Grad Program 2011

8/13/2019 Grad Program 2011

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Exploring Possibilities,Reaching New Heights

Graduate Programmes

School ofElectrical &Electronic Engineering

A School of the College of Engineering


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Contents

About The School of Electrical 01and Electronic Engineering

Coursework Programme:

Ministry of Education (MOE) subsidised

Master of Science Programmes

Communications Engineering 02Computer Control and Automation 02Electronics 03Power Engineering 03Signal Processing 04Programme Structure 05Admission Requirements 05 /Admission Details/Programme Fees /Scholarship

Graduate Diploma

(Information-Communication Technology)

Programme Overview 04Programme Structure 06Application Details/Programme Fees 07

Joint NTU-TUM Master of Science

(Self-Financed Programmes)

Integrated Circuit Design 08Microelectronics 08Programme Structure 09 /Programme OverviewAdmission Requirements 10 /Application Details/Programme FeesScholarships 11

Research Programme

Degrees By Research - Doctor of

Philosophy and Master of Engineering

Programme Overview 12Programme Structure 13 /Period of CandidatureAdmission Requirements 14 /Programme FeesScholarships 15

Testimonials 16


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This era of technological revolution we live in has sparked a multitude of great inventions,all of which have helped to empower and enrich our lives. Since the very beginning,Electrical and Electronic Engineering has always been the fulcrum of technologicaladvancements. Today, more so than ever, professional engineers need to continuallyupgrade their skill set and stay abreast of emerging trends.

Since its inception in 1981, the School of EEE has groomed the nations nest crop ofengineers, equipping them with a well-rounded education and instilling in them soundresearch capabilities. The School counts amongst its ranks a top notch full-time faculty of160 professors, who not only have a love for teaching but also an aptitude for researchwork. Our faculty members actively work in tandem with renowned overseas universities,research institutes and multinational companies to spearhead trailblazing R&D projects.Boasting state-of-the-art amenities, the School is well-positioned to offer a wide rangeof post-graduate programmes that cover a broad spectrum of Electrical and ElectronicEngineering.

Our programmes, benchmarked against those offered by the worlds top universities,prepare graduate students for employment in the dynamic engineering industry. Theprogrammes aim to develop technically competent graduates who are also well-equippedto assume leadership positions in the industry. For those who have excelled in their Masterof Science/Master of Engineering studies, the School offers the opportunity for greaterintellectual challenges via our Doctor of Philosophy (Ph.D.) programme.

We welcome you to be a part of our intellectually thriving community, here at the School ofElectrical and Electronic Engineering.

01. About The School of Electrical and Electronic Engineering

Championing

Excellence,GroomingTomorrowsLeaders


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Coursework Programme02.

Master of Science Programme

CommunicationsEngineering

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/MSc_CME.aspx

Contact Person: Programme Director Assoc Prof Arokiaswami ALPHONES

Email: [email protected]

Career Prospects

Adequately trained and well educated,a majority of our graduates are placedin local communication R&D industries.Opportunities are plentiful as they getto collaborate with local universities andundertake research projects as projectofcers/research associates. The Ph.D.programme also offers a robust frameworkfor those keen on pursuing higher orderresearch.

The world runs on an intricate network ofcommunication. As such, there is alwaysa demand for Electrical and ElectronicEngineers and Information Technologistswho understand the principles of a solidcommunication infrastructure.

Programme Overview

An in-depth study into the broadarea of communications engineering,this curriculum is a springboard forengineers to delve into the ever-evolvingtelecommunications and informationindustries. Buoyed also by the teachingstaffs valuable research experience,

this programme will groom practisingengineers into high calibre R&D and designengineers, arming them with an array ofspecialist skills.

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/MSc_CCA.aspx

Contact Person: Programme Director Assoc Prof WANG Jianliang


Anchoring Singapores economiccompetitiveness is the manufacturingindustry, which accounts for about aquarter of Singapore Gross DomesticProduct. The manufacturing industry iswhere the expertise of Computer Controland Automation (CCA) specialists is criticaland most often needed.

