p.hd - broucher

ENGINEERING

Transforming Your World

Sydney

Canberra

AUSTRALIA

INTERNATIONAL POSTGRADUATE GUIDE 2011

coNTENTs 2011Welcome from the Vice-Chancellor 1Welcome from the Dean 1The University of New South Wales 2The Faculty of Engineering 4

COURSEWORK PROGRAMS Coursework Program Summary Table 6 Coursework Program Descriptions Master of Engineering Science 8 Master of Engineering Science (Extension) 8 Graduate Diploma of Engineering Science 9 Graduate Certificate of Engineering Science 10

Master of Engineering in Electrical Engineering 32 Master of Engineering in Telecommunications 32

Master of Biomedical Engineering 33 Master of Science in Food Science and Technology 34 Master of Science Extension in Food Science and Technology 35 Graduate Diploma in Food Technology 35

Master of Mining Engineering 36 Graduate Diploma in Mine Ventilation 37 Graduate Diploma in Mining Engineering 37

Master of Information Technology 38 Graduate Diploma of Information Technology 39 Graduate Certificate in Computing 39

RESEARCH PROGRAMS Research at UNSW 42 Research Degrees - Engineering 44

Graduate School of Biomedical Engineering 46 School of Chemical Sciences and Engineering 46 School of Civil and Environmental Engineering 47 School of Computer Science and Engineering 47 School of Electrical Engineering and Telecommunications 48 School of Mechanical and Manufacturing Engineering 49 School of Mining Engineering 49 School of Petroleum Engineering 50 School of Photovoltaic and Renewable Energy Engineering 50 School of Surveying and Spatial Information Systems 51

GENERAL INFORMATION The Campuses 52 Studying at UNSW 54 English Language Requirements 56 UNSW Institute of Languages 57 Visas, Spouses and Children 58 Healthcare in Australia 59 Student Life 61 Students Helping Students 62 Student Sport and Recreation 63 Daily Life 64 A Place to Live 66 Sydney 69 Tuition Fees and Other Study Costs 70 Fee Schedule 2009 for Graduate Programs 72 Scholarships 74 Where to Find Information 75 Representative Offices 76 Applying to Study at UNSW 78 Useful Websites 80

APPLICATION FORMS Coursework Programs back of book Research Programs back of book UNSW Institute of Languages back of book

contactUNSW INTERNATIONAL OFFICEThe University of New South WalesSYDNEY NSW 2052 AUSTRALIA

Tel: +61 2 9385 6996Fax: +61 2 9385 9907Email: [email protected]: www.international.unsw.edu.au

FACULTY OF ENGINEERINGThe University of New South WalesSYDNEY NSW 2052 AUSTRALIA

Tel: +61 2 9385 5000Fax: +61 2 9385 5456Email: [email protected]: www.eng.unsw.edu.au

other Relevant Reference Materials

The UNSW Online Handbook is a ‘one-stop-shop’ for prospective and current students seeking information about studying at UNSW. It contains detailed information about all the programs (degrees), plans (disciplinary streams) and courses (subjects) offered at the University.

www.handbook.unsw.edu.au

AUD $50 Application Fee for online applications

UNSW International Postgraduate Guide 2011 - Engineering

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emerging fields like solar cell development, environmental and coastal engineering, smart internet technology, quantum computing, spatial information, health informatics, biomechanics, fluid dynamics, macromolecular design and nanomaterials.

With 10 schools, 6 national research centres, 9 cooperative research centres and 9 university research centres, UNSW Faculty of Engineering offers an unparalleled range of specialised postgraduate coursework and research programs, as well as continuing education for engineers in the workforce. We acknowledge the increasing need for flexible delivery, so some of our programs are offered in distance education mode.

Along with theoretical and technical ability, we value problem-solving, teamwork, highly developed communication skills and all aspects of project management as essential. As part of the development of engineering professionals, the Faculty encourages students to take an active role in the dynamic and diverse campus life at UNSW.

I urge you to read this guide carefully and to investigate further the areas that most interest you. Use the contact details to obtain more information and visit the University and Faculty websites, as well as the UNSW Online Handbook at www.handbook.unsw.edu.au.

I look forward to you joining us here at the Faculty of Engineering at UNSW in the very near future.

PROFESSOR GRAHAM DAVIES Dean, Faculty of Engineering

welcomefrom the Deanfrom the vice-chancellor

It is with great pleasure that I invite you to consider the University of New South Wales (UNSW) as the institution of choice for your postgraduate study. UNSW is consistently ranked as one of Australia’s leading international universities, renowned for the quality of its graduates as well as its teaching excellence and innovative research.

We are a founding member of the prestigious Group of Eight research-intensive universities in Australia and attract outstanding scholars and students from around the world.

In choosing UNSW for your postgraduate studies you will discover a campus that provides you with a vibrant, progressive and enriching experience.

All our postgraduate programs are led and informed by staff who are leaders in research and have excellent links with commerce and industry, both nationally and internationally.

Our research strengths span a broad range of disciplines. UNSW is recognised internationally in fields including photovoltaics and renewable energies, quantum computing, photonics, materials engineering, HIV/AIDS and biomedical research, business, law, social policy and interactive cinema. We recently opened the Lowy Centre for Cancer Research, which is the largest integrated cancer research institute in the Southern Hemisphere.

UNSW is committed to environmental sustainability. Our Climate Change Research Centre – the largest centre of its kind – brings together more than 60 researchers from various disciplines.

At UNSW, we have a large and diverse international student population, representing some 135 countries. Our international students have featured as an essential part of university life for 60 years. Today, approximately one in every four UNSW students comes from overseas. Our 210,000-strong alumni – many now located throughout the world in prominent positions in the professions, commerce, government and academic life – remain loyal and active in maintaining their connections with UNSW.

The University is very committed to an international focus – we believe it is critically important to engage with the world through learning, teaching and research.

I invite you to explore our dynamic and innovative campus and to share in the excellent educational experience UNSW has to offer. I look forward to welcoming you to the UNSW community.

PROFESSOR FREDERICk G HILMER AOPresident and Vice-Chancellor

The Faculty of Engineering at UNSW is not only the largest in Australia but is also consistently ranked as Australia’s best. Recognition as the leading provider of engineering education and research in the Asia Pacific region underpins our worldwide reputation.

Multidisciplinary research and a global perspective are integral as we respond to the changing marketplace. We have a strong international presence in pure and applied research, in traditional areas such as telecommunications and structural engineering as well as


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the university of new south walesThe University of New South Wales (UNSW) is

a major force in Australian tertiary education and occupies a premier position in the Asia-

Pacific region as a dynamic source of innovative teaching and research. UNSW, Australia’s leading international university, works closely with industry, business and public research bodies nationally and internationally to ensure programs are relevant to

today’s fast-paced and ever-changing world.

facts and figures

UNSW was established by an Act of the Parliament of New South Wales in 1949. Teaching and research are core activities of UNSW and, should you decide to study for your degree with us, you will be joining a university which is:

■ committed to providing excellent service and facilities for international students

■ ranked 47th in the world in the 2009 Times Higher Education – QS World University Rankings

■ recognised as the top university in Australia for teaching and learning in the 2009 Australian Federal Government’s Learning and Teaching Performance Fund

■ a member of the prestigious Group of Eight (Go8) leading teaching and research universities in Australia

■ a member of Universitas 21, a consortium of the world’s leading research universities from Asia, Europe and North America and consistently ranked in the top 50 universities in the world

■ a major recipient of competitive research grants from industry and government bodies such as the Australian Research Council

■ ranked in the top band of Australian universities by the Australian Government’s Committee for Quality Assurance in Higher Education

■ continually striving to cultivate global alliances to enhance the quality of the educational experience for students and staff

■ proud to contribute to Australia and the Asia-Pacific region through research and scholarship

■ determined to strengthen UNSW’s position as a leading international university with world-renowned academics and world-class facilities

Our international students come from more than 135 countries and we welcome their contribution to academic and social life at UNSW. Come and join the vibrant intellectual research and cultural hub of UNSW.

STUDENT ENROLMENTS (2009) 46,302

INTERNATIONAL STUDENTS (2009) 11,657

STAFF (2007 FULL-TIME EQUIVALENT) 5,692

TOTAL DEGREES AWARDED (1949 - 2008) 232,021

ALUMNI Over 210,000

FACULTIESArts and Social SciencesAustralian School of BusinessBuilt EnvironmentCollege of Fine ArtsEngineeringLawMedicineScienceUNSW@ADFA (Australian Defence Force Academy)

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SCHOOLS 56

RESEARCH CENTRES 89

PRINCIPAL TEACHING HOSPITALS 4

INSTITUTES 11

UNDERGRADUATE PROGRAMS 325

POSTGRADUATE PROGRAMS 656

INTERNATIONAL STUDENTS AT UNSW

NORTH ASIA 5,496

SOUTH EAST ASIA 3,061

AMERICAS 801

EUROPE 709

AFRICA 105

SUB-CONTINENT/MIDDLE EAST 1,133

PACIFIC 100

OTHER 252

TOTAL 11,657


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why students select unswThe University’s founding motto of ‘Scientia Manu et Mente’ (knowledge by Hand and Mind) is at the core of today’s dynamic and contemporary institution. UNSW’s drive for innovation and excellence remains the cornerstone of its world-class ranking and reputation.

UNSW aims to attract the best students and provide national and international opportunities for graduates as global citizens of high standard. In today’s professional environment, all graduates benefit from a global outlook. A degree from UNSW is recognised worldwide and, through one of Australia’s largest international exchange programs, we offer opportunities for study in Asia, North America, Latin America and Europe.

Many UNSW graduates have become leaders in government, business, research and industry and our graduates enjoy the highest median starting salaries in Australia*. *Australian Graduate Survey 2006

Students who select UNSW are seeking:

■ top starting salaries

■ fast-track career advancement

■ a passport to the best jobs in Australia and internationally

■ an international study environment

■ connections to a vast and influential global alumni network

■ a blend of applied and theoretical teaching

■ to study in some of the top-ranked faculties in Australia

■ an education alongside other highly-motivated students

■ lectures provided by some of the leading academics in their field in Australia and also internationally

■ an enriching student and cultural experience.

alumni UNSW Graduates are an integral and vital part of our community and the UNSW Alumni Relations Office, together with the Alumni Association, provide a range of services and opportunities for you to remain connected with the University.

There are over 210,000 alumni living in Australia and 140 other countries around the world providing an outstanding global network.

As an alumnus of UNSW we trust that your relationship with the University continues in a variety of ways, enhancing your personal and professional network, and keeping you informed of developments at the University.

In Australia alumni enjoy special lectures on campus as well as reunions, social and professional events.

There are Chapters in China, Hong kong, Malaysia, Singapore and networks in Thailand, the United kingdom, the United States and Indonesia offering alumni the opportunity to meet other alumni wherever you may be.

UNSW alumni also have access to online communities through Facebook, LinkedIn and our own Alumni Online Community which caters more specifically to the global alumni network. The UNSW online community site provides access to an online directory, job board, discussion groups and profile pages.

Staying connected with UNSW is also a great way to ensure you receive the alumni magazine, UNSWorld, which is published twice a year and is available as an e-magazine.

All alumni are also eligible to receive a lifelong alumni email address and activate a zmail account upon graduation and it is a great way to receive updates, invitations and publications wherever you may be.

For more information on alumni activities and services visit:

www.alumni.unsw.edu.au


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faculty of enGineerinGThe Faculty of Engineering was the founding faculty of UNSW in 1949 and is the major centre for engineering studies and research in Australia with the widest choice of engineering disciplines and internationally renowned research programs.

