.Eng.(EEB.Eng.(EE))(a) Breadth requirements

• at least 4 from 4 different concentrations

(b) Depth requirements

• at least 4 depth modules from anyconcentration(s)

(c) 1 last module may be breadth or depth

• from any concentration

8 or 98 or 9ElectivesElectives(27 MCs)(27 MCs)

Note that at least 18 MCs of electives must be chosen from those with EE codes i.e. EEXXXX

If you take 3 or more 4 MC modules, you will be able to earn 27 MCs with 8 modules, otherwise you need to do 9 modules

Rules to achieve breadth & depth Rules to achieve breadth & depth –– B.Eng.(CPEB.Eng.(CPE))(a) Breadth requirements

• at least 4 modules; 3 from Computer Engg and Info Proc + 1 from other conc.

(b) Depth requirements

• at least 4 modules; 3 from CPE and/or IP+ 1 from any concentration

(c) 1 last module may be breadth or depth • from any conc.

8 or8 or 99ElectivesElectives(27 MCs)(27 MCs)

Note that at least 12 MCs of electives must be chosen from those with EE codes ie EEXXXXIf you take 3 or more 4 MC modules, you will be able to earn 27 MCs with 8 modules, otherwise you need to do 9 modules

i.e. you must take at least 1 from CPE and at least 1 from IP

Recommended TracksRecommended TracksTotal of 21(EE) and 6(CPE) tracks recommended

Each track gives some idea of what modules are important

Each track recommends 4-7 modules ‘core’ to the track

Modules listed in each track are NOT compulsory

You may mix and match modules to create your own track

Ensure that rules are satisfied (4 breadth + 4 depth + 1)

Choose wisely to ensure breadth & depth

Pay attention to pre-requisites and take modules in appropriate order

Details on specialization tracks can be found in the tracks file.

Tracks for CPE studentsCEIP2 Embedded SystemsCEIP2 Embedded Systems

CS2103 Software Engineering (1 or 2)CS2106 Operating Systems (1 or 2)EE3101 Digital Signal Processing (1 or 2)EE3207 Computer Architecture (1)EE3208 Embedded Computer Sys Design (2) EE4214 Real Time Embedded Systems (1)EE4218 Embedded Hardware System Design (2)

CEIP1 Networking & CEIP1 Networking & DistribDistrib SysSysCS2102 Database Systems (1 or 2)CS2106 Operating Systems (1 or 2)CS3221 Advanced Operating Systems (2)CS3233 Competitive Programming (1)EE3101 Digital Signal Processing (1 or 2)EE3204 Computer Comms Networks I (1)EE4210 Computer Comms Networks II (2)EE4214 Real Time Embedded Systems (1)

CEIP3 Multimedia Signal ProcessingCEIP3 Multimedia Signal Processing

CS2106 Operating Systems (1 or 2)EE3101 Digital Signal Processing (1 or 2 )EE3204 Computer Comms Network I (1)EE3206 Intro to Comp Vis & Image Proc (1)EE4103 Coding Theory & Applications (1)EE4212 Computer Vision (2)EE4213 Image Processing (2)

CEIP4 Computer SystemsCEIP4 Computer SystemsCS2102 Database Systems (1 or 2)CS2103 Software Engineering (1 or 2)CS2106 Operating Systems (1or 2)CS3241 Computer Graphics (1or 2)EE3204 Computer Comms Networks I (1)EE3207 Computer Architecture (1)EE4214 Real Time Embedded Systems (1)EE5903 Real Time Systems3 (2)

CEIP5 HumanCEIP5 Human--Computer Interface Computer Interface SystemsSystems

CS3240 Human Computer Interaction (2)CS3240 Human Computer Interaction (2)CS3241 Computer Graphics (1 or 2)CS3241 Computer Graphics (1 or 2)CS3243 Foundations of AI (1 or 2)CS3243 Foundations of AI (1 or 2)CS4247 Image Synthesis & Computer Animation (2)CS4247 Image Synthesis & Computer Animation (2)EE3206 Intro to Computer Vision & Image Proc (1)EE3206 Intro to Computer Vision & Image Proc (1)EE3208 Embedded Computer Systems Design (1)EE3208 Embedded Computer Systems Design (1)EE4212 Computer Vision (2)EE4212 Computer Vision (2)EE4217 Technology of Digital Entertainment (2)EE4217 Technology of Digital Entertainment (2)