Programme Overview

This comprehensive study will hone theskills of electrical engineers in the eld ofdevelopment, integration and operation ofmulti-disciplinary computer-based controland automation systems.

Career Prospects

Graduates can expect to land job offersin the broad manufacturing industries.Possessing distinguished academicqualications, they enter the workforce ascondent engineers and go on to becomerespected industry leaders.


Computer Controland Automation

Testing the gaming

soundscape produced by

i3D, an audio system that

integrates conventional

and directional loudspeakers

to deliver engaging

sounds for 3D media

ImmersiveSoundscape

Ministry of Education (MOE) subsidisedMaster of Science Programmes


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Electronics

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/MSc_EL.aspx

Contact Person: Programme Director Assoc Prof ZHANG Qing


Electronics is the backbone of innovation,enabling technology and furtheringgroundbreaking work. Accordingto Factsheet 2011 published bythe Economic Development Board,Singapore, the electronics industryhas revved up Singapores economy,contributing an output to the tune ofS$89.9 billion. The 2010 investmentprojects are expected to contributeS$2 billion in VA per annum toSingapores GDP.

Programme Overview

With a focus on the electronics andoptoelectronics industry, this programmetakes students into the exciting world ofdesign, fabrication and manufacturing.It offers not only the core coursescovering the entire scope from IC design,microelectronics to photonics, but also awide choice of elective courses, catering tothe global demands of qualied high levelengineers, leaders and researchers.

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/MSc_PE.aspx

Contact Person: Programme Director Assoc Prof Don MahindaVILATHGAMUWA


Career Prospects

Graduates will get to prove their mettlein companies whose niche is in cleanand renewable energy. Examples of suchcompanies include Renewal EnergyCorporation (REC), Vestas, Rolls Royce,Singapore Power (SP), Energy MarketAuthority (EMA) and Keppel Energy. Theywill also nd opportunities in numerousresearch institutions and universities.

The nascent power engineering industry isexpanding, fast. As environmental concernsgrow, so has the global demand for cleanand renewable energy. In the coming years,all eyes will be on this sector.

Programme Overview

This course is targeted at practisingengineers, R&D managers, power systemdesigners or industry planners who possessa keen interest in the elds of powergeneration and energy utilisation. The robustframework will prepare students for theburgeoning demands of the modern powerand energy industries.


Power Engineering

Engaging with the

Statina Touch project

a novel technology that will

convert an ordinary

at surface into a touch

screen interface

Statina TouchInterface

Career Prospects

Already home to over 80,000 workers, the

electronics industry will open its door andwelcome over 2600 engineers in the next fewyears. Our well-trained graduates will nd theirfooting in this high-performing industry.



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Coursework Programme

Ministry of Education (MOE) subsidisedMaster of Science Programmes/Graduate Diploma Programme

04.


Signal Processing

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/MSc_SP.aspx

Contact Person: Programme Director Assoc Prof YAP Kim Hui


Career Prospects

Possessing the requisite skills andknowledge in the eld of signal processing,graduates are well poised to meetthe challenges of their future careersin areas including communications,instrumentation, consumer electronics, etc.

Since the advent of the computer anddigital processors, there has been a markedincrease in the need of Digital SignalProcessing (DSP) technologies. Signalprocessing applications have becomean integral part of many industries, witheach sector presenting its own uniquerequirements for signal processinghardware and software.

Programme Overview

This course is structured such thatstudents gain an in-depth understandingof current approaches and evolving trendsfor DSP technologies. Engineers and

post-graduate students who wish to stepinto this exciting and evolving industry willstand to benet from this programme.

Website: http://www.eee.ntu.

edu.sg/ProspectiveStudents/GraduateDiploma/Pages/Curriculum.aspx

Contact Person: Programme Director Assoc Prof NG Chee Hock


Information-Communication Technology(ICT) has inltrated almost every aspectof our modern living and it has becomea way of life. It is also the cornerstone ofa thriving workforce, utilised extensivelyacross all sectors to up productivity andefciency levels. For many years to come,ICT professionals will be called upon tostrengthen and boost the effectiveness of

Singapores workforce.

