beng (eee) third year electives and internships · beng (eee) third year electives and internships....

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Tan Yap PengAssociate Chair (Academic), EEE

20 Feb 2018

BEng (EEE) Third Year Electives and Internships


MAJOR COMPONENTS

2 or 3 Year-3 Core Courses + 2 Prescribed Elective Courses

4 Core Experiments (2 for each Core) + 2 Elective Experiments associated with the 2 Prescribed Elective courses

Design & Innovation Project

Professional Internship (PI) – 20 Weeks


THIRD YEAR COURSESYear 1 Intake Poly Direct-Entry Intake

Semester 1 / 2

EE3001 Engineering ElectromagneticsEE3002 MicroprocessorsEE3080 Design & Innovation Project EE3xxx Prescribed Elective 1 EE3xxx Prescribed Elective 2 ET0001 Enterprise and Innovation (Sem 1)ML0002 Career Power-UpXXxxxx Unrestricted Elective

EE3001 Engineering ElectromagneticsEE3080 Design & Innovation Project EE2003 Semiconductor Fundamentals EE2007 Engineering Mathematics IIEE3xxx Prescribed Elective 1 EE3xxx Prescribed Elective 2 EE0002 Engineers and Society *

Semester 1 / 2

EE3179 Professional Internship+

ML0002 Career Power-Up

* Mandatory for Poly Direct Year 3 Students


PRESCRIBED ELECTIVE COURSESChoose two (2)

* EE3018 is only offered in Semester 1.

PRESCRIBED ELECTIVE COURSES PRE-REQUISITE 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 PROTECTION EE2001 E3015L

EE3017 COMPUTER COMMUNICATIONS - E3017L

EE3018 INTRODUCTION TO PHOTONICS - E3018L

EE3019 INTEGRATED ELECTRONICS EE2002 E3019L

* EE3018 is only offered in Semester 1


CHOICE OF PRESCRIBED ELECTIVES

Select two Prescribed Electives.

Third Year Electives are pre-requisites for some Final Year Design & Technical Electives.

Your choice should be guided by your intended Final Year Option.

Additional Third Year Elective courses can be taken as Unrestricted Electives (UE), subjected to availability of vacancies.


FINAL YEAR CURRICULUM

3 OptionsELECTRICAL & SYSTEMS ENGINEERING

ELECTRONIC ENGINEERING

INFOCOMMUNICATIONSENGINEERING


FINAL YEAR CURRICULUM

8 Specialisations:ELECTRICAL &

SYSTEMS ENGINEERING

• Intelligent Systems and Control Engineering

• Biomedical Electronics

• Electrical Power and Energy


• Integrated Circuits Design

• Microelectronics & Photonics

INFO-COMMUNICATIONS

ENGINEERING• Communication

Engineering

• Computer Engineering

• Digital Media Processing


ELECTRICAL & SYSTEMS ENGINEERING

Intelligent Systems & Control Engineering

EE3011 Modelling & Control

Any other EE30xx

Biomedical Electronics

EE3011 Modelling & Control

Any other EE30xx

Electrical Power and Energy

EE3010 Electrical Devices & Machines

EE3015 Power Systems & Protection

PRE-REQUISITES FOR FINAL YEAR OPTION



Integrated Circuits Design

EE3013 Semiconductor Devices & Processing

EE3019 Integrated Electronics

Microelectronics

EE3013 Semiconductor Devices & Processing

EE3018 Introduction to Photonics



INFOCOMMUNICATIONS ENGINEERING

Communication Engineering

EE3012 Communication Principles

EE3017 Computer Communications

Computer Engineering

EE3014 Digital Signal Processing

EE3017 Computer Communications

Digital Media Processing

EE3012 Communication Principles

EE3014 Digital Signal Processing



FINAL YEAR COURSES



INFOCOMMUNICATION ENGINEERING

EE0040Engineers &

Society

HW0288 Engineering

CommunicationII

EE4080 Final Year

Project

Two Design

Electives

ThreeTechnicalElectives


Design Electives (Choose 2)

EE4207 Control Engineering DesignEE4208 Intelligent System DesignEE4503 Power Engineering DesignEE4504 Design of Clean Energy

SystemsEE4901 Biomedical Control System

DesignEE4902 Design of Medical Information

Processing Systems

Technical Electives (Choose 3)