CTRL4 Entertainment RoboticsCTRL4 Entertainment RoboticsCS3243 Foundations of AI (1 or 2)CS3243 Foundations of AI (1 or 2)EE3206 Intro to Computer Vision and Image Proc (1)EE3206 Intro to Computer Vision and Image Proc (1)EE3302 Industrial Control Systems (3 MC, EE3302 Industrial Control Systems (3 MC, SemSem 1)1)EE4306 Distributed Autonomous Robotic Systems (2)EE4306 Distributed Autonomous Robotic Systems (2)EE4217 Technology of Digital Entertainment (2)EE4217 Technology of Digital Entertainment (2)EE4212 Computer Vision (2)EE4212 Computer Vision (2)CS4244 KnowledgeCS4244 Knowledge--based Systems (2)based Systems (2)

Tracks for CPE students,contd.

EE: Bioelectronic SystemsBIOS1 Biomedical SystemsBIOS1 Biomedical Systems

EE3101 Digital Signal Processing (1 or 2)EE3206 Intro to Computer Vision & Image Proc (1)EE3601 Bio-Instrumentation & Signal Analysis (1)EE4601 Sensors for Medical Applications (1)EE4602 Bioelectronics (2)EE4603 Biomedical Imaging Systems (2)BN4404 BioMEMS (2)

Tracks for EE students

EE: Communications EngineeringCOMM1 Cellular Mobile CommunicationsCOMM1 Cellular Mobile Communications

EE3101 Digital Signal Processing (1 or 2)EE3103 Communications (1)EE3407 Analog Electronics (1 or 2)EE4112 High Frequency Techniques (2)EE4102 Digital Communications (1)EE4103 Coding Theory and Applications (1)EE4109 Spread Spectrum Communications (2)

COMM2 Multimedia CommunicationsCOMM2 Multimedia Communications

EE3101 Digital Signal Processing (1 or 2)EE3103 Communications (1)EE3204 Computer Comms Networks I (1)EE3407 Analog Electronics (1 or 2)EE4102 Digital Communications (1)EE4103 Coding Theory and Applications (1)EE5301 Adaptive Signal Processing (1)

EE: Comp Engg & Info Proc.CEIP2 Embedded SystemsCEIP2 Embedded Systems

CS2103 Software Engineering (1 or 2) +CS2106 Operating Systems (1 or 2) +EE3101 Digital Signal Processing (1 or 2)EE3207 Computer Architecture (1)EE3208 Embedded Computer Sys Design (2) EE4214 Real Time Embedded Systems (1)EE4218 Embedded Hardware System Design (2)

CEIP1 Networking & CEIP1 Networking & DistribDistrib SysSysCS2102 Database Systems (1 or 2)CS2106 Operating Systems (1 or 2)CS3221 Advanced Operating Systems (2)CS3233 Competitive Programming (1)EE3101 Digital Signal Processing (1 or 2)EE3204 Computer Comms Networks I (1)EE4210 Computer Comms Networks II (2)EE4214 Real Time Embedded Systems (1)

CEIP3 Multimedia Signal ProcessingCEIP3 Multimedia Signal Processing

CS2106 Operating Systems (1 or 2)EE3101 Digital Signal Processing (1 or 2 )EE3204 Computer Comms Network I (1)EE3206 Intro to Comp Vis & Image Proc (1)EE4103 Coding Theory & Applications (1)EE4212 Computer Vision (2)EE4213 Image Processing (2)

EE: Control & AutomationCTRL1 Advanced ControlCTRL1 Advanced Control

EE3304 Digital Control Systems (2)EE4214 Real Time Embedded Systems (1)EE4302 Advanced Control Systems (2)EE4305 Intro to Fuzzy/Neural Systems (1)EE4307 Control Sys Design & Simulation (2)EE5101 Linear Systems (1)