In the Times Education - QS World University Rankings, the Faculty of Engineering was ranked the number one Engineering School in Australia in 2008 and number two Engineering School in Australia in 2009.

The Faculty of Engineering at UNSW is:

■ The largest Engineering faculty in Australia in terms of staff, operating budget, international student numbers, diversity of teaching programs and external grants

■ Extensively and closely linked with key industrial, commercial and professional organisations

■ Recognised worldwide for our outstanding theoretical and applied research performance across a broad range of engineering disciplines

■ Equipped with extensive, well-resourced research laboratories and computing facilities on the main UNSW kensington campus. Sub-campuses at Manly Vale and Randwick house specialised laboratories for water engineering and heavy structures research

■ A pioneer in engineering education with an emphasis on design and problem solving and a contemporary research-led curriculum, our postgraduate coursework programs offer career development opportunities for professional engineers, while research students have a comprehensive induction program and can access a career development program.

faculty highlightsThe Faculty of Engineering is an exciting place to study, with a few recent highlights.

■ New energy technologies building – Work has begun at UNSW on a landmark new energy research centre, the Tyree Energy Technologies Building (TETB). The $125m TETB will bring together under one roof the University’s internationally recognised research and teaching in key energy areas including photovoltaics, carbon capture and storage, oil and gas reserves, nanomaterials, energy policy and market analysis.

■ New design education space - Design is intrinsic to engineers, and solutions to today’s problems lie with multidisciplinary design teams. These were the themes at the official opening of Design@Eng, the Faculty of Engineering’s new design space. Design@Eng contains a flexible learning studio, CAD/CAE and digital design research laboratory, informal student learning space and conference facilities, and has been purpose built for final year design education, which involves collaboration with Australian industry at the nexus between research and teaching.

■ New nanotechnology fabrication - Australia’s place in the international nanotechnology market has been strengthened with the opening of a A$10m, state-of-the-art nanofabrication facility at UNSW. Improved cancer treatments, new solar power and communications technologies, and a next-generation bionic eye are among the projects enabled by equipment in the NSW Node of the Australian National Fabrication Facility (ANFF). Operating within state-of-the-art cleanrooms, the NSW Node of ANFF provides advanced nanofabrication tools, training and specialist advice to industrial, academic and government researchers working in nanotechnology-related fields. Nano-scale devices, which can measure just a few millionths of a millimetre, have applications in areas ranging from computer chips to pharmaceuticals to building materials.

■ Funding for bionic eye research - A bionic eye capable of restoring vision to the blind is a step closer to reality after the Australian federal government awarded A$42 million in funding to a consortium, the Bionic Vision Australia (BVA) including leading researchers from UNSW. Researchers at UNSW have been working on the development of a bionic eye for 10 years. The BVA consortium brings together Australia’ leading scientists and biomedical engineers to advance this vitally important project. The bionic eye under development uses a video camera fixed to a patient’s glasses to capture images which are translated into electrical impulses that stimulate electrodes inserted into the retina. The impulses stimulate the same area of the retina usually activated by visual cues, and over time the patient learns to interpret these nerve signals as useful vision.

■ Code breakthrough delivers safer computing - Computer researchers at UNSW and NICTA have achieved a breakthrough in software which will deliver significant increases in security and reliability. Professor Gernot Heiser, of the School of Computer Science and Engineering and a senior principal researcher with NICTA, said for the first time a team had been able to prove with mathematical rigour that an operating-system kernel - the code at the heart of any computer or microprocessor - was 100 per cent bug-free and therefore immune to crashes and failures. The breakthrough has major implications for improving the reliability of critical systems such as medical machinery, military systems and aircraft, where failure due to a software error could have disastrous results.

■ Sunswift shines - UNSW’s solar racing team celebrated its victory in the 2009 Global Green Challenge from Darwin to Adelaide. Sunswift IV was the first Australian car to cross the finish line. This was the debut race for Sunswift IV, nicknamed IVy, a three-wheeled, hand-built carbon fibre solar vehicle. The car cruises at 90km/h and can reach a top speed of 115km/h using just 1,300 watts, the same amount of power it takes to toast two slices of bread. Team Leader Clara Mazzone, who is studying Renewable Energy Engineering, said the Sunswift team had put in an extraordinary effort to prepare the new car and raise the $280,000 needed to fund the project and race campaign.In the overall results, the team was fifth on the road and fourth in their class. The 3000km endurance test for eco-friendly vehicles draws competitors from around the world, including big-budget solar racing teams from the United States and the Netherlands. Sunswift IV was the only student-run team from Australia to contest the race.

■ High honour for solar leader - Professor Martin Green won the 2009 ENI Renewable and Non-Conventional Energy Award for his research on increasing solar cell efficiency which now stands at 25 per cent, a world record. The annual ENI Award, officially launched in July 2007, aims to encourage better use of energy sources and promote environmental research. Professor Green is currently working on the development of third-generation solar cell technology which will make solar cells cheaper and help manufacturers respond to a growing demand for clean energy worldwide.

■ Outstanding chemical engineer - Professor Neil Foster was awarded the 2009 R.k. Murphy Medal, the most prestigious award given by the Industrial Chemistry Division of the Royal Australian Chemical Institute in recognition of outstanding achievement. Professor Foster, of the School of Chemical Sciences and Engineering, is a leading international researcher in the frontier technologies of gas expanded liquids and supercritical fluids (SCFs) and has made breakthrough contributions in the area of SCF-assisted materials for pharmaceutical applications.


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■ Top emerging young leader - Nicole kuepper, lecturer and PhD candidate in the School of Photovoltaic and Renewable Energy Engineering, has been named as one of Australia’s top 100 leaders by The Australian newspaper. Nicole was included in the list of young and emerging leaders set to make a substantial contribution to Australia’s future for her research into the production of cheap, low-tech solar cells which can deliver electricity in developing countries. The 24-year-old won two Australian Museum Eureka Prizes in 2009 – the Young Leaders in Environmental Issues and Climate Change prize and the People’s Choice Award.

schoolsThe Faculty is arranged into 10 schools:

GRADUATE SCHOOL OF BIOMEDICAL ENGINEERINGBiomedical engineering is the application of the physical sciences and engineering techniques to problem solving in medicine and health care delivery. The growing complexity of medical technology has increased the demand for appropriately trained professionals who can bridge the gap between clinical medicine and applied medical technology. The School offers two Master programs and a Graduate Diploma program with a broad range of courses available to choose from.

SCHOOL OF CHEMICAL SCIENCES AND ENGINEERING Chemical Engineering bridges the study of the chemical and physical sciences with engineering. It involves the operation and optimisation of chemical processes and creates the devices and industrial plants related to chemical, biological, and environmental processes. The School offers degree programs in chemical engineering, industrial chemistry and food science and technology.

SCHOOL OF CIVIL AND ENVIRONMENTAL ENGINEERINGThe School undertakes teaching and research in the specialist disciplines of engineering construction and management, geotechnical engineering, structural engineering, transport engineering, water engineering and environmental engineering.

SCHOOL OF COMPUTER SCIENCE AND ENGINEERINGRenowned for the quality and intensity of its educational experience, the School of Computer Science and Engineering has a strong research commitment, with research focused in the areas of artificial intelligence, computer architecture, computer systems, databases, networks, and software engineering.

SCHOOL OF ELECTRICAL ENGINEERING AND TELECOMMUNICATIONSThe School comprises several discipline areas indicating shared research interests and teaching commitments: telecommunications, photonics, energy systems, microelectronics, systems and control. Degree programs are offered in electrical engineering and telecommunications engineering.

SCHOOL OF MECHANICAL AND MANUFACTURING ENGINEERINGThe School offers degree programs in aerospace engineering, mechanical engineering, manufacturing engineering and management, mechatronic engineering and naval architecture. A vital part of the School’s activities can be seen in its vigorous and diverse research programs. Research activities range from individual PhD projects to large multidisciplinary research projects, complemented by the activities of the Cooperative Research Centre for Advanced Composite Structures. This research is supported by well-equipped laboratories and technical staff.

SCHOOL OF MINING ENGINEERINGThe School of Mining Engineering has established itself as the leading school in Australia in the areas of mine geomechanics, underground mine environment, sustainable mining practices and innovative education and training. Postgraduate development courses for industry personnel in the areas of mine safety and mine management have been developed as a consequence of close interaction with the industry. In addition the school conducts internationally recognised research programs of immediate relevance to the mining industry both in Australia and internationally.

SCHOOL OF PETROLEUM ENGINEERINGThe School of Petroleum Engineering is recognised as one of the leading teaching and research institutions in Australia and the South-East Asia region. It is concerned with recovering oil and gas from the earth to satisfy the world’s energy needs. This involves activities such as exploration, drilling, production, processing and transport. Petroleum engineering also involves economic evaluation, oil and gas law, finance and accounting, environmental assessments and safety issues.

SCHOOL OF PHOTOVOLTAIC AND RENEWABLE ENERGY ENGINEERINGThe School’s educational programs have arisen due to rapid growth and evolution in the photovoltaic industry in recent years, with considerable demand by industry for UNSW developed technologies and appropriately trained engineers across the entire photovoltaic and renewable energy sectors.

SCHOOL OF SURVEYING AND SPATIAL INFORMATION SYSTEMSThe School offers degree programs in surveying and spatial information systems and a specialist program in spatial information. An education in surveying deals with topics such as geopositioning, geodesy, mapping, survey measurement technologies and computations, as applied to applications such as engineering and cadastral surveying, and land management and development in general.

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coursework ProGram summary table

■ Application deadlines are 31 October for Semester 1 (March) and 30 April for Semester 2 (July), subject to available places. Late applications may be considered.

■ Not all courses are available in every academic semester.

■ Distance learning programs and courses are not available for funding under the United States Department of Education Federal Student Aid Programs.

■ Some courses in the Biomedical program offered by the Faculty of Medicine commence in the weeks prior to each academic semester. Please check with the School before making your travel arrangements.

■ The entry requirements provided in the coursework program summary table below are a guide only and may be higher than those indicated. In all cases admission will be determined upon the receipt of an application. Cut-off scores may be increased should demand exceed the availability of places in a program. The University reserves the right to vary entry requirements to those published without further notice.

ö The estimated annual tuition fees are calculated based on a program-prescribed full-time study load in 2010. To calculate the estimated tuition fee for a whole program which may spread over more than one academic year, please refer to the Fee Bands in the Fee Schedule (pages 72-77).

PROGRAMTOTAL CREDITS (UOC)

COMPONENTS

ARTICULATIONPROFESSIONAL DEVELOPMENT (UOC)

SPECIALISATION (UOC)

ENGINEERING AND TECHNICAL MANAGEMENT (UOC)

PROJECT (UOC)

OTHER SPECIALISATION (UOC)

Graduate Certificate 48 # 24 ≥12 6-12 0 ≤6 100%

Graduate Diploma 60 # 24 ≥18 6-18 0 ≤12 100%

Master 72 # 24 ≥24 12-24 0-12 ≤12 100%

Master Extension 96 # 24 ≥24 12-24 12-24 ≤24

# Students with appropriate qualifications will be granted up to 24 UOC of advanced standing in the Professional Development courses component of the program which may result in reduced program duration.

* Students studying the Master of Information Technology are required to take a minimum of 6 UOC of Engineering and Technical Management courses.

The Faculty’s postgraduate programs have been developed to provide a structured sequence of advanced education pathways for career development and enhancement, opportunities for cross-training and re-training as well as to provide highly specialised advanced programs.

