rmit university vietnam- mater of engineering brochure 2013 0

7/27/2019 Rmit University Vietnam- Mater of Engineering Brochure 2013 0

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www.rmit.edu.vn/MEng

2013Guide

Innovate Todayfor the World

of TomorrowMaster of Engineering(Electronic and Computer Engineering)


2/16

The application of technology across areas

as diverse as politics, economics, business,

education and sciences is ever expanding.

The evolving world in which we live and work

requires well-rounded specialists who have

advanced knowledge and skills well beyondtechnical or theoretical knowledge in the eld

of electronic and computer engineering. The

RMIT Vietnams Master of Engineering program

delivers a quantum leap in engineering education

in Vietnam. It has been carefully devised and

established to address current and future

market needs. Fundamental to the program is

the meeting point between theoretical and practical applications. The program

aims to build solutions-based approach to challenges, methodologies, and

applications that inspires leadership and innovation. It provides you with the

opportunities to achieve your aspirations and to be at the forefront of economic

and technological development in the region and beyond.

Innovatetodayfor the worldof tomorrow

RMIT University Vietnam/Master of Engineering www.rmit.edu.vn/MEng

The Master of Engineering (Electronic and Computer Engineering) program

produces postgraduate specialists who are effective in international

technological settings, have advanced technical capabilities and high level of

productivity. The program provides a balance of technological management

and is designed to facilitate professional communication skills, teamwork, and

research competency. It offers a truly international experience where ideas andbest technological practices are explored and extended while simultaneously

enhancing your employment opportunities. An enthusiastic and dedicated

team of highly qualied academics as well as laboratory facilities with top-class

industry software, hardware and tools ensure your learning experience will be

comprehensive and rewarding.

Our Master of Engineering (Electronic and Computer Engineering) program

provides an ideal environment for you to grow intellectually and professionally

and prepare to be a technological leader of the future.

Professor Serge Demidenko

Head of Centre of Technology

RMIT International University Vietnam


3/16

Foreseeing the increasing demand of the regions

engineering industry, RMIT Vietnams Master of Engineering

(Electronic and Computer Engineering) program provides

an exciting pathway for ambitious individuals who aspire

to master both high-grade technical expertise andcompetencies for leadership. The program combines

elements that are essential to a successful career as an

engineer, enabling you to absorb extensive knowledge and

skills in electronic and computer technologies. You will also

build effective oral and written communication skills as well

as enhance your teamwork ability.

The Master of Engineering program at RMIT Vietnam takes

the high-quality curriculum offered at RMIT Melbourne,

Australia and integrates specic elements from the industry

in Vietnam to create a well-rounded structure for engineering

students. The quality of your degree is assured through

accreditation by Engineers Australia. It is also qualied forinternational recognition through the Washington Accord.

As a graduate from this program, you wil l be well equipped

in your journey to become a leader in various engineering

sectors such as design, manufacturing, electronic

product supplies, computer systems, and semi-conductor

fabrication. Alternatively you could establish your own

business in the electronic and computer engineering

industry.

Your career path may also expand to the public sector such

as telecommunications, transportation, security, defence,

health, emergency services, and the environment.

As a part of RMITs educational fundamentals, you

are provided with a full range of learning facilitiesand materials in order to:

access and apply cutting-edge global

engineering technologies to extend your

engineering knowledge

interact with experienced academics with

high standards and credentials in Vietnam

and worldwide

access well-equipped laboratories to apply

and expand your practical skills and expertise

The Master of Engineering program also enhances

your competitiveness by:

connecting you with relevant employers who

can provide hands-on industrial experience

building your knowledge in effective project

research and management

developing complementary skills ranging

from teamwork and oral and written

communication skills to problem solving and

project planning

Program

MASTER OF ENGINEERING(ELECTRONIC AND COMPUTER ENGINEERING)

RMIT Code

MC 189

Location

SAIGON SOUTH

Duration

5 SEMESTERS

Mode

FULL-TIME



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Invigorateyour thinkingwith our experts

Professor Serge DemidenkoProfessor Demidenko joined RMIT International University Vietnam as Head of