EE4001 Software EngineeringEE4265 Process Control SystemsEE4266 Computer VisionEE4268 Robotics and AutomationEE4273 Digital Control SystemsEE4285 Computational IntelligenceEE4530 Power System Analysis & ControlEE4532 Power Electronics & DrivesEE4534 Modern Distribution Systems with

Renewable ResourcesEE4903 Physiological Systems AnalysisEE4904 Biomedical InstrumentationEE4840 Biophotonics




EE4303 Mixed-Signal IC DesignEE4304 Radio Frequency Integrated

System DesignEE4305 Digital Design with HDLEE4613 CMOS Process & Device

SimulationEE4614 Device Parameter Extraction

& Layout Implementation


EE4001 Software EngineeringEE4340 VLSI SystemsEE4341 Advanced Analog CircuitsEE4343 Radio Frequency CircuitsEE4344 Analysis & Design of Integrated CircuitsEE4645 Microfabrication EngineeringEE4646 VLSI TechnologyEE4647 Microelectronic DevicesEE4694 IC Reliability and Failure AnalysisEE4838 Laser Engineering and ApplicationsEE4840 Biophotonics




EE4105 Cellular Communication System Design

EE4109 Microwave Circuit and System Design

EE4110 Optical Communication System Design

EE4413 DSP System DesignEE4717 Web Application DesignEE4718 Enterprise Network Design


EE4001 Software EngineeringEE4152 Digital CommunicationsEE4153 Telecommunication SystemsEE4188 Wireless CommunicationsEE4190 Introduction to Modern RadarEE4455 Embedded SystemsEE4475 Audio Signal ProcessingEE4476 Image ProcessingEE4478 Digital Video ProcessingEE4483 Artificial Intelligence & Data MiningEE4490 Multimedia SystemsEE4756 Computer ArchitectureEE4758 Information SecurityEE4761 Computer NetworkingEE4791 Database Systems

INFOCOMMUNICATIONS ENGINEERING


PROFESSIONAL INTERNSHIP


PRE-REQUISITES FOR INTERNSHIP

Important Note:

• A PASS mark in Internship is necessary for the award of the degree (except forstudents who are exempted).

• Internship is ungraded, i.e. PASS/FAIL.

Engineering Year-1 Intake: Year-3 standing & likely to complete 4 semesters ofstudy

Poly Direct-Entry: Year-3 standing & likely to complete 2 semesters of study


PROFESSIONAL INTERNSHIP (EE3279)

PERIOD 20 WEEKS [SEM 1 / SEM 2]

ACADEMIC UNIT (CORE) 10

GRADING PASS / FAIL

ASSESSMENTS TWICE

SUBMISSION OFFINAL REPORT YES

ESTIMATED APPLICATION PERIOD

MAR (for Sem 1 Applications)SEP (for Sem 2 Applications)


THIRD YEAR ELECTIVES’ SELECTION

Online Selection Period:

System opens on 20 Feb ( 5:00 pm)System closes on 28 Feb (11:59 pm)

http://www.ntu.edu.sg/studentlink

> Year 3 Prescribed Electives Selection

This selection exercise is compulsory to all 2nd year students. Students, who do not participate in the exercise, may not be able to get placements of their

choices in AY2018/19 registration.

http://www.ntu.edu.sg/studentlink


Thank You

EE3080 EEE Design & Innovation Project

EEE Design & Innovation Project (DIP)EE3080

Coordinators: Perry ShumMuhammad Faeyz Karim

School of EEE,Nanyang Technological University,Singapore 639798


The EEE DIP/EE3080 is a compulsory program for all full-time third year EEE students (2 AU).

Currently, the program requires each student to undertake a project in a group environment.

Each project group is supervised by up to two staff.

Through DIP, students will design and implement their creative project ideas.


Students are required to work on DIP for 6 hours per week over the 13 weeks

A timeslot of 1.30pm - 4.30pm on every Wednesday is allocated to DIP. The other 3 hours of DIP are flexible and can be determined by project supervisor after discussing with students.