The Engineering Science program is a core offering of the Faculty of Engineering, with specialisations across the 10 Schools of the Faculty. The Faculty also offers programs in Biomedical Engineering, Information Technology, Mining Engineering, and Food Science and Technology.

Program Structure of UNSW Engineering Science programsPrograms are offered at four different levels of qualification: Master (M), Master Extension (MExt), Graduate Diploma (GradDip) and Graduate Certificate (GradCert). These differ mainly in terms of teaching load and entry requirements.

Each program requires completion of the total units of credit (UOC). The minimum UOC of specialisation and Engineering and Technical Management courses are shown in the table below. Each program allows a limited number of UOC of courses from other specialisations offered by the same School as the specialisation in which students are enrolled.

On approval of the specialisation authority, up to 12 UOC of a project may be undertaken in the Master program. Students enrolled in the Master Extension program must complete project work of between 12 and 24 UOC.

PROGRAM TITLE (CODE) PAGE REF

ENTRY REQUIREMENTS PROGRAM DURATION (FULL TIME)/ TOTAL UNITS OF CREDIT (UOC)

POSSIBLE ExEMPTIONS #

ESTIMATED ANNUAL TUITION FEE FOR 2010 ($A) ö

SEMESTER START

MASTER PROGRAMS

Master of Engineering Science(MEngSc) 8538

8 A recognised four-year Bachelor degree in an appropriate area of engineering with Honours 2/2 or equivalent or an average of 65% in performance over the final two years.

1.5 years 72 UOC

Up to 4 courses (24 UOC) #

$27,600 S1 and S2

Master of Engineering (ME) 8621ELECAS 8621 - Electrical Engineering Plan TELEAS 8621- Telecommunications Plan

32 A recognised four-year Bachelor of Engineering degree in electrical engineering or telecommunications, with a minimum overall average of 65% or equivalent. Students who hold a recognised Bachelor of Engineering in another discipline or a Bachelor of Science may also be admitted into the program but the program duration is longer. Please refer to page 32 for more information.

2 years96 UOC

None $27,600 S1 and S2

Master of Biomedical Engineering (MBiomedE) 8660

33 A recognised four-year Bachelor degree with an average of 65% in performance over the final two years, and with a background of study in either medical/biological science or engineering/physical science.

1.5 years 72 UOC


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PROGRAM TITLE (CODE) PAGE REF

ENTRY REQUIREMENTS PROGRAM DURATION (FULL TIME)/ TOTAL UNITS OF CREDIT (UOC)

POSSIBLE ExEMPTIONS #

ESTIMATED ANNUAL TUITION FEE FOR 2010 ($A) ö

SEMESTER START

Master of Mining Engineering (MMin) 8058

36 A recognised four-year Bachelor degree with an average of 65% in performance over the final two years.

1 year 48 UOC


Master of Information Technology (MIT) 8543

38 A recognised four-year Bachelor degree in engineering or science; or a three-year Bachelor degree in computer science or engineering; or a discipline that includes mathematics up to at least year two level, with a high credit average over the final two years; or completion of the Graduate Diploma of Information Technology.

2 years 96 UOC

Up to 8 courses (48 UOC)

$27,600 S1 and S2

Master of Science in Food Science and Technology(MSc) 8033

34 A recognised four-year Bachelor degree, Honours degree or equivalent (e.g. three-year degree plus sufficient relevant industry experience) involving some basic studies in chemistry, microbiology and biochemistry.

1.5 years 72 UOC

Up to 4 courses (24 UOC)#

$27,600 S1 and S2

MASTER EXTENSION PROGRAMS

Master of Engineering Science (Extension)(MEngSc Ext) 8539

8 A recognised four-year Bachelor degree in an appropriate area of engineering with Honours 1 or equivalent or an average of 75% in performance over the final two years.

2 years 96 UOC


$27,600 S1 and S2

Master of Science (Extension) in Food Science and Technology(MSc Ext) 8034

35 A recognised four-year Bachelor degree, Honours 11/2 degree or equivalent (e.g. three-year degree plus sufficient relevant industry experience) involving some basic studies in chemistry, microbiology and biochemistry with a minimum average of 75% over the final two years.

2 years 96 UOC


GRADUATE DIPLOMA PROGRAMS

Graduate Diploma of Engineering Science (GradDipEngSc) 5338

9 A recognised four-year Bachelor degree in engineering or science with Honours 2/2 or equivalent or an average of 65% in performance over the final two years. Graduates from a three-year Bachelor degree or those with industrial experience will also be considered.

1.5 years 60 UOC


$27,600 S1 and S2

Graduate Diploma in Biomedical Engineering (GradDipBiomedE) 5445

33 A recognised three-year Bachelor degree or equivalent in an appropriate discipline.

1 year 36 UOC


Graduate Diploma in Food Technology(GradDip) 5020

35 A recognised three-year Bachelor degree or equivalent, involving some basic studies in chemistry, microbiology and biochemistry.

1.5 years 60 UOC


$27,600 S1 and S2

Graduate Diploma in Mine Ventilation (GradDip) 5045

37 A recognised three-year Bachelor degree in a related discipline with an average of 65% in performance over the final two years.

1 year 36 UOC


Graduate Diploma in Mining Engineering(GradDip) 5040

37 A recognised three-year Bachelor degree in a related discipline with an average of 65% in performance over the final two years.

1 year 36 UOC


Graduate Diploma of Information Technology (GradDipIT) 5543

39 A recognised three-year Bachelor degree in engineering or science or a discipline that included mathematics up to at least year two level, with a high credit average; or completion of the Graduate Certificate in Computing.

1.5 years 72 UOC


GRADUATE CERTIFICATE PROGRAMS

Graduate Certificate of Engineering Science(GradCertEngSc) 7338

10 A recognised three-year Bachelor degree in engineering or science with an average of 65% in performance over the final two years. Graduates from a recognised four-year science or engineering Bachelor degree who do not meet the entry requirements for the Master of Engineering Science will also be considered.

1 year 48 UOC


$27,600 S1 and S2

Graduate Certificate in Computing(GradCert) 7543

39 A recognised three-year Bachelor degree in engineering or science or a minimum of five years’ work experience in an appropriate area of engineering or science.

6 months 24 UOC


Graduate Certificate in Food Technology(GradCert) 7310

35 A recognised three-year Bachelor degree or equivalent or a minimum of five years work experience in an appropriate area of science.

1 year 48 UOC


$27,600 S1 and S2

OTHER PROGRAMS

Non-Award Postgraduate International Placement Program (UNSW-PIPP) 6910

55 Completion of three years full-time study or equivalent, or completion of a recognised Bachelor degree or equivalent with a minimum average of 65%

1 or 2 semesters 24 UOC

None $13,800 per semester

S1 and S2

# The program durations listed above include Professional Development courses. Students with appropriate qualifications may be exempted from enrolling in Professional Development courses. Accordingly, the duration of their program may be reduced.

ö When all courses are undertaken in Engineering/IT, otherwise you must refer to the Fee Schedule for calculation of the fee payable.


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enGineerinG scienceMaster of Engineering Science Program Code: 8538

Commencement: Semester 1 (March) or Semester 2 (July)

Program Duration: 1.5 years

Program DescriptionThis is a career development and enhancement program for graduate engineers with opportunities for cross training, re-training and an advanced level technical specialisation.

Entry RequirementsA recognised four-year Bachelor degree in an appropriate area of engineering with Honours 2/2 or equivalent or an average of 65% in performance over the final two years.

Program Structure The program comprises 12 courses totalling 72 units of credit (UOC) in three key areas: UOCEngineering Management Courses (2-4 courses) 12 to 24Professional Development Courses (4 courses) 24Specialisation Electives (4-6 courses) 24 to 36

Notes:

1. Students who have a four-year Bachelor of Engineering degree in an appropriate discipline with at least a credit average over the final two years may be exempted from all the Professional Development courses. In this instance, the requirement for the award of the Master of Engineering Science is 48 UOC.

2. On approval by the specialisation authority, up to 12 UOC of a project thesis may be undertaken in the Master program. To be eligible students would be expected to achieve a credit average in other completed courses.

3. On approval by the specialisation authority, students may be permitted to substitute up to 12 UOC of specialisation courses not on the approved list of courses.

4 Students may articulate will full credit into the appropriate Master of Engineering Science Extension program on completion of the Master of Engineering Science provided they achieve a credit average (65%).

Specialisations Available ■ Biomedical Engineering

■ Chemical Process Engineering

■ Civil Engineering

■ Energy Systems

■ Engineering and Technical Management

■ Environmental Engineering

■ Food Process Engineering

■ Geoinformation Technology

■ Geotechnical Engineering and Engineering Geology

■ Groundwater Resources

■ Information Technology

■ Manufacturing Engineering and Management

■ Mechanical Engineering

■ Microelectronics and Microsystems

■ Petroleum Engineering

■ Photovoltaics and Solar Energy

■ Project Management

■ Signal Processing

■ Structural Engineering

■ Systems and Control

■ Telecommunications

■ Water Resources

■ Water, Wastewater and Waste Engineering

Master of Engineering Science ExtensionProgram Code: 8539


Program Duration: 2 years

Program DescriptionThis is a career development and enhancement program for graduate engineers with opportunities for cross training, re-training, an advanced level technical specialisation and extensive research training.

Entry RequirementsA recognised four-year Bachelor degree in an appropriate area of engineering with Honours 1 or equivalent or an average of 75% in performance over the final two years.


www.eng.unsw.edu.au

Program StructureThe Master of Engineering Science Extension program comprises 16 courses totalling 96 units of credit (UOC) in three key areas: UOCEngineering Management Courses (2-4 courses) 12 to 24Professional Development Courses (4 courses) 24Specialisation Electives (8-10 courses) 48 to 60

Notes:1. Students who have a four-year Bachelor of Engineering degree in an

appropriate discipline with at least a credit average over the final two years may be exempted from all the Professional Development courses. In this instance, the requirement for the award of the Master of Engineering Science Extension degree is 72 UOC.

2. Students enrolled in this program must complete project/thesis work of between 12 and 24 UOC.

3. On approval by the specialisation authority, students may be permitted to substitute up to 12 UOC of specialisation courses not on the approved list of courses.

Specialisations Available ■ Chemical Process Engineering


■ Energy Systems

■ Engineering and Technology Management

















■ Water Resources


Graduate Diploma of Engineering ScienceProgram Code: 5338



Program DescriptionThe Graduate Diploma of Engineering Science is a program for graduate engineers who wish to undertake a re-training program or for those who wish to undertake a shorter program of specialised study. It is also suitable for graduate engineers who do not meet the entry requirements for the Master of Engineering Science.

Entry RequirementsA recognised four-year Bachelor degree in engineering or science with Honours 2/2 or equivalent or an average of 65% in performance over the final two years.

Program StructureThe Graduate Diploma of Engineering Science comprises 10 courses totalling 60 units of credit (UOC) in three key areas: UOCEngineering Management Courses (1-3 courses) 6 to 18Professional Development Courses (4 courses) 24Specialisation Electives (3-5 courses) 18 to 30

Notes:

1. Students who have a four-year Bachelor of Engineering degree in an appropriate discipline with at least a credit average over the final two years may be exempted from all Professional Development courses. In this instance the requirement for the award of the Graduate Diploma is 36 UOC.

2. Students may articulate with full credit into the appropriate Master of Engineering Science program on completion of the Graduate Diploma provided they achieve a credit average (65%).