CTRL2 CTRL2 MechatronicsMechatronics & & AutomationAutomation

EE3101 Digital Signal Processing (1 or 2)EE3302 Industrial Control Systems (1)EE3304 Digital Control Systems (2)EE4307 Control Sys Design & Simulation (2)ME4245 Robot Kinematics, Dyn.s & Control (1)EE4502 Electric Drives & Control (1)

CTRL3 Distributed AutonomousCTRL3 Distributed AutonomousSystemsSystems

EE3302 Industrial Control Systems (1)EE3304 Digital Control Systems (2)ME4245 Robotics (1)EE4305 Intro to Fuzzy/Neural Systems (1)EE4306 Dist Autonomous Robotic Systems (2)

EE: Microelectronics

MICE4 IC ManufacturingMICE4 IC Manufacturing

EE3406 Microelectronics Materials (1 or 2)EE4408 Silicon Device Reliability (2)EE4411 Si Processing Technology (1 or 2) EE4412 Tech & Modeling of Si Transistors (1)IE2130 Quality Engineering I (2)CN4223 Microelectronics Thin Films (2)

MICE1 Device TechnologyMICE1 Device Technology

EE3406 Microelectronic Materials (1 or 2)EE4411 Si Processing Technology (1 or 2)EE4412 Technology & Modeling of Si Transistors (1)EE4413 Low Dimensional Electronic Devices (2)CN4223 Microelectronic Thin Films (2)

MICE3 MICE3 VLSI designVLSI design

EE3408 Integrated Analog Design (1 or 2)EE3407 Analog Electronics (1 or 2)EE4410 Integrated Circuit and Sys Design 2 (1-2)EE4415 Integrated Digital Design (2)

MICE2 Device & IC DesignMICE2 Device & IC Design

EE3406 Microelectronic Materials (1 or 2)EE3408 Integrated Analog Design (1 or 2)EE4411 Si Processing Technology (1 or 2)EE4412 Tech & Modeling of Si Transistors (1)

EE: Microelectronics

MICE6 Data Storage SystemsMICE6 Data Storage Systems

EE3406 Microelectronic Materials (1 or 2)EE4413 Low Dimensional Electronic Devices (2)EE4414 Magnetic Materials & Devices for

Information Storage (2)EE4506 Magnetic Recording Systems (1)

MICE5 MICE5 OptoelectronicsOptoelectronics

EE3406 Microelectronics Materials (1 or 2)EE4401 Optoelectronics (2)EE4413 Low Dimensional ElectronicDevices (2)CN4223 Microelectronics Thin Films (2)

MICE7 MICE7 BioDevicesBioDevices

EE4411 Si Processing Technology (1 or 2)EE4412 Tech. & Modeling of Si Transistors (1)EE4601 Sensors for Medical Applications (1)EE4602 Bioelectronics (2)BN4404 BioMEMS (2)

EE: Microwave & RF CommsMICW1 Microwave & RF SystemsMICW1 Microwave & RF Systems

EE3101 Digital Signal Processing (1 or 2)EE3103 Communications (1)EE3407 Analog Electronics (1 or 2)EE4101 RF Communications (1)EE4102 Digital Communications (1 or 2)EE4112 High Frequency Techniques (1)EE5303 Microwave Electronics (1)

MICW2 Microwave & RF CADMICW2 Microwave & RF CAD

EE3103 Communications (1)EE3407 Analog Electronics (1 or 2)EE4101 RF Communications (1)EE4104 Microwave Circuits & Devices (2)EE4110 MIC & MMIC Design (2)EE4112 High Frequency Techniques (2)EE4401 Optoelectronics (2)EE5303 Microwave Electronics (1)

EE: Electrical Energy SystemsEESC1 Electrical Energy SystemsEESC1 Electrical Energy Systems

& Components& Components

EE3501 Power Electronics (2)EE3505 Electrical Energy Systems (1)EE3302 Industrial Control Systems (1)EE3101 Digital Signal Processing (1 or 2)EE4501 Power System Analysis & Protection (2)EE4502 Electric Drives & Control (1)EE4505 Power Semiconductor Devices and ICs (1)EE4509 Silicon Microsystems (2)EE5703 Industrial Drives(2)EE5711 Power Electronics(1)