Centre of Technology in 2010. Previously Professor of Electrical and Computer

System Engineering and Head of School of Engineering at Monash University

Sunway, and earlier Chair of Electronic Engineering and Associate Head of

the Institute of Information Sciences and Technology at Massey University,

New Zealand, Professor Demidenko has a long and distinguished professional

career. His areas of specialisation include electronic design and testing, digital

signal processing, instrumentation and measurement with application for the

automotive, aerospace, defence and computer manufacturing industries. He

has been on the academic and research staff of institutions of higher learning in

a number of countries including Belarus, the UK, Italy, Singapore, New Zealand,

Malaysia, and now Vietnam. He has supervised or participated in more than

30 funded research projects and programmes. Professor Demidenko has

enjoyed working in close collaboration with major industrial companies such

as Texas Instruments, Freescale Semiconductor, Flextronics, and Intel. He

has been the initiator of valuable international collaborations in research and

education with several companies and tertiary education providers across Asia

and Europe. His publication list includes three authored research monographs,

14 book chapters, more than 30 refereed journals and publications, over 100

refereed conference papers, 14 edited books and journal special issues and 25

engineering patents.

Professor Demidenko is a Fellow of the Institute of Electrical and Electronics

Engineers (IEEE), an IEEE Computer Society Golden Core Member, a Fellow

of the Institution of Technology and Engineering (IET) and a member of UK

Chartered Engineers. He has been a recipient of numerous national and regional

professional institution awards for his service and achievements.

An Associate Editor for six international peer-reviewed journals and a guest

editor for a number of special issues of reputable international journals

and proceedings. Professor Demidenko also devotes time and energy to

professional societies and professional registration and accreditation bodies,

having held leadership roles in the IEEE Instrumentation and Measurement

Society, Test Technology Technical Council of the IEEE Computer Society, and

the Institution of Engineering and Technology. He has also contributed to the

organisation of over 100 international conferences as a general and technical

program chair and committee member.

www.rmit.edu.vn/MEngRMIT University Vietnam/Master of Engineering


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Dr Dang Trong TrinhDr. Dang Trong Trinh holds a PhD in Microelectronics from Grenoble Institute of

Polytechnic (INPG) in France and a Master in Micro and Nano Electronics from

Joseph Fourier University. His focus spans from Image Processing, System

on Chip (SoC), and Network on Chip (NoC), to new technologies needed tofabricate chip, nano-electronics and nano-technology. Dr. Dang has been

involved in numerous high-quality scientic projects including design and

implementation of the NoC for SoC applications, interconnection AXI AMBA

bus and Avalon Memory Mapped bus, the MPEG 4 decoder, DDR3 SDRAM

controller core compatible with AXI/AHB bus, all digital Phase Lock Loop

PLL core, and hardware implementation of LSB algorithm for image-hidden

steganography. His academic prole consists of computer hardware and

networking, computer architecture and Instruction Architecture Set ISA, IC

Design and Fabrication, and Digital Signal Processing.

RMIT University Vietnam/Master of Engineering

Dr Giovanni Maria MerolaDr Giovanni Maria Merola received his BSc. (Double major) in Economics and

Statistics from the University of Rome (Italy) La Sapienza, a Master degree in

Mathematics and a Doctorate of Philosophy (PhD) (Statistics) from the University

of Waterloo, Canada. His graduate dissertations focused on the statistical

methods used in Statistical Quality Control and Improvement.Dr Merola taught Statistics and Statistical Quality Control at the Universitat

Politecnica de Catalunya and then moved on to work as a methodologist rst

for the Italian Statistical Ofce in Rome (Italy) and then for the Ofce for National

Statistics in London (UK). Subsequently he entered the private investment

sector where he worked for one of the largest hedge funds in London. He joined

RMIT Vietnam in 2010 as an Assistant Professor in the Centre of Commerce

and Management.

Dr Merola has an extensive publication record in different elds of research,

including Dimensionality Reduction methods, Statistical Privacy Control and

Teaching Mathematics in a transnational environment. He is currently teaching

Statistical Process Control and supervising capstone projects for the Master in

Engineering program.

Mr George NguyenMr George Nguyen is a Lecturer contributing to the Entrepreneurship and

Project Management courses within the Master of Engineering program and

a full-time lecturer for Bachelor of IT at the Centre of Technology of RMIT

University Vietnam. Mr George received his Bachelor of Applied Science in IT

from RMIT and an MBA from The University of Bolton (UK). He has also been

a sessional lecturer at Sunderland University, Bolton University and CSU within

both the undergraduate and postgraduate programs.