■ Energy Systems














www.eng.unsw.edu.au






■ Water Resources


Graduate Certificate of Engineering Science Program Code: 7338


Program Duration: 1 year

Program DescriptionThe Graduate Certificate of Engineering Science is a program for graduate engineers who wish to undertake a re-training program or who have significant professional experience but limited formal qualifications.

Entry RequirementsA recognised three-year Bachelor degree in engineering or science with an average of 65% in performance over the final two years.

Program StructureThe Graduate Certificate of Engineering Science comprises 8 courses totalling 48 units of credit (UOC) from three essential components: UOCEngineering Management Courses (1-2 courses) 6 to 12Professional Development Courses (4 courses) 24Specialisation Electives (2-3 courses) 12 to 18

Notes:

1. Students who have a four-year Bachelor of Engineering degree in an appropriate discipline with at least a credit average over the final two years may be exempted from all the professional development courses. In this case the requirement for the award of the Graduate Certificate is 24 UOC.

2. Students may articulate with full credit into the appropriate Graduate Diploma of Engineering Science program on completion of the Graduate Certificate provided they achieve a credit average.



■ Energy Systems


















■ Water Resources



www.eng.unsw.edu.au

MEngSc (Engineering and Technical Management)

Specialisation Authority: Faculty of Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Engineering and Technical Management provides extended training in key areas of technology management that are of importance for engineers working in a range of organisations and at various levels of responsibility. Courses enable students to target particular career development requirements including advanced data and experimental analysis, economic decision making, project management, process quality management, information technology and resource management, and risk assessment. The courses are suited to graduates in line management roles with operational, engineering, and/or research and development responsibilities.

Program StructureProfessional Development Courses (24 UOC)

Students may select courses from any of the Professional Development courses provided by other specialisations in the Master of Engineering Science program.

Specialisation Courses (36–48 UOC)

Courses listed below comprise the Engineering and Technical Management specialisation. They also form the required courses for the Engineering Management component of all programs. UOCGSOE9017 Managing Energy Efficiency 6GSOE9210 Decision Structures in Engineering 6GSOE9712 Engineering Statistics and Experimental Design 6GSOE9840 Maintenance and Reliability Engineering 6CVEN9888 Environmental Management 6CVEN9892 Sustainability Assessment 6

Plus one of the following two courses:GSOE9810 Quality in Engineering 6CVEN9703 Quality and Quality Systems 6

Plus one of the following two courses:GSOE9820 Project Management 6CVEN9731 Project Management Framework 6

Plus one of the following two courses:GSOE9830 Economic Decision Analysis in Engineering 6CVEN9701 Engineering Economics and Financial Management 6

Project Courses (0–12 UOC) UOCGSOE0006 Project 6 UOC** 6GSOE0012 Project 12 UOC** 12

** On approval by the specialisation authority

MEngSc Ext (Engineering and Technical Management)

Specialisation Authority: Faculty of EngineeringUnits of Credit: 96

Specialisation DescriptionThe specialisation in Engineering and Technical Management enables graduates in line management roles with operational, engineering, and/or research and development responsibilities to target particular career development requirements, including advanced data and experimental analysis, economic decision making, project management, process quality management, information technology and resource management, risk assessment.

Program Structure UOCProfessional Development Courses 24Specialisation Courses 48 to 60 See list for MEngSc (Engineering and Technical Management)Project Courses 12 to 24The project courses component is made up of GSOE0012 Project Report (12 UOC), or GSOE0012 and GSOE0006 Project (6 UOC), or GSOE0024 Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Biomedical Engineering)

Specialisation Authority: Graduate School of Biomedical EngineeringUnits of Credit: 72

Specialisation DescriptionThe specialisation in Biomedical Engineering introduces engineers from various disciplines to biomedical engineering, the application of engineering techniques and analysis to problem solving in medicine and healthcare delivery. The growing complexity of medical technology has increased the demand for appropriately trained professionals to bridge the gap between clinical medicine and applied medical technology.

Program StructureEngineering Management Courses (12–24 UOC)

Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11.

Professional Development Courses (24 UOC)

A selection of Professional Development courses appropriate to the student’s background will be made by the specialisation authority.

Specialisation Courses (24–36 UOC) UOCBIOM9027 Medical Imaging 6BIOM9060 Biomedical Systems Analysis 6BIOM9311 Mass Transfer in Medicine 6BIOM9332 Biocompatibility 6BIOM9333 Cellular and Tissue Engineering 6BIOM9410 Regulatory Requirements for Biomedical Technology 6BIOM9420 Clinical Laboratory Science 6BIOM9432 Chemistry and Physics of Synthetic and Biological Polymers 6BIOM9450 Clinical Information Systems 6BIOM9510 Introductory Biomechanics (1) 6BIOM9541 Mechanics of the Human Body 6BIOM9551 Biomechanics of Physical Rehabilitation (2) 6BIOM9561 Mechanical Properties of Biomaterials 6BIOM9621 Biological Signal Analysis 6BIOM9640 Biomedical Instrumentation 6BIOM9650 Biosensors and Transducers 6BIOM9660 Implantable Bionics 6BIOM9701 Dynamics of the Cardiovascular System 6BIOM9711 Modelling Organs, Tissues and Devices 6SESC9451 Experimental Biomechanics 6


Notes:(1) For students with no mechanics background(2) Only offered in Semester 1 of every even year** On approval by the specialisation authority


www.eng.unsw.edu.au

MEngSc (Chemical Process Engineering)

Specialisation Authority: School of Chemical Sciences and Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Chemical Process Engineering covers in-depth designing, analysing and monitoring of factors affecting the life cycle of plants, processes and operations. Issues that affect business decisions encountered in the chemical industry are introduced and distinctions are made in order to focus on efficient design and robust, objective analysis.




Appropriate professional development courses will be tailored to suit students’ individual needs.

Specialisation Courses (24–36 UOC) UOCCEIC8101 Reaction Engineering and Catalysis 6CEIC8102 Process Control 6CEIC8103 Particle and Separation Technology 6CEIC8104 Topics in Polymer Technology 6CEIC8105 Advanced Polymer Science and Research 6CEIC8204 Topics in Business Management in Chemical Engineering 6CEIC8205 Fuel and Energy Engineering 6CEIC8311 Instrumental Analysis in the Process Industries 6CEIC8330 Process Engineering in the Petroleum Industry 6CEIC8331 Process Engineering: Natural Gas and Light Hydrocarbons 6 to PetrochemicalsCEIC8332 Process Engineering in the Food Industry 6CEIC8336 Environmental Chemistry in the Process Industries 6CEIC8337 Particle Characterisation in the Process Industries 6CEIC8341 Membrane Technology in the Process Industries 6CEIC8351 Pharmaceutical Processing 6BIOT7071 Biochemical Engineering 6BIOT7081 Environmental Biotechnology 6

Project Courses (0–12 UOC) UOCCEIC8319 Minor Project** 6CEIC8320 Process Engineering Project** 6


MEngSc Ext (Chemical Process Engineering)


Specialisation DescriptionThe specialisation in Chemical Process Engineering helps advance careers across a wide range of areas such as the fuel and energy sector, mineral processing, fine chemicals, pharmaceuticals, petrochemicals, consumer products, the food industry and more. It is designed for graduates in Chemical Engineering, Industrial Chemistry, Food Engineering or a related discipline who wish to enhance particular aspects of their technical training or acquire specialised knowledge in specific areas.

UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Chemical Process Engineering)Specialisation Courses 24 to 48 See list for MEngSc (Chemical Process Engineering)Project Courses 12 to 24 The project courses component is made up of CEIC8319 Minor Project (6 UOC) and CEIC8320 Process Engineering Project (6 UOC), or GSOE0024 Process Engineering Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc Ext (Civil Engineering)

Specialisation Authority: School of Civil and Environmental Engineering Units of Credit: 96

UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Civil Engineering)Specialisation Courses 24 to 48 See list for MEngSc (Civil Engineering)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC), or CVEN9930 and CVEN9901 Special Topics in Civil and Environmental Engineering (6 UOC), or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.

MEngSc (Civil Engineering)


Specialisation DescriptionThis specialisation provides advanced study options across the breadth of specialisations in Civil Engineering as well as courses in transport engineering and construction management.




A selection of Professional Development courses appropriate to the student’s specialisation will be determined in consultation with the specialisation authority.

Specialisation Courses (24–36 UOC) UOC

Students may choose courses from any postgraduate specialisation offered from the School of Civil and Environmental Engineering plus any of the following 4 courses.CVEN9405 Urban Transport Planning Practice 6CVEN9415 Transport Systems Part 2 6CVEN9723 Design of Construction Operations 6CVEN9727 Construction Estimating and Tendering 6

Note: The availability of courses may vary from semester to semester and courses may be offered in alternate years. Please check the School’s website for current information.

Project Courses (0–12 UOC) UOCCVEN9901 Special Topics in Civil and Environmental Engineering 6CVEN9930 Masters Project ** 12



www.eng.unsw.edu.au

MEngSc (Energy Systems)

Specialisation Authority: School of Electrical and Telecommunications Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Energy Systems is concerned with the generation, transmission, distribution and use of electrical energy. Core courses provide a firm grounding in key engineering aspects of electrical energy systems as well as an introduction to the theory and implementation of electricity industry restructuring and methods and technologies to enhance electricity industry sustainability, focusing on the Australian case. Elective courses and projects provide the opportunity for in-depth study in each of the above areas.






In addition to the courses listed below, students may choose up to 12 UOC of courses from another specialisation list within the Master of Engineering Science.**ELEC9711 Advanced Power Electronics 6ELEC9712 High Voltage Systems 6ELEC9713 Industrial and Commercial Power Systems 6ELEC9714 Electricity Industry Planning and Economics 6ELEC9715 Electricity Industry Operation and Control* 6

* Offered in alternate years

Project Courses (0–12 UOC) UOCELEC9771 Project Report A** 6ELEC9772 Project Report B** 6


MEngSc Ext (Energy Systems)

Specialisation Authority: School of Electrical and Telecommunications Engineering Units of Credit: 96

UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Energy Systems)Specialisation Courses 24 to 48 See list for MEngSc (Energy Systems)Project Courses 12 to 24

The project courses component is made up of ELEC9771 Project Report A (6 UOC) and ELEC9772 Project Report B (6 UOC), and/or GSOE0024 Project Extension Report (12 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc Ext (Environmental Engineering)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 A selection of professional development courses appropriate to the student’s specialisation will be determined in consultation with the specialisation authoritySpecialisation Courses 24 to 48 See list for MEngSc (Environmental Engineering)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC) or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.

MEngSc (Environmental Engineering)


Specialisation DescriptionThis specialisation provides advanced study options in environmental engineering including aquatic chemistry, microbiology for engineers, environmental management (materials risk assessment), contaminant transport in the environment, and transformation and fate of contaminants.






18 UOC of specialisation courses listed below must be completed. Additional specialisation courses are to be chosen from courses offered within the specialisations of Water Resources and Water, Wastewater and Waste Engineering.

CVEN9884 Environmental Engineering Science 1 6CVEN9885 Environmental Engineering Science 2 6CVEN9888 Environmental Management 6

Project Courses (0–12 UOC) UOCCVEN9901 Special Topics** 6CVEN9930 Masters Project** 12



www.eng.unsw.edu.au

MEngSc (Food Process Engineering)


Specialisation DescriptionThe specialisation in Food Process Engineering provides a comprehensive study of some factors affecting the science, processes, operation technology and engineering of foods, and the life cycle of plants. Issues that affect business decisions encountered in the food industry are introduced and distinctions are made in order to focus on efficient design and robust, objective analysis.