Deadline for peer reviews:Friday of Week 13 in each semester

Deadline for Report Submission:Friday of Week 13 in each semester

Official Date of DIP Competition: The first Monday after the final exam of each semester


Thematic Programs• TP01: Smart and Micro Grids for Integration of Renewable

Energy SourcesCoordinator: Wang Peng

• TP02: Smart Electronics Coordinator: Gwee Bah Hwee

• TP03: Electromedical and Mobile ComputingTechnologies

Coordinator: Justin Dauwels

• TP04: UAVIONICSCoordinator: Lim Meng Hiot


Thematic Programs

• TP05: Photonics, Radar and Satellite SystemsCoordinators: Ng Boon Poh & Wang Qijie TP06:

• Robotics Coordinator: Wang Han

• TP07: Machine LearningCoordinator: Tay Wee Peng

• TP08: Escape Game DesignCoordinators: Perry Shum & Muhammad Faeyz Karim


Interim ReportSubmit individual interim report (via ntulearn.ntu.edu.sg)by 5pm Monday of week 8 (the week after recess week)

5 pages (excluding Appendix)Free FormatInclude brief discussion of results (essential), difficultiesencountered, sources of errors, comparison with theory,etc.


Final Report• Submit final group report by 5pm Friday of week 13• Each student needs to contribute in the final group report.• The group report of 40 to 50 pages (excluding

appendices) pages must be submitted online as assignment from NTULearn under your DIP project group Course ID by group leader.

• The report need to be cohesive, instead of compilation of individual reports. In the report, students can address issues such as “teamwork and project management”. Final group report template and submission guidelines are available as follows:

Final report template can be downloaded HEREFinal report submission guidelines can be downloaded HERE*There is no need to submit again by email or hardcopy unless it is requested by supervisor or moderator

Reference: http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Pages/Assessment.aspx

http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Documents/DIP%20Report%20Template.docx

http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Documents/Turnitin%20Guide%20for%20DIP%20Students.pdf


Peer Review

It is compulsory for all students to provide their review input. In case a student does not give his/her input, the system will show to the supervisor and moderator that `The student did not provide a peer review’.Reference: http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Pages/Assessment.aspx


Presentation / Demo

Every student needs to explain his/her contributions to the project to supervisor and moderator. Group leader can invite supervisor and moderator (in one session or separate session) to meet every project member after the final group report was submitted.

Reference: http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Pages/Assessment.aspx


Useful Info

• Project videos @ youtube

Xperience@EEE https://youtu.be/fvz6SMwXCAY

• DIP website: http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-

time/DIP2017/Pages/Home.aspx

• Project Info: supervisor, moderator, lab location: http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Documents/DIP%20Projects%20in%20Sem%202%20AY17%20%40%2022%20Jan%202018.pdf

• Interim Report Submission Deadline: 5pm Mon, Week 8• Formal Report Submission Deadline: 5pm Wed, Week 13 ( Word.doc

or Word.docx ONLY )• All reports are to be submitted online as Assignment from NTULearn

for plagiarism check ( do not submit to supervisor or moderator via email unless requested).

http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefull-time/DIP2017/Pages/Home.aspx


Internet-of-Things, photonics, infocomm, energy, electronics, circuit design, etcAR / VR (Unity3D, WebVR)Mobile Apps (iOS / Android)Image / Speech Recognition (e.g. Amazon Alexia)Wireless Communication / Positioning (Wi-Fi / Bluetooth)Distributed Systems 3D PrintingCreative Mechanical Design


Humidity Sensor: DHT11/DHT12

Temperature :DS18B20

Barometer (Air Pressure): BMP180

Moisture: MCP3008


Motion Sensors

PIR Motion sensorDistance Sensor :HC-SR04

Magnetic Switch Infrared Distance Sensor : GP2Y0A02YK

Servo Motors

RFID : RC522


433MHZ Radio Set 2.4GHz NRF24L01 Bluetooth Laser Module Infrared Diode


GPS: NEO-6M Module Gyroscope: MPU-6050 iBeacon


Weight Sensor Pulse / Heartbeat sensor Camera Touchscreen Display


Remove 5 Letters to find the TIME to select DIP

WEFESETEVREKLXI


Remove 5 Letters to find the TIMEto select DIP

FWEESETEVREKLXTIWEEK X (10)

Third Year Elective Talk20 Feb 2018

Electrical and Systems Engineering (ECAL)

byJohn Chan

Choose 2 pre-specialized Major Prescribed Electives courses in Third Year as follows:

EE3010 Electrical Devices and Machines 1

EE3015 Power Systems and Protection 3

1,3 - Pre-requisites for all final year power subjects: EE4503, EE4504, EE4530, EE4532, EE4534

2 - Pre-requisite for 2 final year control subjects: EE4265, EE4273

Final Year Technical Electives with Pre-requisites (PR)EE4503 Power Engineering Design (PR: EE3010, EE3015)EE4504 Design of Clean Energy Systems (PR: EE3010, EE3015)EE4530 Power System Analysis and Control (PR: EE3010 EE3015)EE4532 Power Electronics and Drives (PR: EE3010, EE3015)EE4534 Modern Distribution Systems with Renewable Resources (PR: EE3010, EE3015)

EE4265 Process Control Systems (PR: EE3011)EE4273 Digital Control Systems (PR: EE3011)

How to choose the 2 pre-specialized Major Prescribed Electives?