Programme Overview

This integrative discipline offers anenriching study in the eld of InfocommTechnology advancements. It equipsgraduates with the essential foundations,technical knowledge as well as practicalskills in computer communications,software technology and web applications.

Career Prospects

ICT crosses all industries and ICTprofessionals are deemed as valuableassets especially in the Education,Manufacturing & Logistics, Hospitality,Financial Services and Healthcareindustries. As such, graduates enjoya myriad of career opportunities and

prospects.

Graduate Diploma in

Information-CommunicationTechnology

Working on the

blind wireless receiver,

a gadget capable of

automatically demodulating

different transmission

formats and determining

key unknown radioparameters

Blind wirelessreceiver


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Admission Details

(For full-time or part-timeMaster of Science Programmes)

Applications for admission are normallyinvited through the press and announcedat the Graduate Studies Ofce (GSO)website. Students must submit theirapplications electronically via the GSOwebsite, followed by the submission ofhardcopy of supporting documents.

Admission Requirements

A good relevant Bachelors degree Relevant practical/working experience

is an advantage TOEFL or equivalent is required for

graduates from universities with non-

English medium of instruction



05.

M.Sc. Programme Structure

An EnrichingLearningExperience

Each course consists of 39 hours of lectures and is assigned 3 Academic Units (AUs).Classes are held once a week for 3 hours and examinations are conducted during ofcehours at the end of each semester. Students can choose from 2 types of study option tocomplete their programmes:

Please apply online at:http://admissions.ntu.edu.sg/graduate/coursework/HowdoIApply/Pages/Howtoapply.aspx

Programme FeesWebsite: http://admissions.ntu.edu.sg/

graduate/coursework/BeforeApplying/Pages/Fees.aspx

Type of CourseworkProgramme

Master of Science

Application Period

January February(For all EEE M.Sc.

Programmes)

September(For Signal Processing

Programme only)

Class Commencement

August

January

* Module must be completed within 1 semester. Report submission deadline is on the 13th week of the term.

Type ofstudy option

Coursework +Dissertation

Coursework only

No. of AUsto graduate

30 AUs

30 AUs

No. of CoreCourses tocomplete

4 courses(12 AUs)

4 courses(12 AUs)

No. of ElectiveCourses tocomplete

4 courses(12 AUs)

5 courses(15 AUs)

Dissertation/ISM

Dissertation(6 AUs)

*Independent StudyModule (3 AUs)

MinimumCGPA required

to graduate

2.5

2.5

* Including 1 recess week

Maximum

3 years

4 years

CandidatureType of CourseworkProgramme

Master of Science(Full-Time)

Master of Science(Part-Time)

Semester Structure:Semester 1 (Aug Dec)Semester 2 (Jan May)

Weeks 15 17

Examinations

Others

Vacation

Minimum

1 year

2 years

Weeks 1 14*

Lectures

Scholarship

ASEAN Graduate Scholarship

Website:http://admissions.ntu.edu.sg/graduate/scholarships/Pages/default.aspx


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Graduate Diploma

Programme Structure


Graduate Diploma(Information-Communication Technology)

06.

A StimulatingJourney

For details on each coursework programme, please visit the following website:http://www.eee.ntu.edu.sg/ProspectiveStudents/GraduateDiploma/Pages/Home.aspx

Maximum

3 years

* Including 1 recess week

CandidatureType of CourseworkProgramme

Graduate Diploma ICT(Part-Time)

Semester Structure:Semester 1 (Aug Dec)Semester 2 (Jan May)

Minimum

1 year

ClassSchedule

6.30pm 9.30pm

Min.CGPA

requiredto Graduate

2.5OthersVacation

Weeks 1 14*Lectures

Weeks 15 17Examinations


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Coursework Programme07.Graduate Diploma(Information-Communication Technology)

Application Details

Application Period

September


Graduate Diploma ICT(Part-Time)

Class Commencement

January

Please submit your application through the following link:http://admissions.ntu.edu.sg/graduate/coursework/Pages/default.aspx

Programme Fees

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/GraduateDiploma/Pages/TuitionFees.aspx


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Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/NTU-TUM_ICD.aspx

Contact Person: Programme Director Assoc Prof SIEK Liter


The breakthroughs in technology aswitnessed in the last decade have broughtabout the invention of a gamut of portablecomputers, communications, audio andvideo products. Pivotal to these accelerateddevelopments are engineers specialising inthe eld of Integrated Circuit Design. Widelytouted as technology enablers, their skillsand expertise are highly sought after inthe industry.