Professional Development Courses (24 UOC) UOCCEIC8203 Environmental Management 6CEIC8302 Process Heat Transfer 6CEIC8310 Computing Studies in the Process Industries 6CEIC8311 Instrumental Analysis in the Process Industries 6FOOD1517 Chemistry, Biochemistry and Physics of Foods 3


Students must complete all compulsory courses (*) in the Food Process Engineering specialisation and may select other courses to meet the requirements of the program rules.

FOOD1587 Food Preservation: Principles and Applications* 6FOOD1597 Unit Operations in Food Processing* 6FOOD2627 Food Microbiology 6FOOD4617 Advanced Food Engineering* 6CEIC8101 Reaction Engineering and Catalysis 6CEIC8102 Process Control 6CEIC8104 Topics in Polymer Technology 6CEIC8105 Advanced Polymer Science and Research 6CEIC8204 Topics in Business Management in Chemical Engineering 6CEIC8330 Process Engineering in the Petroleum Industry 6CEIC8331 Process Engineering: Natural Gas and Light Hydrocarbons to 6 PetrochemicalsCEIC8332 Process Engineering in the Food Industry 6CEIC8335 Advanced Computer Methods in the Process Industries 6CEIC8336 Environmental Chemistry in the Process Industries 6CEIC8337 Particle Characterisation in the Process Industries 6CEIC8341 Membrane Technology in the Process Industries 6CEIC8351 Pharmaceutical Processing 6BIOT7071 Biochemical Engineering 6BIOT7080 Biopharmaceutical Production Process 6

* Compulsory course

Project Courses (0–12 UOC) UOCFOOD5117 Minor Project** 6FOOD5127 Research Project** 12


MEngSc Ext (Food Process Engineering)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Food Process Engineering)Specialisation Courses 24 to 48 See list for MEngSc (Food Process Engineering)Project Courses 0 to 24

The project courses component is made up of FOOD5117 Minor Project (6 UOC) and/or FOOD5127 Research Project (12 UOC), or GSOE0024 Research Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Geoinformation Technology)

Specialisation Authority: School of Surveying and Spatial Information Systems Units of Credit: 72

Specialisation DescriptionThe specialisation in Geoinformation Technology is offered by the School of Surveying and Spatial Information Systems in a range of topics in the area of geoinformation technology, including:

■ Advanced surveying

■ Geodesy and geopositioning

■ Geographic information systems (GIS)

■ GPS/GNSS technology

■ Image analysis

■ Remote sensing



Professional Development Courses (24 UOC) UOC

In addition to the courses below, students must choose one 6 UOC course from the list of specialisation and/or Faculty-based courses upon approval by the specialisation authority, based on individual background, skills and knowledge they need to acquire.

GSOE9712 Engineering Statistics and Experiment Design 6GMAT9211 Modern Geodesy and Applications 6GMAT9212 Precise GPS Positioning 6plus one Specialisation course 6

Specialisation Courses (24–36 UOC) UOCGEOS9016 Principles of GIS** 6GEOS9017 Advanced GIS 6GEOS9021 Image Analysis in Remote Sensing** 6GMAT9106 Special Topic in Geoinformation Technology and Applications A 6GMAT9107 Special Topic in Geoinformation Technology and Applications B 6GMAT9200 Principles of GPS Positioning 6GMAT9201 GPS Receivers and How They Work 6GMAT9202 Satellite Navigation: Receivers and Systems 6GMAT9205 Fundamentals of Geopositioning** 6GMAT9210 Geopositioning Technologies for Infomobility Applications 6GMAT9211 Modern Geodesy and Applications 6GMAT9600 Principles of Remote Sensing** 6GMAT9606 Microwave Remote Sensing 6GMAT9906 Major Assignment 12

** Compulsory course

Project Courses (0–12 UOC) UOCGSOE006 Project 6 UOC 6GSOE0012 Project 12 UOC 12

MEngSc Ext (Geoinformation Technology)

Specialisation Authority: School of Surveying and Spatial Information Systems Units of Credit: 96

UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Geoinformation Technology)Specialisation Courses 24 to 48 See list for MEngSc (Geoinformation Technology) Project Courses 12 to 24 The project courses component is made up of GSOE0012 Project 12 UOC (12 UOC) and GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Geotechnical Engineering and Engineering Geology)


Specialisation DescriptionThe specialisation in Geotechnical Engineering and Engineering Geology is designed for civil engineers, environmental engineers, and geologists who are pursuing or intend to pursue a professional career in geotechnical engineering, geoenvironmental engineering, or engineering geology. The courses are intended to present the state of practice, with a theoretical and practical balance, integrating soil and rock mechanics with engineering geology.




A selection of Professional Development courses (including the one listed below for students with a geology background) appropriate to the student’s specialisation will be determined by the specialisation authority.

CVEN9525 Fundamentals of Geomechanics 6

Specialisation Courses (24–36 UOC) UOCCVEN9511 Geotechnical Models and Site Investigation 6CVEN9512 Geomechanics 6CVEN9513 Advanced Foundation Engineering 6CVEN9514 Numerical Methods in Geotechnical Engineering 6CVEN9521 Slope Instability and Stabilisation 6CVEN9522 Rock Engineering 6CVEN9523 Pavement Analysis and Design 6CVEN9524 Geotechnical Engineering of Dams 6




MEngSc Ext (Geotechnical Engineering and Engineering Geology)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Geotechnical Engineering and Engineering Geology)Specialisation Courses 24 to 48 See list for MEngSc (Geotechnical Engineering and Engineering Geology)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC), or CVEN9930 and CVEN9901 Special Topics (6 UOC), or CVEN9950 Extension project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Groundwater Resources)


Specialisation DescriptionThe specialisation in Groundwater Resources provides students with advanced study options in groundwater resources including various aspects of surface water hydrology, groundwater hydrology, resources analysis and groundwater management, hydrogeochemistry, 3D groundwater/geological models, 3D data analysis and application of geophysical techniques.




A selection of Professional Development courses appropriate to the student’s specialisation will be determined by the specialisation authority.

Specialisation Courses (24–36 UOC) UOCCVEN9610 Surface Water Hydrology 6CVEN9630 Groundwater Hydrology and Resources Analysis 6CVEN9631 Hydrogeochemistry 6GEOS9632 Groundwater Management 6GEOS9634 Groundwater 3D Modelling 6GEOS9633 Geophysical Techniques 6


Project Courses (0–24 UOC) UOCCVEN9901 Special Topic ** 6CVEN9930 Masters Project ** 12CVEN9950 Extension Project ** 24

** On approval by the specialisation authority.

MEngSc Ext (Groundwater Resources)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Groundwater Resources)Specialisation Courses 24 to 48 See list for MEngSc (Groundwater Resources)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC), or CVEN9930 Masters Project (12 UOC) and CVEN9901 Special Topics in Civil and Environmental Engineering (6 UOC), or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

COMP9331 Computer Networks and Applications (1) 6COMP9332 Network Routing and Switching (2) 6COMP9333 Advanced Computer Networks (2) 6COMP9334 Capacity Planning of Computer Systems and Network (2) 6COMP9335 Wireless Mesh and Sensor Networks (2) 6COMP9336 Mobile Data Networking (2) 6COMP9415 Computer Graphics (1) 6COMP9417 Machine Learning and Data Mining (1) 6COMP9444 Neural Networks (2) 6COMP9519 Multimedia Systems (2) 6

Project Courses (0–12 UOC) UOCGSOE0006 Research Project** 6GSOE0012 Research Project 12


MEngSc Ext (Information Technology)

Specialisation Authority: School of Computer Science and Engineering Units of Credit: 96 UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Information Technology)Specialisation Courses 24 to 48 See list for MEngSc (Information Technology)Project Courses 12 to 24 The project courses component is made up of GSOE0012 Research Project (12 UOC) or GSOE0024 Research Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.

MEngSc (Information Technology)

Specialisation Authority: School of Computer Science and Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Information Technology is aimed at students with a solid computing background, who want to expand their technical skills and be exposed to the practice of project management and quality principles.




The School of Computer Science and Engineering (CSE) offers the following Professional Development courses for students who are not exempt from some Level 0 courses (introductory courses) and wish to take some of the Faculty-based courses offered or co-offered by CSE. Provided that the requirements are met, students can elect any CSE Level 1, 2 or 3 courses (core computing and advanced electives). Prerequisites apply, but students accepted into this program can be exempted from some Level 0 courses.

Note: Course levels are indicated in brackets. UOCCOMP9021 Principles of Programming (0) 6COMP9024 Data Structures and Algorithms (1) 6COMP9032 Microprocessors and Interfacing (0) 6COMP9311 Database Systems (0) 6COMP9414 Artificial Intelligence (0) 6COMP9511 Human Computer Interaction (0) 6

Specialisation Courses (24–36 UOC) UOCCOMP4001 Object-Oriented Software Development (2) 6COMP4121 Advanced and Parallel Algorithms (3) 6COMP4411 Experimental Robotics (1) 6COMP4416 Intelligent Agents (1) 6COMP9008 Software Engineering (2) 6COMP9009 Advanced Topics in Software Engineering (3) 6COMP9018 Advanced Graphics (2) 6COMP9101 Design and Analysis of Algorithms (2) 6COMP9102 Programming Languages and Compilers (2) 6COMP9116 Software System Development Using the B-Method and 6 B-Toolkit (3) COMP9201 Operating Systems (2) 6COMP9211 Computer Architecture (2) 6COMP9222 Digital Circuits and Systems (1) 6COMP9242 Advanced Operating Systems (3) 6COMP9243 Distributed Systems (3) 6COMP9314 Next Generation Database Systems (2) 6COMP9315 Database System Implementation (2) 6COMP9317 xML and Databases (2) 6COMP9318 Data Warehousing and Data Mining (2) 6COMP9321 E-Commerce Systems Implementation Infrastructure (1) 6COMP9322 E-Commerce Systems Engineering (2) 6COMP9323 E-Enterprise Project (2) 6COMP9324 Wireless Programming for Mobile Enterprise Applications (1) 6


www.eng.unsw.edu.au




Note: For students who are required to undertake the Professional Development courses, 24 units of credit of relevant courses will be determined by the Program Authority. Please contact the Postgraduate Administrator for further details.

Specialisation Courses (24–36 UOC) UOCMANF9340 Factory Automation 6MANF9400 Industrial Management 6MANF9420 Operations and Supply Chain Management in Engineering 6MANF9471 Manufacturing Strategy 6MANF9472 Production Planning and Control 6MANF9543 Computer Aided Design/Computer Aided Manufacturing 6MANF9544 Concurrent Product and Process Design 6MANF9560 Computer Integrated Manufacturing 6

Project Courses (0–12 UOC) UOCGSOE0006 Project 6 UOC 6MMAN9012 Masters Project A 12 UOC** 12


MEngSc Ext (Manufacturing Engineering and Management)

Specialisation Authority: School of Mechanical and Manufacturing Engineering Units of Credit: 96 UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 For students who are required to undertake the Professional Development courses, 24 units of credit or relevant courses will be determined by the Program Authority. Please contact the Postgraduate Administrator for further details.Specialisation Courses 24 to 48 See list for MEngSc (Manufacturing Engineering and Management)Project Courses 12 to 24 The project courses component is made up of either MMAN9012 Masters Project A (12 UOC), MMAN9024 Masters Project B (12 UOC) – Manufacturing Engineering and Management (12 UOC) or GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.