*If students do not intend to take any final year courses in power,then only EE3011 and EE3010^ are needed. (^ -recommended)

*If students intend to take at least 1 final year course in powerand no final year courses in control (with PR), then only EE3010and EE3015 are needed.

*If students intend to take final year courses in both power andcontrol (with PR), then they must take EE3010, EE3011 andEE3015 (one of these must be registered as a UE).

===================================================EE3010 Electrical Devices and Machines 1

EE3015 Power Systems and Protection 3

1,3 - Pre-requisites for all power subjects: EE4503, EE4504, EE4530, EE4532, EE45342 - Pre-requisite for 2 control subjects: EE4265, EE4273

The courses to be taken in the final year

• Students are required to take 2 DESIGN elective courses and 3 TECHNICAL elective courses.

• The design elective courses for students choosing a particular option group must be those under that option group.

• Students must choose all design and technical elective courses from their chosen option group.

• For specialization, students must choose the design and technical elective courses from the respective areas of specialization

For Electrical and Systems Engineering Option

Design Elective Courses

EE4207 Control Engineering Design (PR: Nil)

EE4208 Intelligent System Design (PR: Nil)

EE4503 Power Engineering Design (PR: EE3010, EE3015)

EE4504 Design of Clean Energy Systems (PR: EE3010, EE3015)

EE4901 Biomedical Control System Design (PR: Nil)

EE4902 Design of Medical Information Processing Systems (PR: Nil)

Technical Elective Courses

EE4001 Software Engineering (PR: Nil)

EE4265 Process Control Systems (PR: EE3011)

EE4266 Computer Vision (PR: Nil)

EE4268 Robotics and Automation (PR: Nil)

EE4273 Digital Control Systems (PR: EE3011)

EE4285 Computational Intelligence (PR: Nil)

EE4530 Power Systems Analysis and Control (PR: EE3010, EE3015)

EE4532 Power Electronics and Drives (PR: EE3010, EE3015)

EE4534 Modern Distribution Systems with Renewable Resources

(PR: EE3010, EE3015)

EE4903 Physiological Systems Analysis (PR: Nil)

EE4904 Biomedical Instrumentation (PR: Nil)

EE4840 Biophotonics (PR: Nil)

Final Year Specialization Biomedical Electronics Power and Clean Energy Intelligent Systems and Control Engineering

Biomedical Electronics [1]What is Biomedical Engineering? Biomedical Engineering is a multiple disciplines

and high technology area It is to provide solutions for health care industries and

services Electrical engineers play a key role in health care

industries and services (circuits and electronics, measurement and instrumentation, information and signal processing, medical imaging and image processing, modelling and control, telemedicine)

Biomedical Engineering is exciting It is important: Health caring and life saving It is profound and challenging (Nobel prizes in medicine

in 1979, for the development of computed tomography (CT) and in 2003 for the development of magnetic resonance Imaging (MRI))

It is high tech Health care industry is robust and resilient in the

economic crisis

Where do biomedical engineers work ? Research institutions Hospitals Academic institutions/government boards Companies Sale and marketing of medical instruments and

products

Biomedical ElectronicsDesign coursesEE4901 Biomedical Control System Design (PR: Nil)

EE4902 Design of Medical Information Processing Systems (PR: Nil)

Technical Elective CoursesEE4903 Physiological Systems Analysis (PR: Nil)

EE4904 Biomedical Instrumentation (PR: Nil)

EE4840 Biophotonics (PR: Nil)


EE4266 Computer Vision (PR: NIL)

Power and Clean Energy [2] Power is a basic necessity….Can you think of anything

in life without ELECTRICITY (POWER) ? Importance of power engineers What do they do? Power system control, building services & electrical

consulting, energy traders/brokers, power electronics, energy alternatives & renewable energy, intelligent energy system, oil refineries and related companies

Registered as a professional engineer (PEng) with PEB

Career Opportunities Oil refineries Building services Electrical consulting companies Power equipment sales Engineering firms Hospitals Shipyards Singapore Power, MINDEF, SMRT, PSA, JTC, CAAS, LTA