Programme Overview

Offered in tandem with TechnischeUniversitt Mnchen (TUM), thisjoint programme aims to nurture

competent engineers and leaders forthe semiconductor industry. It addressesdigital and analogue/mixed integratedcircuit (IC) design over architectural

concepts to design methodology/automation for IC. This course alsotouches on the fundamental conceptsin signal processing as well as offerscross-discipline modules such asintellectual property law and businessmanagement.

Career Prospects

Graduates will kick-start their careersworking as design engineers, beforeprogressing to take on leadershippositions such as technical experts and/or engineering managers. Backed bymultifaceted education, graduates whopossess business acumen will also branchout to marketing/sales and eventually intocorporate management.

Joint NTU-TUM Master of Science(Self-Financed Programmes)

Joint NTU-TUM

Master of Science in

IntegratedCircuit Design

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/MSc/Pages/NTU-TUM_ME.aspx

Contact Person: Programme Director Assoc Prof WONG Kin Shun,Terence


In recent years, there has been a paradigmshift in consumer wants. Fast speed,economical and lightweight theseare the features consumers want oftheir electronics. This shift has spurredthe demand for microelectronics designengineers, engineers who can pack powerinto compact components.

Programme Overview

The NTU-TUM M.Sc. Microelectronicsprogramme is dedicated to educatingmicroelectronic device engineers.Under current revision, the programmescope will extend beyond traditionalmicroelectronics topics and new courseson nanophotovoltaics, solid-state lightingdevices and plastic electronics will beintroduced. Another salient feature isthe hands-on course on semiconductorcharacterisation techniques.

Career Prospects

Graduates are primed to work in thesemiconductor manufacturing industry aswell as the silicon photovoltaic and solidstate lighting industries. Equipped within-depth knowledge, they are uniquelyqualied to work in research institutions.

Joint NTU-TUM

Master of Science in

Microelectronics

Examining the

directional loudspeaker

which is part of the next

generation audio

system for gamers

ImmersiveSoundscape


11/20

Coursework Programme09.Joint NTU-TUM Master of Science(Self-Financed Programmes)

NTU-TUM

Programme Structure

A RobustFramework

Type ofCourseworkProgramme

IntegratedCircuit Design/Microelectronics

Dissertationfor 6 months

Cross-DisciplineModules

5 modules

No. ofAUs tograduate

41

No. ofCore

Coursesto

complete

8 courses(24 AUs)

No. ofElectiveCourses

tocomplete

4 courses(12 AUs)

EnglishModule

(Compulsory)

1 (5 AUs) Compulsory

Internshipfor 2

months

Min.NTU CGPArequired tograduate

2.5

Maximum

3 years

Type ofCourseworkProgramme

IntegratedCircuit Design/Microelectronics

Programme runs over 18 months (3 semesters)

Month 1 to 10

Core Courses

Elective Courses

Cross-DisciplineModules

Month 11 to 12

Internship

Month 13 to 18

Dissertation

Minimum

1.5 years

Candidature

Compulsory


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Degree/FH Diploma Applicants must have completed at least a Bachelors degree (Honours) or European/German FH Diploma

or its equivalent in areas of Science/Electrical/Electronics Engineering from a university with recognisedstanding with at least a Second Class Honours or equivalent

Relevant practical/working experience is an advantage TOEFL or equivalent is required for graduates from universities with non-English medium of instruction

Application Details

Application Period

Please check online via http://tum-asia.edu.sg


Integrated Circuit Design/Microelectronics

Class Commencement

August

Please submit your application via the following link:http://tum-asia.edu.sg/programmes/admission