Before joining RMIT, he worked as a practitioner in the industry for seven

years in different industries including IT, FMCG, and education. He brings to

RMIT Vietnam experience gained from directing many ICT related projects. Histeaching scope includes mobile application development, desktop applications

programming, professional computing practice and ICT project management.


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Dr Anthony de Souza-DawDr Anthony de Souza-Daw is a Lecturer in Electronics and Computer

Engineering in the Centre of Technology at RMIT Vietnam. He holds a Bachelor

of Electronics Engineering and Computer Science, a Doctorate of Philosophy

(PhD) and a Postgraduate Certicate in Teaching and Learning. He hasworked in Australia, Vietnam, Nepal, Zambia, and Fiji in various capacities

including working as an academic at La Trobe University and Hanoi University

of Technology. He has been an engineer at NEC, Yallourn Energy, and Main

Visions. He has authored over 24 research publications and has been an

investigator of a number of national and international research projects in a wide

range of related engineering disciplines.


Mr Pham Chi ThanhMr Pham Chi Thanh holds a Master degree in Microelectronic Engineering

from RMIT Melbourne. During his study at RMIT Melbourne, Mr Pham initited

several projects in microelectronics including CMOS RF Transmission Circuit

Design, SRAM circuitry design, and other digital system designs using VHDL

and Verilog languages. He worked as a lab assistant for EDA Tools and Design

Methodologies course at RMIT University, Melbourne. He joined Spangaro

Systems in Melbourne, Australia in 2011 as a full time electronic engineer where

he took part in Gas Gauge Monitoring System for the Gas-Powered Vehicles

project.

Mr Pham joined RMIT Vietnam in 2011 as an Associate Lecturer within theMaster of Engineering program. His teaching scope includes Integrated Circuit

Design, EDA Tools and Microcomputer Systems Design.

Ms Chew Moi TinMs Moi Tin Chew received her BSc. (Honours) in Electrical and Electronic

Engineering from the University of East London and MSc. in Information

Engineering from the City University of London. She has over twenty ve years

of teaching and research experience in various institutions of higher learning

in Singapore, New Zealand, Malaysia and Vietnam. She joined RMIT Vietnamin 2010 as a Senior Lecturer and is currently Acting Head of Department

managing the Master of Engineering Program.

Her teaching scope includes microcomputer system design, circuit and system

simulation, digital and analogue electronics, logic design, CAD, electronic

measurements and electrical engineering. Her current research interests are in

the areas of embedded systems, identication technology and automated test

and measurement systems. She has successfully supervised more than 30 nal

year projects, some of which were industry based. Several of the supervised

projects were featured in the media, awarded and selected for national and

international exhibitions, seminars and conferences.

Ms Moi Tin Chew is also a Registered Chartered Engineer (UK), a member of

IET (UK), and a member of IEEE (US).


7/16


Mr Quach ManhJoining RMIT Melbourne in 1972, Mr. Quach Manh has been involved in

developing the academic and teaching quality in the eld of Engineering for

the University. He is also a member of the Institute of Electrical and Electronics

Engineers (IEEE) , with a research and consulting focus on satellite, mobile, and

radio communications.

Mr. Quach Manh holds a Master of Engineering Sciences in Electrical

Engineering from the University of New South Wales. Since 1978, he has

collaborated in consulting and training with various companies and institutions

in Australia. He participated in specialised training courses on satellite

communication, optical bre communications with the Australian Department

of Defence and Telstra, and on mobile and personal communications systems

with STT Telkom Indonesia. He also served on the consulting board of Price

Waterhouse on satellite and microwave technologies. In 1985 he worked on

the applications of VSAT (Very Small Aperture Terminal) technologies and

second generation AUSSAT (OPTUS) satellite planning for Aussat Pty Ltd (now

Optus). Before joining Optus, he was in the department of Automated Protocol

Verication of Telecom Australia (Telstra) Research Laboratories. ProfessorQuach Manh also had experience working for Philips in TMC, UHF mobile radio

equipment design techniques, and UHK mobile radio propagation prediction.