Power and Clean EnergyDesign coursesEE4503 Power Engineering Design (PR: EE3010, EE3015)

EE4504 Design of Clean Energy Systems (PR: EE3010, EE3015)

Technical Elective CoursesEE4530 Power Systems Analysis and Control (PR: EE3010, EE3015)

EE4532 Power Electronics and Drives (PR: EE3010, EE3015)

EE4534 Modern Distribution Systems with Renewable Resources

(PR: EE3010, EE3015)



Intelligent Systems and Control Engineering [3] CONTROL is the heart of many engineering systems

and it synergistically integrates the plants (electro-mechanical, chemical, etc), with sensors, actuators, computers, communication, and software to yield optimal responses

Control systems enables integrations of mechanics, electronics, and computer hardware and software to revolutionize technology in the new economy

Control engineers have multi-disciplinary engineering system perspectives to take advantage of exciting career opportunities in

• Robotics and automated manufacturing• Aerospace and automotive industries• Precision engineering and manufacturing• Process industries (petrochemical processes,

pharmaceuticals and biotechnology processes, energy (including alternative energy) systems, environment and water treatment processes, food production processes)

• Building automation

Intelligent Systems and Control EngineeringDesign coursesEE4207 Control Engineering Design (PR: Nil)

EE4208 Intelligent System Design (PR: Nil)

Technical Elective CoursesEE4265 Process Control Systems (PR: EE3011)

EE4266 Computer Vision (PR: Nil)

EE4268 Robotics and Automation (PR: Nil)


EE4285 Computational Intelligence (PR: Nil)

Thank You!

Third Year Prescribed electives – ELECTRONIC ENGINEERING

presented by

K Radha KrishnanAssociate Professor, [email protected] 20 Feb 2018

2

ELECTRONICS

Microelectronics

Microelectronics Courses

Photonics Courses

IC Design IC Design Courses

Specialization in Electronics Option

2 specializations

Micro-electronicsSpecialization

EE3013 Semiconductor Devices and ProcessingBasic concepts of engineering principles in semiconductor processing, wafer fabrication and physical principles underlying the operation of basic semiconductor devices.Lab module: 1 hour video on advanced wafer processing, and 2 hours of cleanroom visit. Pre-requisite for Yr 4 courses

EE3018 Introduction to PhotonicsIntroductory course on the fundamentals of photonics and their impacts on our daily life. Photonics contributes to the fundamental platform for nanotechnology, green energy, home entertainment, data storage, sensing, imaging, biomedical healthcare, and modern optical communications.

IC DesignSpecialization

EE3019 Integrated Analog ElectronicsProvides knowledge to pursue advanced topics in analog and digital integrated circuits.Includes the design of elements in bipolar‐ and CMOS‐based op amps, feedback, power supplies, linear and non‐linear applications circuits and transistor circuits for realising basic digital circuits. Pre-requisite for Yr 4 courses

Year 3 Elective Courses in Electronics

3

Courses in Microelectronics/Photonics Specialization

4

EE4613 CMOS Process and Device Simulation by Technology CAD • Workstation Based Design & Simulation Course• Virtual Wafer Fabrication & Device Characterization of a 2 µm

CMOS Process• Virtual Process Integration for MOS Technology Development &

Device Optimization

EE4614 Device Parameter Extraction & Layout Implementation• Workstation Based Design & Simulation Course• Virtual Device Characterization• Transistor Parameter Extraction• Circuit Simulation & Mask Layout

Pre-requisite: EE3013 Semiconductor Devices and Processing

Design Electives


5

1EE4645 Microfabrication Engineering

1EE4646 VLSI Technology

EE4647 Microelectronic Devices

1EE4694 IC Reliability and Failure Analysis

(Choose any 3)

1Pre-requisite: EE3013 Semiconductor Devices and Processing

Technical Electives (Microelectronics)


6

Technical Electives (Photonics)

EE4838 LASER ENGINEERING AND APPLICATIONS

EE4839 FIBRE OPTIC COMMUNICATIONS

EE4840 BIOPHOTONICS

No Pre-requisite required

(Choose all 3)

IC Design

1EE3019Integrated Analog Electronics(Pre-requisite)

Design Electives(Choose any 2)

1EE4303 Mixed-Signal IC Design1EE4304 Radio Frequency

Integrated System Design EE4305 Digital Design with HDL

Technical Electives(Choose any 3)