MEngSc (Manufacturing Engineering and Management)

Specialisation Authority: School of Mechanical and Manufacturing Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Manufacturing Engineering and Management covers essential topics, methodologies and manufacturing applications of product and process design, manufacture and delivery process in organisations towards achieving quality, timely delivery, minimum cost and flexible manufacturing by utilising good manufacturing practices. Courses are suited to students in line management roles with operational, engineering, and/or research and development responsibilities.


www.eng.unsw.edu.au

MEngSc (Mechanical Engineering)


Specialisation DescriptionThe specialisation in Mechanical Engineering covers the design, development, construction, operation and maintenance of machines, tools, plants and factories, including power generation propulsion or manufacture of goods. It thoroughly covers essential topics, methodologies and manufacturing applications.




For those students who are required to undertake the Professional Development courses, 24 units of credit of relevant courses will be determined by the Program Authority. Please contact the Postgraduate Administrator for further details.

Specialisation Courses (24–36 UOC) UOCMANF9543 Computer Aided Design/Computer Aided Manufacturing 6MANF9560 Computer Integrated Manufacturing 6MECH9305 Fundamental and Advanced Vibration Analysis 6MECH9325 Fundamentals of Noise 6MECH9400 Mechanics of Fracture and Fatigue 6MECH9410 Finite Element Applications 6MECH9620 Computational Fluid Dynamics 6MECH9720 Solar Thermal Energy Design 6MECH9751 Refrigeration and Air Conditioning 1 6MECH9761 Internal Combustion Engines 1 6MTRN9201 Digital Logic Fundamentals for Mechanical Engineers 6MTRN9211 Modelling and Control of Mechatronic Systems 6MTRN9221 Industrial Robotics 6MTRN9222 Artificially Intelligent Systems 6MTRN9224 Robot Design 6

Project Courses (0–12 UOC) UOCGSOE0006 Project 6 UOC 6MMAN9012 Masters Project A ** 12


MEngSc Ext (Mechanical Engineering)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24

For those students who are required to undertake the Professional Development courses, 24 units of credit of relevant courses will be determined by the Program Authority. Please contact the Postgraduate Administrator for further details.

Specialisation Courses 24 to 48 See list for MEngSc (Mechanical Engineering)Project Courses 12 to 24

The project courses component is made up of either MMAN9012 Masters Project A (12 UOC), MMAN9024 Masters Project B (12 UOC), or GSOE0024 Project Extension (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Microelectronics and Microsystems)

Specialisation Authority: School of Electrical Engineering and Telecommunications Units of Credit: 72

Specialisation DescriptionThe specialisation in Microelectronics and Microsystems provides students with the opportunity to acquire comprehensive knowledge over a range of technology and design issues in Microelectronics and Microsystems. Core courses provide a firm foundation in semiconductor device physics and the technology involved in the fabrication of microelectronic circuits. The microelectronic design courses cover the basics of analog and digital integrated circuit design and lead on to more advanced treatment of mixed-signal design issues, commonly encountered in VLSI circuits. The Microsystems course will introduce students into the world of Micro-Electro-Mechanical Systems (MEMS), sensors and actuators.




A selection of Professional Development courses which are appropriate to the student’s specialisation will be determined in consultation with the specialisation authority.


In addition to the courses listed below, students may choose up to 12 UOC of courses from another specialisation list within the Master of Engineering Science.**ELEC9701 Mixed Signal Microelectronics Design 6ELEC9702 RFIC Design 6ELEC9703 Microsystems Design and Technology 6ELEC9704 VLSI Technology 6ELEC9705 Quantum Devices 6

Project Courses (0–12 UOC) UOCELEC9771 Project Report A ** 6ELEC9772 Project Report B** 6GSOE0012 Project 12 UOC 12


MEngSc Ext (Microelectronics and Microsystems)

Specialisation Authority: School of Electrical Engineering and Telecommunications Units of Credit: 96 UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Microelectronics and Microsystems)Specialisation Courses 24 to 48 See list for MEngSc (Microelectronics and Microsystems)Project Courses 12 to 24 The project courses component is made up of ELEC9771 Project Report A (6 UOC) and ELEC9772 Project Report B (6 UOC), and/or GSOE0012 Project 12 UOC (12 UOC), or GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Petroleum Engineering)

Specialisation Authority: School of Petroleum Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Petroleum Engineering is designed for upstream oil and gas personnel who are interested in expanding their knowledge base and improving their technical understanding of petroleum engineering. The specialisation covers three areas, namely Reservoir Characterisation, Reservoir and Production Engineering, and Drilling and Well Technology.

The petroleum industry traditionally relies on ‘on-the-job’ training programs, supplemented by in-house and external short courses to train and update petroleum engineers and earth scientists. Accordingly, the School of Petroleum Engineering has developed a specialisation that is delivered by lecture as well as distance learning mode.

The open learning program is specifically designed for personnel who are currently working in the industry and who are unable to attend classes on campus. Students are provided with specially written resource material/study guides and pre-prepared computer-based software for problem solving and self-study. Contact with the Course Facilitator is via the web using Vista software, which provides an interactive learning environment.

All programs offered by distance education require industry experience and applications for the Graduate Diploma and Graduate Certificate by distance mode can be accepted with lesser educational qualifications. Admission to the Master program requires completion of a recognised Bachelor of Engineering degree plus one year of industry experience; the Graduate Diploma requires completion of a recognised Bachelor degree plus three years industry experience and the Graduate Certificate requires completion of the Australian Higher School Certificate or equivalent plus five years industry experience.





Specialisation Courses (24–36 UOC) UOCCVEN9706 Human Resources Management 6CVEN9707 Contracts Management 6CVEN9710 Management of Risk 6CVEN9888 Environmental Management 6GEOL9152 Petroleum Geophysics (1) 6PTRL5003 Well Pressure Testing (2) 6PTRL5004 Numerical Reservoir Simulation (2) 6PTRL5006 Field Development Geology for Petroleum Engineers (1) 6PTRL5007 Reservoir Engineering* 6PTRL5008 Petroleum Production Economics 6PTRL5009 Well Drilling Equipment and Operations (3) 6PTRL5010 Natural Gas Engineering 6PTRL5011 Petroleum Production Engineering (2) 6PTRL5012 Drilling Mud - Formulation, Selection and Maintenance (3) 6

PTRL5016 Well Completions and Stimulation (3) 6PTRL5021 Reservoir Characterisation (1) 6PTRL5022 Drilling Systems and Design Optimisation (3) 6PTRL5025 Well Control and Blowout Prevention 6PTRL5027 Casing Design and Cementing 6PTRL5028 Practical Aspects of Well Planning 6PTRL5029 Directional, Horizontal and Multilateral Drilling 6PTRL5107 Formation Evaluation* 6

*Core course for Reservoir Characterisation, Reservoir and Production Engineering, and Drilling and Well Technology.(1) Core course for the Reservoir Characterisation area(2) Core course for the Reservoir and Production Engineering area(3) Core course for the Drilling and Well Technology area



MEngSc Ext (Petroleum Engineering)

Specialisation Authority: School of Petroleum Engineering Units of Credit: 96

UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Petroleum Engineering)Specialisation Courses 24 to 48 See list for MEngSc (Petroleum Engineering)Project Courses 12 to 24 The project courses component is made up of GSOE0012 Project 12 UOC (12 UOC) or GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc Ext (Photovoltaics and Solar Energy)

Specialisation Authority: School of Photovoltaic and Renewable Energy Engineering Units of Credit: 96

Engineering Management Courses (12 to 24 UOC)




Specialisation Courses (24 to 48 UOC)

See list for MEngSc (Photovoltaics and Solar Energy)

Project Courses (12 to 24 UOC) UOCSOLA9912 Project Report** 12SOLA9913 Project Report** 12SOLA9914 Project Report** 6SOLA9915 Project Report** 6SOLA9916 Master Extension Project** 24


MEngSc (Photovoltaics and Solar Energy)

Specialisation Authority: School of Photovoltaic and Renewable Energy Engineering Units of Credit: 72

Specialisation DescriptionThe specialisation in Photovoltaics and Solar Energy is designed to build on the previous education of engineers from other engineering disciplines who are attracted to the booming solar photovoltaic energy industry. Students undertake courses from the areas of photovoltaic devices, and photovoltaic systems and applications.

Program Structure

Engineering Management Courses (12–24 UOC)





In addition to the courses listed below, students may choose up to 12 UOC of courses from another specialisation list within the Master of Engineering Science.**MANF9420 Managing Manufacturing Operations 6SOLA9001 Photovoltaics* 6SOLA9002 Solar Cells and Systems* 6SOLA9003 High Efficiency Silicon Solar Cells** 6SOLA9006 Solar Cell Technology and Manufacturing*** 6

* Compulsory for all programs (Graduate Certificate, Graduate Diploma and Master programs) ** Compulsory for Master program *** Compulsory for Graduate Diploma and Master programs

Project Courses (0–12 UOC) UOCSOLA9913 Project Report** 12SOLA9914 Project Report** 6SOLA9915 Project Report** 6



www.eng.unsw.edu.au

MEngSc (Project Management)


Specialisation DescriptionThe specialisation in Project Management is designed for graduates who intend to pursue a professional career in project management in either public or private sectors, at various levels of responsibility - from strategic management through to detail. The program covers both fundamentals and applications in project management including planning, risk, contracts, people, equipment, materials, legals, finances and economics. This specialisation was developed following extensive consultation with industry.





Specialisation Courses (24–36 UOC) UOCCVEN9701 Engineering Economics and Financial Management 6CVEN9702 Project Planning and Control 6CVEN9706 Human Resources Management 6CVEN9707 Contracts Management 6CVEN9710 Management of Risk 6CVEN9712 Dispute Avoidance 6CVEN9714 Resource Management 6CVEN9717 Marketing in Technology and Engineering 6 CVEN9720 Problem Solving and Decision Making 6CVEN9726 Legal Studies and Professional Practice 6CVEN9730 International Project Management 6CVEN9731 Project Management Framework 6

Project Courses (0–12 UOC) UOCCVEN9901 Special Topics** 6CVEN9902 Special Topics 6

**On approval by the specialisation authority

MEngSc Ext (Project Management)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Project Management)Specialisation Courses 24 to 48 See list for MEngSc (Project Management)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC), or CVEN9930 and CVEN9901 Special Topics (6 UOC), or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Signal Processing)


Specialisation DescriptionThe specialisation in Signal Processing is one of the fundamental disciplines behind Electrical Engineering and Telecommunications, with broad applicability to the development of sensing, enhancement, recognition, compression, communication and reproduction systems. A signal processing specialisation will equip students with portable skills, developing an in-depth understanding of single- and multi-dimensional signals, along with practical algorithms. For a well-rounded education, consider combining this specialisation with a selection of courses from the telecommunications or systems and control disciplines.





Specialisation Courses (24-36 UOC) UOC

Students must complete the following 4 courses and may select up to 2 courses from any postgraduate specialisation offered by the School of Electrical Engineering and Telecommunications.

ELEC9721 Digital Signal Processing Theory and Applications 6ELEC9722 Digital Image Processing 6ELEC9723 Speech Processing 6ELEC9724 Audio and Electroacoustics 6

Project Courses (0–12 UOC) UOCELEC9771 Project Report A ** 6ELEC9772 Project Report B** 6


MEngSc Ext (Signal Processing)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Signal Processing)Specialisation Courses 24 to 48 See list for MEngSc (Signal Processing)Project Courses 12 to 24 The project courses component is made up of ELEC9771 Project Report A (6 UOC) and ELEC9772 Project Report B (6 UOC), or GSOE0012 Project 12UOC (12 UOC) or GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Structural Engineering)


Specialisation DescriptionThe specialisation in Structural Engineering allows students to develop skills in analysis and design of steel and concrete structures with an understanding of modern materials. The program is ideally suited for both practising structural engineers and recent graduates planning a career in structural engineering.