EE: General TracksGEN1 General Track 1GEN1 General Track 1

EE3103 Communications (1)EE3208 Embedded Computer Systems Design (2)EE3304 Digital Control Systems (2)EE3505 Electrical Energy Systems (1)

GEN2 General Track 2GEN2 General Track 2

EE3103 Communications (1)EE3208 Embedded Computer Systems Design (2)EE3407 Analog Electronics (1 or 2)EE4411 Silicon Processing Technology (1 or 2)

EE/CPE: Self Designed TrackOWNAnything is possible provided you Anything is possible provided you satisfy the rules mentioned earliersatisfy the rules mentioned earlier

Recommended Study SchedulesNote:

other requirements, e.g. UEM, ULR Breadth/GEM are not indicatedremember to take these modules

Note min of 15 MCs and max of 25 MCs/9 modules (whichever is lower) per semesterCompulsory Modules (FoE requirements):

EG1415 in semester 5HR2002 in semester 7

EE2001 Mini-projectIf you plan to go for LIA/OIA in semester 6, you should do EE2001 and EE3001 in semester 5, otherwise you can spread over semesters 5 and 6.If you take EE3208 in semester 6, you should take EE2001 in semester 5Be careful about taking EE2001/EE3001 together with EE4001 FYP in semester 7, e.g. due to SEP

workload is very heavy !should try to find suitable mapping module while on SEP

Pay attention to workload balancing !

StudyStudy Schedule (EE/CPE 2003 intake)Schedule (EE/CPE 2003 intake)

Important: 1. Students must also satisfy the following University Level Requirements (GEMs, SS, ULR Breadths) and Unrestricted Elective Module Requirements (UEM)

which are not shown above but can be taken in any semester. Please refer to the relevant FFG checklist at http://www.ece.nus.edu.sg/students/finalyr/FFglists.htm

2. In the second-year(schedule III & IV), students will study most ECE core modules and are advised not to take more than one additional module in each sem. 3. The 27 MCs of electives satisfying the EE/CPE Breadth / Depth requirements can be taken at any semester upon satisfying the pre-requisites. 4. Students planning on going to IA should plan to take EE2001 in sem I of the third year of study (schedule V). 5. Accelerating students can take EE4001 when they achieve level 4 standing.

ECE GROUP A

Schedule III Schedule IV Schedule V Schedule VI Schedule VII Schedule VIII

EE2004 Electronics Materials & Devices

EE2012 Analytical Methods in ECE

EE3001

EE2001 4 (Co-req: EE2007)

EE4001 EE4001

EE2005 Electronics EE2006 Digital Design

EE2007 Microprocessor Systems (Pre EE2006)

BREADTH ELECTIVE

HR2002 DEPTH ELECTIVE

EE2008 Circuits EE2009 Signals EE2011 Engrg EM BREADTH ELECTIVE

DEPTH ELECTIVE

DEPTH ELECTIVE

CS1102C Data Structures & Algorithms

EE2010 Systems & Control (Co: EE2008)

BREADTH ELECTIVE

BREADTH ELECTIVE

DEPTH ELECTIVE

BREADTH/DEPTH ELECTIVE

EG1415

ECE GROUP B



EE2004 Electronics Materials & Devices

EE2001 (Co-req: EE2007)

EE3001 EE4001 EE4001

EE2006 Digital Design


EE2010 Systems & Control (Co EE2008)

EE2011 Engrg EM HR2002 DEPTH ELECTIVE

EE2009 Signals EE2008 Circuits BREADTH ELECTIVE

BREADTH ELECTIVE

DEPTH ELECTIVE

DEPTH ELECTIVE

CS1102C Data Structures & Algorithms

EE2005 Electronics

BREADTH ELECTIVE

BREADTH ELECTIVE

DEPTH ELECTIVE

BREADTH/DEPTH ELECTIVE

EG1415

Possible Schedule for Direct Entry (Poly) Students admitted to EE2 in Sem 1, AY2004/05 (Major Requirements)