His publication portfolio includes several conference papers on communication

satellite technologies, mobile satellite technologies, and current and potential

space related activities for several international seminars. He co-authored

academic papers on technical and economic aspects of small digital earth

stations for the Transactions of the Institution of Engineers, Australia, and

a report on automated protocol verication for Telecom Australia Research

Laboratories.

Adjunct Professor John KneenProfessor Kneen has more than 42 years of teaching experience in the eld of

Engineering. During this time, Professor Kneen has been actively and deeply

involved in the industry by working for various reputable companies such as

Hewlett Packard, Semaphore Logic, and IODesign. He started his professional

career with Hewlett-Packard (Agilent) in Colorado Springs in the United States

where he was in charge of developing application notes to describe Logic

Analysers, and training materials for sales engineers. With his expertise, he

represented the companies as the experts at several distinguished conventions.

Professor Kneen holds a Master degree of Applied Science in Electrical

Engineering from University of Waterloo, Canada. Since his rst day ofteaching, Professor Kneen has applied his expertise to improving the quality

of engineering education at RMIT Melbourne as well as in Vietnam. He is

among the pioneering lecturers who have been responsible for upgrading the

equipment and the laboratories used for practical courses in engineering. He

brought Microprocessors and Microcontrollers courses into the curriculum so

as to enrich the program.

With his substantial contribution in both the academic eld and the industry,

Professor Kneen has gained a distinguished consulting record. He has

served on the Hardware Design Board for Microprocessor-based Network

Management Equipment of IODesign, general hardware design for monitoring

applications of Semaphore Logic, and toll computers and sensors of Westgate

Bridge Authority. He is author of the book Logic Analysers for Microprocessors,

and has written a number of papers, and Hewlett-Packard Application Notes.


8/16

Inspirechangesthrough actions

RMIT International University Vietnam provides an international learning environment completed with sophisticated

resource materials and interactive learning hubs.

All programs are taught in English. The dynamic teaching style is designed to encourage you to share ideas and

knowledge within a partnership-based structure, and fosters independent and progressive thinking. This mimics the

modern workplace and is fundamental to the skills and competencies that are needed for a successful engineer. The

cultural diversity of our academic environment reects the globalised workplace in Vietnam today and will give you the

condence to interact with people from different cultures or the ability to work in multi-national companies.

You will benet not only from the quality of our academic program, the innovative thinking of the staff and the

resources of the University, but also from building relationships with people like you future experts on their pathway

to building successful careers.

An International Learning Environment

RMIT Vietnam provides the resources and opportunities to assist your learning and well-being to ensure you achieve

your academic and professional goals through:

well-designed academic English programs

learning support in study skills, writing for academic

purposes, research and examination preparation

orientation and transition designed to enhance your

postgraduate learning

on-campus medical services including counselling

advice for your health and personal matters

career development and employment services

the RMIT tness centre

opportunities for study abroad in Melbourne,

Australia. Recipients of scholarship wil l be fully

sponsored for a semester abroad at RMIT

Melbourne, Australia.

Supporting Success



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The Master of Engineering (Electronic and Computer Engineering) program has broughtme many benets. It is the rst time that I have had the chance to study in an international

professional learning environment that enhances my skills in presentation and research.

In addition, I have always felt very comfortable and motivated at RMIT Vietnam thanks to

the high-standard technical equipment in the laboratories, as well as the modern sports

centre and the professional library. Moreover, as my future plan is to become a university

lecturer, the program has given me profound electrical and computer engineering

knowledge to become successful in my future career.

Tran Quang Long (Master of Engineering student 2012)There are many wonderful things about this master program, especially the laboratory.

Here we can experiment with real electronic boards, state-of-the-art equipment and

facilities. The practical experience is very valuable because we cannot nd that in any

books or materials. In addition to the expert knowledge in the eld of electronics and

computers, the program also equips us with important skills such as problem solving,

teamwork and critical analysis. All of the knowledge and skills acquired from this program

are essential to our work in the future.

Bui Thi Thanh Thanh (Master of Engineering student 2012)The Master of Engineering program is an important contributor to our workforce

development strategy. As our technologies get more complex, the Intel factory will need

engineers with greater technical knowledge and depth. The RMIT Master program

gives us access to international quality engineering education here in Vietnam. The

students in the program are among the brightest, and preordained to be the core

technical human resources, not just for Intel Vietnam but also for the high-tech industry

of Vietnam in general.