A selection of Professional Development courses appropriate to the student’s specialisation will be determined by the specialisation authority.

Specialisation Courses (24–36 UOC) UOCCVEN9802 Structural Stability 6CVEN9806 Prestressed Concrete Design 6CVEN9809 Reinforced Concrete Design 6CVEN9820 Computational Structural Mechanics 6CVEN9822 Steel Structures 6CVEN9824 Advanced Materials Technology 6


Project Courses (0–12 UOC) UOCCVEN9901 Special Topics** 6CVEN9930 Masters Project ** 12


MEngSc Ext (Structural Engineering)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Structural Engineering)Specialisation Courses 24 to 48 See list for MEngSc (Structural Engineering)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC) or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Systems and Control)


Specialisation DescriptionThe specialisation in Systems and Control is built around core courses that provide some theory (ELEC9731 Robust and Linear Control Systems and ELEC9732 Analysis and Design of Non-linear Control), some fundamental implementation ideas (ELEC9733 Real Time Computing and Control) and a specific application of systems and control (ELEC9734 Biomedical Instrumentation and Informatics). With the addition of some Professional Development courses as required, two technical electives or a small project, and two professional engineering management courses, this specialisation provides a solid postgraduate coursework program for professional engineers working in the Systems and Control area.






Students must complete the following 4 courses and may select up to 2 courses from any postgraduate specialisation offered by the School of Electrical Engineering and Telecommunications.

ELEC9731 Robust and Linear Control Systems 6ELEC9732 Analysis and Design of Non-linear Control 6ELEC9733 Real Time Computing and Control 6ELEC9734 Biomedical Instrumentation and Informatics 6



MEngSc Ext (Systems and Control)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Systems and Control)Specialisation Courses 24 to 48 See list for MEngSc (Systems and Control)Project Courses 12 to 24 The project courses component is made up of ELEC9771 Project Report A (6 UOC) and ELEC9772 Project Report B (6 UOC), or GSOE0012 Project 12UOC (12 UOC) or GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.

MEngSc (Telecommunications)


Specialisation DescriptionThe Telecommunications specialisation focuses on recent and advanced aspects of telecommunications, ranging from protocols used in networks such as the internet, the operation and control of such networks, and the design and operation of switches and routers within such networks. Aspects of advanced wireless communications are also covered such as modulation techniques, coding techniques and information theory.





Specialisation Courses (24–36 UOC) UOCTELE9751 Internet Design and Equipment Architectures* 6TELE9752 Network Operations and Control* 6TELE9753 Advanced Wireless Communications* 6TELE9754 Coding and Information Theory* 6TELE9755 Microwave Circuits, Theory and Techniques 6TELE9756 Advanced Networking 6TELE9757 Quantum Communications 6


* Compulsory course ** On approval by the specialisation authority

MEngSc Ext (Telecommunications)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 See list for MEngSc (Telecommunications)Specialisation Courses 24 to 48 See list for MEngSc (Telecommunications)Project Courses 12 to 24 The project courses component is made up of ELEC9771 Project Report A (6 UOC) and ELEC9772 Project Report B (6 UOC), or GSOE0012 Project 12UOC (12 UOC) or GSOE0024 Project 24 UOC (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

MEngSc (Water Resources)


Specialisation DescriptionThe Water Resources specialisation provides advanced study options in water resources including various aspects of surface water hydrology, urban hydrology and stormwater management, catchment and water resources modelling, groundwater investigations and hydrogeology, hydrodynamics of rivers and estuaries, coastal engineering related to waves, beaches and coastal infrastructure.





Specialisation Courses (24–36 UOC) UOCCVEN9610 Surface Water Hydrology 6CVEN9611 Urban Hydrology and Storm Water Management 6CVEN9612 Catchments and Water Resources Modelling 6CVEN9620 Channels Rivers and Estuaries 6CVEN9630 Groundwater Hydrology and Resource Analysis 6CVEN9640 Waves Beaches and Coastal Infrastructure 6



**On approval by the specialisation authority

MEngSc Ext (Water Resources)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 A selection of professional development courses appropriate to the student’s specialisation will be determined consultation with the specialisation authoritySpecialisation Courses 24 to 48 See list for MEngSc (Water Resources)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC), or CVEN9930 and CVEN9901 Special Topic in Civil and Environmental Engineering (6 UOC), or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.

MEngSc (Water, Waste Water and Waste Engineering)


Specialisation DescriptionThis specialisation provides technical professionals the opportunity to learn the core fundamentals of current practice in this field and to engage with existing and future technologies. Effective and sustainable water and wastewater treatment and environmentally responsible waste management are now absolutely crucial for urban populations, given the environmental challenges facing Australia and the rest of the world.





Specialisation Courses (24–36 UOC) UOCCVEN9855 Water and Wastewater Analysis and Quality Requirements 6CVEN9856 Water Treatment 6CVEN9857 Wastewater Treatment 6CVEN9872 Solid Waste Management 6CVEN9881 Hazardous Waste Management 6CVEN9892 Sustainability Assessment 6

Note: The availability of courses may vary from semester to semester and courses may be offered in alternate years. Please check School’s website for current information.

Project Courses (0–12 UOC) UOCCVEN9901 Special Topic in Civil and Environmental Engineering** 6CVEN9930 Masters Project** 12


MEngSc Ext (Water, Waste Water and Waste Engineering)


UOCEngineering Management Courses 12 to 24 Students may choose 2 to 4 courses from the Engineering and Technical Management specialisation courses on page 11Professional Development Courses 24 A selection of professional development courses appropriate to the student’s specialisation will be determined in consultation with the specialisation authoritySpecialisation Courses 24 to 48 See list for MEngSc (Water, Waster Water and Waste Engineering)Project Courses 12 to 24 The project courses component is made up of CVEN9930 Masters Project (12 UOC), or CVEN9930 and CVEN9901 Special Topic in Civil and Environmental Engineering (6 UOC), or CVEN9950 Extension Project (24 UOC). Students must have approval from the specialisation authority to undertake this option.


www.eng.unsw.edu.au

Master of Engineering in Electrical Engineering

Master of Engineering in TelecommunicationsProgram Code: 8621



Program DescriptionThe School of Electrical Engineering and Telecommunications offers a two-year Master of Engineering program, introduced in 2010. Students may choose to study one of the two plans within the program: an Electrical Engineering plan (ELECAS8621) leading to a Master of Engineering in Electrical Engineering or a Telecommunications plan (TELEAS8621) leading to a Master of Engineering in Telecommunications. Flexibility and choice are maintained throughout the two-year program as many elective courses are offered. The program serves as an entry point for students to move into the engineering profession.

It is anticipated that the two year Master program will be professionally accredited by Engineers Australia.

Entry RequirementsA recognised four-year Bachelor of Engineering degree in Electrical Engineering or Telecommunications, with a minimum overall average of 65% or equivalent.

A pathway for entry into the program for graduates from both four-year Bachelor of Engineering degrees in other disciplines, and three-year Bachelor of Science degrees, exists via the Bachelor of Engineering program in Electrical Engineering or Telecommunications, where advanced standing (maximum of two years) may be granted.

Specialisation: Electrical Engineering

Academic Plan: ELECAS8621

The specialisation in Electrical Engineering provides students with the opportunity to acquire comprehensive knowledge over a range of technology and design issues in Electrical Systems. The core courses provide a firm foundation in signal processing, system control, energy systems, microelectronics systems and photonics and other electrical systems.

Specialisation StructureThe program consists of 96 units of credit made up of the following courses:

■ 6 professional electives

■ 5 postgraduate electives in electrical engineering

■ 2 management courses

■ 1 electrical design proficiency course and

■ 1 Master of Engineering project

electrical enGineerinG & telecommunications

Specialisation: Telecommunications

Academic Plan: TELEAS8621

The specialisation in Telecommunications focuses on recent and advanced aspects of telecommunications, ranging from protocols used in networks such as the Internet, the operation and control of such networks, the design and operation of switches and routers within such networks. Aspects of advanced wireless communications are also covered, such as modulation techniques, coding techniques and information theory.

Specialisation StructureThe program consists of 96 units of credit made up of the following courses:

■ 6 professional electives

■ 5 postgraduate electives in telecommunications

■ 2 management courses

■ 1 telecommunications design proficiency course and

■ 1 Master of Engineering project

For further information, visit: www.ee.unsw.edu.au/master_program/index.html


www.eng.unsw.edu.au

Notes:

(1) For students with no mechanics background(2) Only offered in Semester 1 of every even year.

**This degree is primarily obtained through coursework study but may include a research project (BIOM9914) conducted in the University, hospital, industry or other approved institution. The program offers scope for original research into the application of engineering principles and technology to medical problems.

Graduate Diploma in Biomedical EngineeringProgram Code: 5445



Program DescriptionThe Graduate Diploma in Biomedical Engineering is offered as a specialist postgraduate qualification for candidates with a three-year Bachelor degree or equivalent. The program allows courses taken from a wide selection to be studied at a reduced load of 18 units per semester. Students who perform well in their first semester (credit averages or better) may apply for articulation to the 8660 Master of Biomedical Engineering program taking all their course credits into that program.

Entry RequirementsA recognised three-year Bachelor degree in a related discipline.

Program StructureThe program consists of 6 courses totalling 36 units of credit (UOC) normally taken over two semesters of full time study. Core courses are taken from

Biomedical Engineering Courses UOCBIOM9027 Medical Imaging 6BIOM9060 Biomedical Systems Analysis 6BIOM9311 Mass Transfer in Medicine 6BIOM9332 Biocompatibility 6BIOM9333 Cellular and Tissue Engineering 6BIOM9410 Regulatory Requirements of Biomedical Technology 6BIOM9420 Clinical Laboratory Science 6BIOM9432 Chemistry and Physics of Synthetic and Biological Polymers 6BIOM9450 Clinical Information Systems 6BIOM9510 Introductory Biomechanics (1) 6BIOM9541 Mechanics of the Human Body 6BIOM9551 Biomechanics of Physical Rehabilitation (2) 6BIOM9561 Mechanical Properties of Biomaterials 6BIOM9621 Biological Signal Analysis 6BIOM9640 Biomedical Instrumentation 6BIOM9650 Biosensors and Transducers 6BIOM9660 Implantable Bionics 6BIOM9701 Dynamics of the Cardiovascular System 6BIOM9711 Modelling Organs, Tissues and Devices 6GSOE9712 Engineering Statistics and Experiment Design 6SESC9451 Experimental Biomechanics 6

Notes:

(1) For students with no mechanics background(2) Only offered in Semester one of every even year

On approval from the Graduate School of Biomedical Engineering, students may take up to 12 units of credit from other Schools, Faculties or institutions. Inter-ested students should contact the Program Authority at the Graduate School of Biomedical Engineering ([email protected]) for further details prior to formal enrolment.

biomeDical enGineerinGMaster of Biomedical Engineering Program Code: 8660



Program DescriptionThe Master of Biomedical Engineering is designed for graduates in Engineering, Science or Medicine. Students are able to select up to 24 units of credit in courses providing a background of study in either biological or physical sciences and then complete the program by selecting another 48 units of credit from a broad range of postgraduate courses. An optional 12 unit of credit Research Project is available to suitable students in their final semester.