Programme Fees

Please visit the following links for informationon the programme fees

http://tum-asia.edu.sg/programmes/graduate-studies/integrated-circuit-design/tuition-fees

http://tum-asia.edu.sg/programmes/graduate-studies/microelectronics/tuition-fees


Integrated Circuit Design

Microelectronics


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Scholarships

Three types of scholarship schemes are available for students with good academic results and moral character. They are:

(1) Industrial scholarships from our renowned partners and organisations that cover full or partial tuition fees and offer stipend.(2) GIST-TUM Asia scholarships that offer reduction in tuition fees ranging from 20% to 100%.(3) GIST-TUM Asia & DAAD scholarships which support students tuition fees and stipends for one semester.

Please refer to http://tum-asia.edu.sg/programmes/admission/scholarships

For details and application matters,please contact:

German Institute

of Science and Technology TUM Asia Pte. Ltd.10 Central Exchange Green#03-01, Pixel BuildingSingapore 138649

Tel: (65) 6777 7407

Fax: (65) 6777 7236Website: http://tum-asia.edu.sg/Email: [email protected]


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Research Programme

Candidates applying for graduate programmes by research may be admitted on afull-time or part-time basis. The Nanyang Technological University awards NTU Researchscholarships to candidates with outstanding academic records to enable them to pursuea Doctor of Philosophy (Ph.D.) programme on a full-time basis. The research scholarshipaward will cover a monthly stipend and the annual research fee. Financial top-ups(for selected industrial projects only) are also available to outstanding candidates.

Degrees By Research Doctor of Philosophyand Master of Engineering

12.

Degrees By Research

Division ofPower Engineering

Clean and Renewable Energy Systems Efcient Energy Conversion and

Utilisation Energy Storage Systems Intelligent Energy Distribution Power Systems and Power Electronics

Division ofCircuits and Systems

3D Packaging, System on Package andPrintable Electronics

Bio-inspired Integrated Circuits andSystems

Energy Harvesting and Green IntegratedCircuits and Systems

High Speed Signal IntegrityElectromagnetic Compatibility andReliability

Mm-wave and Terahertz CMOS IC

Division ofInformation Engineering

Advanced Sensing Digital Media Processing andApplications

Intelligent Computing and InformationSecurity

Signal Processing Theory and Systems Video Analytics

Division of

Communication Engineering Lightwave Communication and

Photonics Microwave Circuits, Radar, Antennas

and Propagation Modulation, Coding and Signal

Processing Secure Communication and Networks Wireless Networks, Positioning and RFID

Division ofMicroelectronics

Biomedical Devices

Biophotonics/Nanophotonics Compound Semiconductor Computational Nanoelectronics Display & Solid State Lightings MEMS and Smart Materials Silicon/Carbon/Oxide Nanoelectronics

Division ofControl and Instrumentation

Autonomous Robots and IntelligentSystems

Biomedical Imaging and SignalProcessing Control Systems Technologies Machine Vision and Computational

Intelligence Process Instrumentation

Students may pursue their research programme in one of the following divisions:

Doctor ofPhilosophyand Master ofEngineering

Investigating theeffects of subliminal

priming on the consumersperception of commercialadvertisements through

event-related brain

potentials and eyemovements

NeurophysiologicalStudy of

SubliminalPriming


15/20

Research Programme


13.

Engineering theFuture

All successful candidates are admitted as Research Students in the rst instance withthe students expected to be conrmed as Ph.D. candidates or Master candidates after

a conrmation exercise. That is, a candidate admitted as a Research Student pursuinghis Ph.D. is expected to be conrmed as a Ph.D. candidate. A candidate admitted as aResearch Student pursuing his M.Eng. will be conrmed as a M.Eng. candidate.A candidate with a Bachelors degree can be admitted as a Research Student pursuinghis Ph.D. in the rst instance with the student expected to be conrmed as aPh.D. candidate.