Rick Howarth (General Manager, Intel Vietnam)

Whatothers

haveto say



10/16

Internationalbest practice

provides newways of thinking

Your Commitment

We are dedicated to giving you the best opportunities to unleashyour potential and prove your competencies. Hence, assessment

is done throughout the year and involves a variety of methods:

Examinations: an individual form of assessment where you

can demonstrate your capability to explain principles and

solve problems.

Tutorials: weekly tutorial sessions designed to stimulate

in-depth conversations and enable you to explore different

solutions to posted problems.

Trade shows: participate in tri-annual or biannual exhibitions

to showcase your products. You will hold a Q&A session

with your potential customers who are industry experts fromreputable companies.

Reports: written lab and project reports to evaluate the

application of what you have learnt and discovered.

Oral presentations: designed to assess your ability

to deliver your ideas in public, clearly, and persuasively.

These events are often attended by industry and academic

representatives.

Lab tests: designed to develop practical understanding of

the materials, and your ability to answer laboratory questions

independently or in groups.

Research projects: individual or group work based on

investigating research directions and solutions through

planning stages.

What We Do and HowRMIT Vietnam is proud of its student-centred

teaching methodology that allows you to

explore and develop to your full potential. The

Master of Engineering programs teachingentails a well-balanced combination of:

engagement and interactivity through

lectures and analysis of industry-related

case studies

practical application in laboratories and

workshops

support through the online discussion

board and library resources

individual research and team design

projects

Work Integrated Learning method thatincludes an internship during your nal

semester designed to provide hands-on

industry application.

Program Model

The program, which spans over vesemesters, comprises 16 courses and an

internship. The last semester is dedicated

to a professional engineering internship

that is designed to prepare you to enter the

workplace with condence.



11/16

EEET2375

Project Preparation, Planning and Problem Solving

This course enables you to gain and apply basic research knowledge and skills to your research

project. Areas covered include: research project preparation; technical report writing; preparing acomprehensive literature review; research methodologies; problem solving skills; and academic and

professional integrity; ethics; and code of conduct for research.

EEET2374

Project Management and Entrepreneurship

This course provides you with the knowledge of engineering and innovation through guided learning

that involves collaboration, technology development and business processes. Areas covered include:

the concept of enterprise engineering; engineering teams in organisations; the process of innovation;

and product development from concept to reality.

EEET2357

Circuit and System Simulation

This course develops your skills in modelling and simulating electronic circuits and systems. Areascovered include: building system models; simulating complex circuits and system behaviours; solving a

variety of design problems; and improving current design from simulation results.

Program Structure

Course DescriptionThe Master of Engineering program provides a well-rounded curriculum that combines the most avant-garde

electronic and computer technologies with practical research projects.

Semester 1 2 3 54

EEET

2351

EEET

2365

EEET

2353

EEET

2366

EEET

2357

EEET

2352

EEET

2374

EEET

2375

EEET

1464

EEET

2355

EEET

2152

EEET

2373

EEET

2376

EEET

2354

EEET

2401

EEET

2363

EEET

2362

1



12/16

EEET2362

HDL and High Level Synthesis

This course introduces you to digital circuit design using Hardware Description Language (HDL)

on Field Programmable Gate Array (FPGA). Areas covered include: design methodology; hardware

modelling; and high-level synthesis. Topic material is supported by industry standard HDL tools for

design, synthesis, simulation, verication and implementation.

EEET2366

EDA Tools and Design Methodologies

This course covers the tool-ow applicable in the design and manufacture of both analogue and digital

Application Specic Integrated Circuits (ASIC). Areas covered include: ASIC and Full-Custom designmethodologies; design ows; and the usage of EDA tools in ows.

EEET2365

Microcomputer Systems Design

This course introduces you to the design and development of microprocessor based systems

with emphasis on embedded controllers. Areas covered include: control systems using IO ports;

programming interrupts in C language; communication using interface protocols such as CAN or USB;

and analysis and debugging techniques.

EEET2353

Professional Engineering Project Part B

This course introduces you to the principles and practice of engineering team research projects.