EE4340 VLSI Systems1EE4341 Advanced Analog Circuits1EE4343 Radio Frequency Circuits1EE4344 Analysis & Design of

Integrated CircuitsEE4694 IC Reliability & Failure

Analysis

Courses in IC Design Specialization

7

8

HeadquartersManufacturingR&D

Wide Range of Career Opportunities in Electronics Sector with Global Leaders

+

9

9 of the top 15 fabless semiconductor

companies

3 of the top wafer foundries

4 of the top 6 OSATs

Have focused on engaging top companies to build up a semiconductor ecosystem in Singapore

IC Design Wafer Fabrication Assembly and Test

Strong, comprehensive base of top companies Singapore’s Semiconductor Ecosystem

4

Outsourced Semiconductor Assembly and Test

13

16 of top 20 global companies have R&D, manufacturing or HQ in Singapore

World #15Japan #5

World #17Europe #3

World #18USA #8

World #19Taiwan #1

World #17USA #7

World #1USA #1CPU #1

World #5Japan #2

World #7Europe #1

World #8USA #3

Memory #2

World #9USA #4

Comms #1

World #11USA #5

Comms #2

World #12USA #6CPU #2

World #13Europe #2

World #2Asia #1

World #4USA #2

World #20USA #9

Graphics #3Companies representing >50% of ww semicon revenue are in Singapore

14

9%

4.4%of Singapore’s GDP

Breakdown of Electronics Industry

S$90Bmanufacturing output

Singapore’s Electronics Industry in 2016

Semiconductors (53%)

Electronic Modules & Components (11%)

Infocomms & Consumer Electronics (14%)

Data Storage (11%)

Computer Peripherals & EMS (11%)

1 in 10 chips worldwide are made in Singapore

~66,000employment

3

A Key Pillar of our Economy

17% of total manufacturing jobs

singstat.gov.sg, 2016

Thank you!

Contact: A/P Radha [email protected], 6790 4549

Many graduates, who did not take the Electronics option, have also ended up in Electronics Sector for employment! -Recent survey

INFOCOMMUNICATION ENGINEERING

School of EEENanyang Technological University

Teh Kah ChanArea Lead (InfoCommunication), EEE

20 February 2018

Infocommunication Engineering

Three Specializations

Infocomm Engineering



Computer Engineering


Satellite Communications

Optical CommunicationsMobile Communications

Network CommunicationsInternet


Computer

Video on-demand

Social Network

On-line Gaming

HDTV

Mobile Audio

Media Search Engine

Smart Phones



Applications

Smart Phone as an Example


Prescribed Elective Courses in Infocomm – 3rd Year


Code Title

EE3012 Communication PrincipleEE3014 Digital Signal ProcessingEE3017 Computer Communications

Communication Engineering EE3012 + EE3017

Computer Engineering EE3014 + EE3017

Digital Media Processing EE3012 + EE3014

Select any two courses

Recommendation:

Elective Courses in Infocomm Engineering – 4th Year


Code Title

EE4105 Cellular communication system design

EE4109 Wireless system designEE4110 Optical communication

system designEE4413 DSP system designEE4717 Web application designEE4718 Enterprise network design

Code Title

EE4001 Software engineeringEE4152 Digital communicationsEE4153 Telecommunication systemsEE4188 Wireless communicationsEE4190 Introduction to modern radarEE4455 Embedded systems EE4475 Audio signal processingEE4476 Image processingEE4478 Digital video processingEE4483 Artificial intelligence and data

miningEE4490 Multimedia systems EE4756 Computer architectureEE4758 Information securityEE4761 Computer networkingEE4791 Database systems

Design elective courses Technical elective courses

Career Opportunities of EEE Graduates with Infocommunication Engineering

Research Centres

Consumer Electronics Industry

Communications & Broadcasting

Infocomm – Computers & Comms.

Government & Statutory Boards

Banking & Financial Institutions

Private Communication Networks

IME, I2R, DSTA, DSO, CSIT, DSI, MNC R&DSiemens, NEC, HP, Agilent,

OKI, Sony, Creative, Philips, Infineon

SingTel, StarHub, M1, Agilis, Ericsson

IBM, HP, Lucent, Siemens, NEC, Fujitsu, Phillips

IMDA, PSA, HDB, MRTC, Singapore Power

Banks, Stock Exchanges, Financial Institutions

Petrochemical Companies, Private MNC Networks


Industries that requires Infocomm