Under the M.Eng./Ph.D. programmes, candidates pursue an independent butsupervised research in an approved eld of advanced study based on which a thesismust be submitted. Candidates are also required to attend classes and pass theexaminations to meet the coursework requirements (such as Academic Units [AU]requirement and CGPA requirement). Candidates are required to earn at least 9 AUs(e.g. three 3 AUs courses) and 18 AUs (e.g. six 3 AU courses) in M.Eng. and Ph.D. studyrespectively. Full-time Ph.D. candidates are required to complete two additional courses,

namely (1) Graduate English and (2) University Teaching For Teaching Assistants on topof the 18 AU course requirements. All candidates are required to complete all coursesand undergo a Qualifying Examination cum Conrmation Exercise (QE) within the periodstipulated. Upon completion of the research, the candidate is required to submit a thesison research for examination. For the degree of Doctor of Philosophy, there is also an oralexamination on the subject matter of his thesis and other related subjects.

Programme Structure

Period of CandidatureThe minimum and maximum periods of candidature for Ph.D. and M.Eng. candidates are as follows:

Full-Time Part-time

Maximum

5 years

3 years

Minimum

2 years

1 year

Programmes

Ph.D.

M.Eng.

Minimum

2 years

1 year

Maximum

7 years

4 years

Reverberation Chamber for radiated immunity

test involving high power elds, radiated emission

and shielding effectiveness testing


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14. Research Programme



The applicant must have a Bachelors degree with minimum Second Class Honours, Upper Division, or its equivalent as well as theability to pursue research in his proposed eld of advanced study. A good Graduate Record Examination (GRE) score is required forinternational applicants. Applicants from India may use the Graduate Aptitude Test in Engineering (GATE) score in place of GRE; it mustbe a score of at least 90%. For applicants whose native language is not English, a good Test of English as a Foreign Language (TOEFL)score is required. TOEFL test dates must be within 2 years or less from the date of the application. International English LanguageTesting System (IELTS) score can also be used in place of TOEFL.

Admission is held in August or January of each year. Applicants applying for admission with NTU research scholarships are encouragedto apply online and submit hard copies to the Graduate Studies Ofce (refer to website shown below) by 31 January and 30 June forthe August and January intake respectively.

Please refer to the following websites for details:

(a) Administrative and application procedures for admission to the research programmes

http://admissions.ntu.edu.sg/graduate/R-Programs/Pages/default.aspx

(b) School of Electrical & Electronic Engineerings website for details on academic staff and their research areashttp://www.eee.ntu.edu.sg/ProspectiveStudents/MEngPhD/Pages/MEngPhD.aspx

(b) Programme Feeshttp://admissions.ntu.edu.sg/graduate/R-Programs/BeforeApplying-Research/Pages/Fees.aspx


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15. Research Programme

Degrees By Research - Doctor of Philosophyand Master of Engineering

Scholarships

There are various scholarship schemes available to candidates with outstanding academic records to enable them to pursue a Ph.D.programme on a full-time basis. Below lists some of these scholarship schemes.

Detailed information on scholarships is available athttp://admissions.ntu.edu.sg/graduate/scholarships/Pages/default.aspx

(1) Nanyang Presidents Graduate Scholarship (NPGS) The NPGS is a prestigious scholarship scheme designed to help outstanding graduates or nal year students embark on a leading

research career. Ideal candidates should have a First Class Honours degree or equivalent at Bachelors level. The scholarship coversthe full tuition fees with a monthly stipend of $3200.http://admissions.ntu.edu.sg/graduate/scholarships/Pages/NPGS.aspx

(2) NTU Research Scholarship A 4-year Ph.D. scholarship worth up to S$200,000, inclusive of tuition fees and monthly stipend ranging from $2000 to $3000.

http://admissions.ntu.edu.sg/graduate/scholarships/Pages/ResearchScholarship.aspx

(3) Nanyang Engineering Doctoral Scholarship (NEDS) http://coe.ntu.edu.sg/PROSPECTIVESTUDENTS/GRADUATE/SCHOLARSHIP/Pages/NEGS.aspx

(4) Singapore International Graduate Award (SINGA) http://www3.ntu.edu.sg/singa/details.html