Under the guidance of an engineering mentor, you will complete a team engineering project within

two semesters. Acquired skills include: identifying and analysing engineering problems; project

management; problem solving;, and the ability to work efciently in teams.

EEET2363

Integrated Circuit (IC) Design

This course introduces you to the basic concepts and techniques used in modern Integrated Circuit

(IC) design, focusing specically on CMOS technology. Areas covered include: analogue and digital

IC design from concept to implementation on silicon; design methodology; behavioural and system

simulation; oor planning; place and route; and design for testing.

EEET2401

Electronic Testing, Instrumentation and Measurement

This course provides you with an introduction to the principles, techniques, equipment and

engineering practice of electronic testing as well as the underlying instrumentation and measurement

technology and tools. Areas covered include: testing in semiconductor manufacturing sector; test

technology to ensure quality and functionality of modern high complexity electronic systems; practical

instrumentation in industrial; and research settings.

EEET2376

Statistical Process Control and Quality Assurance

The course introduces you to the concepts of Statistical Process Control (SPC) and Quality Assurance

(QA). Areas covered include: On-line SPC (Control Charts), Process Capability Analysis, Off-line SPC

(Process optimisation through the analysis of experimental data), and acceptance sampling. A briefhistory of Quality Assurance lends perspective to modern methods.

2

3


EEET2352

Professional Engineering Project Part A

This course introduces you to the principles and practice of engineering team research projects.

Under the guidance of an engineering mentor, you will complete a team engineering project within

two semesters. Acquired skills include: identifying and analysing engineering problems; project

management; problem solving, and the ability to work efciently in teams.


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EEET2373

Embedded Systems: Operating Systems and Interfacing

This course introduces you to the basic concepts of embedded systems and operating systems. Areas

covered include: practical electronic implementation problems; embedded system design techniques;

implementation of the Linux-based Operating System for embedded systems; and the interface with

physical hardware from a Linux Operating System.

EEET2152

Semiconductor Physics and Materials

This course focuses on the physics of semiconductor devices and the principals of their operation.

Areas covered include: fundamental understanding of semiconductor materials; structure and

operation of Metal Oxide Semiconductor Field Effect Transistors (MOSFETS); scaling effects; and

optimisation techniques of transistor devices in the current semiconductor industry.

EEET1464

Sensors and Measurement Technologies

This course introduces you to the concepts of modern sensors and actuators. Areas covered include:

physical principles applied in sensors and actuators; sensor and transducer characteristics and

classications; and fundamental performance limitations which arise in devices employing different

physical principles.

EEET2355

Professional Engineering Advanced Project Part B

In this course you will continue your major individual design project and will practise professional levels

of documentation, customer liaison and reporting. The project will demand high levels of technical

competence and organisational skills and will provide you with practice in exercising enterprise skills.

Projects can be either industry-based or research-based and will be done within two semesters.

EEET2351

Professional Engineering Industrial Experience

In this course you will be exposed to professional engineering practice through a 12 week internship.

This structured learning opportunity provides you with insights into the various aspects of a practical

engineering organisation as well as management in the real-world industrial setting. It is designed to

prepare you for your entry into the profession and assist in the development of the attributes needed

for continuous learning in the eld of engineering.

4

5


EEET2354

Professional Engineering Advanced Project Part A

In this course you will commence a major individual design project and will practice professional levels

of documentation, customer liaison and reporting. The project will demand high levels of technical

competence and organisational skills and will provide you with practice in exercising enterprise skills.

Projects can be either industry-based or research-based and will be completed within two semesters.


14/16

Initiate

Your

FutureSuccess

Industry demandsthe bestReecting its strong link to

industry, RMIT Vietnam has

designed this program to respond

to current and emerging trends

in the eld of electronic and

computer engineering. The

essentials for pioneering engineers

of today do not simply stop at

specialised expertise. Rather RMIT

Vietnam recognises that you alsorequire effective communication

skills and teamwork capability to

optimise your technical knowledge

in the competitive engineering

industry.

Understanding that trend,

the RMIT Vietnams Master of

Engineering program offers a high

level of international technical

engineering knowledge, and

Work Integrated Learning (WIL)

to connect you with relevant

employers, as well as an

opportunity to study at RMIT

Melbourne at the beginning of your

second year.