AY2004/05 Direct Entry Poly intake follows AY2004/05 ECE curriculum

(for direct entry students who are not going for long-term IA and have passed the relevant placement tests)


EE2006 Digital Design EE2004 Electronic Devices

EE2001 (Co-req: EE2007)

EE3001 EE4001 EE4001

MA1505 EE2005 Electronics EE2011 Engrg EM EE2009 Signals BREADTH ELECTIVE DEPTH ELECTIVE

CS1102C Data Structures and Algorithms



EE2010 Systems & Control (Co: EE2008)

BREADTH / DEPTH ELECTIVE

DEPTH ELECTIVE

MA1506 EG1415 BREADTH ELECTIVE DEPTH ELECTIVE BREADTH / DEPTH ELECTIVE

PC1432 BREADTH ELECTIVE BREADTH ELECTIVE DEPTH ELECTIVE

Possible Schedule for Direct Entry (Poly) Students admitted to EE2 in Sem 2, AY2004/05 (Major Requirements)

AY2004/05 Direct Entry Poly intake follows AY2004/05 ECE curriculum

(for direct entry students who are not going for long-term IA and have passed the relevant placement tests)

Schedule IV Schedule V Schedule VI Schedule VII Schedule VIII Schedule IX

EE2005 Electronics EE2004 Electronic Devices EE3001 EE2001 EE4001 EE4001

MA1505 EE2006 Digital Design EE2007 Microprocessor Systems (Pre EE2006)


BREADTH ELECTIVE DEPTH ELECTIVE

CS1102C Data Structures and Algorithms

EE2010 Systems & Control EE2009 Signals BREADTH ELECTIVE BREADTH / DEPTH ELECTIVE

DEPTH ELECTIVE

PC1432 MA1506 EG1415 BREADTH ELECTIVE DEPTH ELECTIVE BREADTH / DEPTH ELECTIVE

BREADTH ELECTIVE DEPTH ELECTIVE

ECE Module Planner (MP)Use the on-line ECE Module Planner (MP) to indicate:

your choice of specialization tracksyour plans for ULR Breadth electives and UEMsyour choice of elective modules for Sem 5, 6, 7 & 8

consider carefully pre-requisites for Sem 7 & 8indicate whether doing Minor, USP or going for SEP or NOC (indicate matching modules) in Remarks boxAll students are required to submit their choices in the ECE MP system by 31 May 2005.

ECE Module Planner (MP) is atECE Module Planner (MP) is athttp://www.ece.nus.edu.sg/students/secondyr/ee3/ece3ModSelect.asp

We are grateful to Ms Beena S Kumar from ECE IT Team for developing and maintaining the system.

ECE MP checks that your selected modules satisfy the breadth anddepth requirements for EE and CPE, BUT does not warn if pre-requisites are not satisfied

Important Staff Members to NoteEE3/CPE3 Coordinator : A/Prof Tham Chen Khong

Email : [email protected]/CPE4 Coordinator : A/Prof Lian Yong

Email : [email protected] Officers:

Ms Yap Siew Choo ([email protected])Ms Tan Ai Lin ([email protected])

Coordinating members in different areas :Bioelectronic Systems : Dr Li Mo-Huang (elelmh)Communications : Dr M Gurusamy (elegm)Computer Engg/Info Proc : Dr M Gurusamy (elegm)Control & Automation : Dr Tan W W (eletanww)Microelectronics : A/Prof G Samudra (eleshanr)Microwave & RF Comms : A/Prof Li Le-Wei (elelilw)Electrical Energy Systems : A/Prof S Panda (eleskp)

Role of Academic Advisors (Personal Tutors)see your academic advisors regularlyadvisors offer academic advice and counselneed to know you better to write effective letters of recommendation for you

Academic Academic AdvisingAdvising

Enjoy the rest of your Enjoy the rest of your B.Eng. program!B.Eng. program!

…………The best is yet to come!!The best is yet to come!!

QUESTIONS ???QUESTIONS ???

EE3/CPE3 Streaming Talk AY 2005/2006 - Electrical and ...

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