(5) A*STAR Graduate Scholarship http://admissions.ntu.edu.sg/graduate/scholarships/Pages/ASTAR.aspx

(6) DSO Ph.D. Research Awardhttp://admissions.ntu.edu.sg/graduate/scholarships/Pages/DSOPhDResearchAwardScheme.aspx

(7) Singapore-MIT Alliance (SMA3) Graduate Fellowship at SMART http://admissions.ntu.edu.sg/graduate/scholarships/Pages/Singapore-MITAlliance(SMA)GraduateFellowship.aspx


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16. Testimonials

Aspiring High

Prof Ke Tang

Professor, University of Scienceand Technology of ChinaPh.D., 2007

I really enjoyed my life at NTU as aPh.D. student. The excellent supervisorsand modern facilities here provided mewith the best environment to carry outscientic research. More important, thebeautiful and quiet campus is a perfectplace to think deeply about issues thatare beyond research.

Dr Selin Teo Hwee Gee

Industry Development Manager,A*STAR Institute of Microelectronics (IME)Ph.D., 2008

I have had an excellent postgraduatestudy experience at NTU. The universityhas an excellent faculty; researchinfrastructure; international researchteams; stimulating technical eventscalendar; and also beautiful campusgrounds. I fondly recall the adrenalineof making tough experiments workto demonstrate our innovations; theexperience of representing Singapore in

the Worlds Young Lecturer Competitionin London; and also the simple pleasureof interacting with the brightest mindsin the world. Congratulations to NTUfor being the rst university in Asia toreceive the maximum ve stars underthe QS Stars evaluation system. I lookforward to NTUs further growth, fromstrength to strength.

Nachiappan SoundharamSupply Chain Executive,HCL Infosystems Pte LtdM.Sc. Student

I have always had dreams of pursuinga Masters Degree Programme and NTUhad been the perfect choice, giving mea good exposure to the next dimensionof learning. Life in campus is a constantexperience every day. Besides therobust education, the mix of culturesis amazing and making friends fromeverywhere in the world challengesus to learn from others and adaptourselves to the new world. We got to

learn more than what the textbookscould offer. With the enormous numberof opportunities owing in, we aredenitely looking forward to a brightand promising future.

Goh Chen Chuan

System Engineer,Ministry of Home AffairsM.Sc. Student

The programme has provided mewith a solid foundation in the area ofsignal processing and this knowledgeis invaluable in my work. From theprogramme I have acquired in-depththeoretical knowledge in a range ofspecialised elds from respectivelecturers, who undoubtedly are veryexperienced in their elds. Moreover,I have also acquired the practical

and research skills needed to solveproblems using different perspectivesand this is more effective and efcientthan the conventional approach.

Do Aaron Vinh ThanhSenior Analogue Design Engineer, MarvellPh.D., 2011

NTU has everything you need to geta rst-class education and enjoy

yourself at the same time! includingstate-of-the-art instrumentation forconducting experiments, access toall of the necessary literature andexcellent supervisors who know how toguide you to your own success.


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For administrative enquiries, please write to:

Graduate Programme Ofce

School of Electrical & Electronic Engineering

Nanyang Technological University

Block S1-B1b, 50 Nanyang Avenue, Singapore 639798Tel: (65) 6790 6437 / 6790 4322Fax: (65) 6794 3067E-mail: [email protected]

Website: http://www.eee.ntu.edu.sg/ProspectiveStudents/Pages/ProspectiveStudents.aspx

Embark on a journey exploring frontiers at the School of EEE.

Step into the forefront today, expand your network and widenyour opportunities to reach new heights.


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School of Electrical & Electronic EngineeringNanyang Technological University

Block S1, 50 Nanyang AvenueSingapore 639798Tel: (65) 6790 6437 / 6790 4322Fax : (65) 6794 3067Email: [email protected]: http://www.eee.ntu.edu.sg/Pages/Home.aspx

Reg. No. 200604393R

February 2012

Grad Program 2011

Documents

Transcript of Grad Program 2011