InnovatewithcondenceRMIT Vietnam understands that

theory without practice will not

get you far. Hence we have builtfully-equipped laboratories for you

to practise and apply what you

learn in class. Individual or team

research projects will deepen

your understanding and nurture

your ability to innovate. Our Work

Integrated Learning program

(WIL) includes an internship with

relevant employers during your

fth semester to ensure you are

ready to succeed in the modern

workplace upon completion.Intellectualdiscoverythrough learningpartnershipsThroughout the course of your

study, you will be engaged in a

broad mix of learning activities

including lectures, teamwork

projects, oral and written

presentations, online discussions,

and laboratory research projects.We place strong emphasis on

team design projects to ensure

you develop the ability to optimise

teamwork advantages.

We assign each class a tutor

to assist you in capturing and

understanding the interdisciplinary

principles and concepts. Our

online interactive discussion

board will enhance your chance to

exchange ideas, as well as conrm

and expand your insights.

Internationaldegree withpremium industryrecognition

As a graduate with a Master ofEngineering from RMIT Vietnam

you will receive accreditation

from Engineers Australia and

qualications recognised globally

under the Washington Accord.

This will equip you with the

credentials needed to enter any

technology companies not only

in Vietnam but also around the

world.

InternationalopportunitiesDuring your study in RMIT

Vietnams Master of Engineering

program, you will be offered

an optional international

exchange semester at RMIT

Melbourne, Australia to expand

your experience and buildvaluable global networks and

contacts. If you are a recipient

of a scholarship, you will be fully

sponsored for this trip.

Visit our websitewww.rmit.edu.vn/postgraduate-scholarships

for more information about the

scholarship program.



15/16

Partnering with Intel and AusAid, RMIT Vietnam has offeredlimited scholarships for outstanding candidates who prove theiracademic and technical competency and potential. A separate

application process is required. For more information, pleasevisit our website www.rmit.edu.vn/postgraduate-scholarships or contact the Student Recruitment ofce.

SCHOLARSHIP OPPORTUNITIES

Entry RequirementsApplicants should have at least ONE of the following:

a recognised bachelor degree in electrical, electronic,

communication or computer engineering

evidence of successful completion of a

post-matriculation diploma program of at least three

consecutive years

a combination of academic qualications and work

experience equivalent to the above requirements

English RequirementsNon-native English applicants should have ONE of the following:

RMIT Vietnam English Advanced Level (Level 7)

TOEFL Paper-based 580+ (TWE 4.5+)

TOEFL Computer-based 233+ (TWE 4.5+)

TOEFL Internet-based 92+

(no band below 20)

IELTS 6.5+ (no band below 6.0)

Please note that RMIT English results are valid for one year after the test date, IELTS

and TOEFL are valid for two years afte r the test date.

Instigateyour journeywithRMIT Vietnam


Application Procedure

1English language studyundertaken and/or testresults submitted

2Applicationpackage submitted

3Applicationreviewed

4Candidateinterview

5OfcialLetter of Offer sent

6Conrmationby applicant

7Enrolmentpayment made

8Conrmationof payment

9 Orientation

10Coursecommences

Application Deadline

RMIT Vietnam operates with three semesters

per calendar year with two intakes per year in

February and October for the MEng program.

Late applicants can be considered subject to

places being available. Late fees will be applied.

Intake in Application deadline

February 2013 14 December 2012

October 2013 16 August 2013



16/16

RMIT International

University Vietnam

SAIGON SOUTH CAMPUS

702 Nguyen Van Linh Boulevard

Tan Phong Ward, District 7, Ho Chi Minh City

Tel: +84 8 3776 1369 1 800 5888 65 (toll free)

Fax: +84 8 3776 1399 Email: [email protected]

HANOI CAMPUS

Handi Resco Building

521 Kim Ma Street, Ba Dinh District, Hanoi

Tel: +84 4 3726 1460 1 800 5999 65 (toll free)

Fax: +84 4 3726 1469 Email: [email protected]

PROGRAM

Master of Engineering(Electronic and Computer Engineering)

CODE

MC 189

LOCATION

Saigon South

DURATION

5 Semesters

MODE

Full time

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