Entry RequirementsA recognised four-year Bachelor degree in Engineering, Science or Medicine, with an average of 65% in performance over the final two years.

Program StructureThe program consists of courses totalling 72 units of credit (UOC) of which a minimum of 48 UOC must be from courses offered by the Graduate School of Biomedical Engineering. The remaining 24 UOC may be at either postgraduate or undergraduate level and can be selected from other Schools of the University if approved by the Graduate School of Biomedical Engineering.

The selection of any background courses must be made in consultation with the Graduate School of Biomedical Engineering. Candidates are encouraged to present a full program plan to the School prior to the commencement of their first semester.

Examples of Background Courses available UOC ANAT2511 Fundamentals of Anatomy 6ELEC0807 Electrical Engineering IE 6ENGG1811 Computing for Engineers 6MATH1011 Fundamentals of Mathematics B 6MATS1101 Engineering Materials and Chemistry 6PHPH2121 Physiology 1A 6PHPH2221 Physiology 1B 6PHYS1111 Fundamental of Physics 6

Biomedical Engineering Courses UOCBIOM9027 Medical Imaging 6BIOM9060 Biomedical Systems Analysis 6BIOM9311 Mass Transfer in Medicine 6BIOM9332 Biocompatibility 6BIOM9333 Cellular and Tissue Engineering 6BIOM9410 Regulatory Requirements of Biomedical Technology 6BIOM9420 Clinical Laboratory Science 6BIOM9432 Chemistry and Physics of Synthetic and Biological Polymers 6BIOM9450 Clinical Information Systems 6BIOM9510 Introductory Biomechanics (1) 6BIOM9541 Mechanics of the Human Body 6BIOM9551 Biomechanics of Physical Rehabilitation (2) 6BIOM9561 Mechanical Properties of Biomaterials 6BIOM9621 Biological Signal Analysis 6BIOM9640 Biomedical Instrumentation 6BIOM9650 Biosensors and Transducers 6BIOM9660 Implantable Bionics 6BIOM9701 Dynamics of the Cardiovascular System 6BIOM9711 Modelling Organs, Tissues and Devices 6BIOM9914 Masters Project Report** 12GSOE9712 Engineering Statistics and Experiment Design 6SESC9451 Experimental Biomechanics 6


www.eng.unsw.edu.au

Specialisation Courses (24–36 UOC) UOCBIOT7071 Biological Engineering 6CEIC8332 Process Engineering in Food Industry 6FOOD1747 Special Topics in Food Science and Technology 6FOOD1757 Topics in Food Science and Technology 6FOOD1697 Advanced Food Chemistry 6FOOD1777 Food Choice: Psychology, Preference and Acceptability 6FOOD1787 Forensic Food Science 6FOOD1797 Food Diagnostics 6FOOD2627 Food Microbiology 6FOOD2637 Quality Assurance and Control 6FOOD2667 Advanced Food Microbiology 6FOOD2677 Food Toxicology 6FOOD3567 Nutrition 6FOOD3577 Advanced and Applied Nutrition 6

Project Courses (0–12 UOC) UOCFOOD5117 Minor Project** 6FOOD5127 Research Project** 12


Specialisation: Food Science and Nutrition

Plan: FOODDS8033

The Food Science and Nutrition specialisation is designed for graduates in science, food science, nutrition and food technology with principal interests in chemistry, biochemistry, physiology and human nutrition. The program comprises Professional Development courses and Specialisation courses that offer a choice of courses in human nutrition, and food science and technology based on the background of students.

Specialisation StructureEngineering Management Courses (12–24 UOC)


Professional Development Courses (24 UOC) UOCFOOD1587 Food Preservation: Principles and Applications* 6FOOD1697 Advanced Food Chemistry 6FOOD2647 Food Safety 6FOOD3567 Nutrition* 6FOOD3577 Advanced and Applied Nutrition* 6

* Compulsory course

Specialisation Courses (24–36 UOC) UOCFOOD1777 Food Choice: Psychology, Preference and Acceptability 6FOOD1797 Food Diagnostics 6FOOD2677 Food Toxicology 6PHMC9498 Epidemiology and Statistics for Public Health 6PHCM9132 Applied Research for Public Health 6PHCM9108 Program Design and Evaluation 6

Project Courses (0-12 UOC) UOCFOOD5117 Minor Project** 6FOOD5127 Research Project** 12


Specialisation: Food Safety and Quality

Plan: FOODIS8033

The Food Safety and Quality specialisation is designed for graduates in food science, food technology, microbiology, biochemistry, biotechnology or related disciplines, who seek specialised knowledge of safety issues associated with foods. The program provides advanced training in all aspects of food safety and quality as well as fundamental aspects of food science and technology.

fooD science anD technoloGyMaster of Science in Food Science and Technology Program Code: 8033



Program DescriptionThe Master of Science in Food Science and Technology provides a comprehensive study of theoretical aspects of the science, technology and engineering of foods. The program provides an opportunity for graduates to apply their basic skills in areas relevant to those fields of science and technology in which the School of Chemical Sciences and Engineering has developed special expertise.

The program has three specialisations:

■ Food Science and Technology

■ Food Science and Nutrition

■ Food Safety and Quality

Entry RequirementsA recognised four-year Bachelor degree, Honours degree or equivalent (for example, three-year degree plus sufficient relevant industry experience) involving some basic studies in chemistry, microbiology and biochemistry.

Program StructureThe program requires completion of 72 units of credit (UOC) of courses made up of Professional Development courses from the chosen specialisation (24 UOC), Engineering Management courses (12 to 24 UOC) and Specialisation courses (minimum 24 UOC). Students who have been awarded a recognised Bachelor degree in food science with a credit average will be exempted from all Professional Development courses.

Specialisation: Food Science and Technology

Plan: FOODFS8033

The Food Science and Technology specialisation is designed for graduates in science, applied science, biochemistry, microbiology, biotechnology or related disciplines, who seek specialised knowledge of the science and technology of foods. It provides advanced training in various aspects of food science and technology that can be tailored to the background of students.

Specialisation Structure

Engineering Management Courses (12–24 UOC)



Select 4 from the following list of courses:CEIC8311 Instrumental Analysis in the Process Industries 6FOOD1577 Food Processing Principles* 6FOOD1587 Food Preservation: Principles and Applications* 6FOOD1597 Unit Operations in Food Processing* 6FOOD1677 Product Design and Development* 6FOOD2647 Food Safety 6

* Compulsory course


www.eng.unsw.edu.au

Specialisation StructureEngineering Management Courses (12–24 UOC)


Professional Development Courses (24 UOC) UOCFOOD1587 Food Preservation: Principles and Applications* 6FOOD1697 Advanced Food Chemistry 6FOOD2627 Food Microbiology* 6FOOD2637 Quality Assurance and Control* 6FOOD2647 Food Safety* 6FOOD3567 Nutrition 6

* Compulsory course

Specialisation Courses (24–36 UOC) UOCFOOD1597 Unit Operations in Food Processing* 6FOOD1677 Product Design and Development 6FOOD1747 Special Topics in Food Science and Technology 6FOOD1757 Topics in Food Science and Technology 6FOOD1777 Food Choice: Psychology, Preference and Acceptability 6FOOD1787 Forensic Food Science 6FOOD1797 Food Diagnostics 6FOOD2667 Advanced Food Microbiology 6FOOD2677 Food Toxicology 6FOOD3577 Advanced and Applied Nutrition 6PHCM9610 Food and Nutrition Policy Studies 4

* Compulsory course

Project Courses UOCFOOD5117 Minor Project ** 6FOOD5127 Research Project** 12


Master of Science Extension in Food Science and TechnologyProgram Code: 8034



Program DescriptionThis program provides a comprehensive study of theoretical aspects of the science, technology and engineering of foods, with an opportunity to undertake an extensive research project. It is available in the areas of food science and technology, food safety and quality, and food science and nutrition.

Entry RequirementsA recognised four-year Bachelor degree, Honours 11/2 degree or equivalent (for example, three-year degree plus sufficient relevant industry experience) involving some basic studies in chemistry, microbiology and biochemistry with a minimum average of 75% over the final two years.

Program StructureThe program requires completion of 96 units of credit (UOC) consisting of Professional Development courses from the chosen specialisation (24 UOC), Engineering Management courses (12 to 24 UOC), Specialisation courses (minimum 24 UOC) and a research project (minimum 12 UOC). Students who have been awarded a recognised Bachelor degree in food science with a credit average will be exempted from all Professional Development courses.

Graduate Diploma in Food TechnologyProgram Code: 5020



Program DescriptionThe Graduate Diploma in Food Technology is suitable for practising food technologists and other graduates wishing to pursue a specialised range of courses to enhance their career opportunities in a particular area. It serves as a qualifying course for entry into the Master of Science in Food Science and Technology or Master of Science in Food Science and Technology by Research.

Entry RequirementsA recognised three-year Bachelor degree or equivalent, involving some basic studies in chemistry, microbiology and biochemistry.

Program StructureThe program requires the completion of 60 units of credit (UOC) consisting of Professional Development courses from the chosen specialisation (24 UOC), Engineering Management courses (6 to 18 UOC) and Specialisation courses (minimum 18 UOC). Students who have been awarded a recognised Bachelor degree in food science with a credit average will be exempted from all Professional Development courses.

Graduate Certificate in Food TechnologyProgram Code: 7310



Program DescriptionThis program provides the opportunity to obtain a Graduate Certificate qualification after successful completion of postgraduate courses totalling 48 UOC. The Graduate Certificate in Food Technology will suit practising food science/technology graduates or other graduates, wishing to upgrade their knowledge and skills in particular areas of the field (for example, nutrition, food microbiology, food safety, food processing, product development, quality assurance).

Entry RequirementsA recognised three-year degree in a science based program. Subject to the approval by the Head of School, those with less formal tertiary qualifications but with relevant work experience may be admitted.

Program StructureStudents must complete a total of 48 UOC consisting of 24 UOC of Professional Development courses from the chosen specialisation, 6 to 12 UOC of Engineering Management courses and at least 12 UOC of Specialisation courses.

Students who have been awarded a Bachelor of Science in Food Science and Technology from UNSW with at least Honours 2/2 (or equivalent) in an appropriate discipline will be exempted from all Professional Development courses.


www.eng.unsw.edu.au

Master of Mining EngineeringProgram Code: 8058



Program DescriptionMining engineers plan, design, construct, operate and manage mines producing coal, metallic ores and other precious or semi-precious minerals. They also manage the people and the substantial financial resources invested in mining projects.

The Master of Mining Engineering offered by the School of Mining Engineering provides an opportunity for engineering graduates to continue their professional development in specialised areas. It also provides an opportunity for non-mining graduates to broaden their career prospects within the mining industry.

There are two academic plans in the mining engineering program:

■ Mine Geomechanics

■ Mine Management

Entry RequirementsA recognised four-year Bachelor of Engineering degree with an average of 65% in performance over the final two years.

Program StructureThe Master of Mining Engineering provides advanced study in the areas of geomechanics and mining industry management. Students are required to complete eight courses. Each course is coordinated by specialists in the relevant fields who include staff from the School of Mining Engineering and the mining industry.

All courses within the program are offered as a single short course over a period of approximately one week. Students are then provided with an extended period of time (usually six weeks) to complete assignments and projects. Please note that not all MINE electives are offered each year, it is anticipated that each course will be offered every two years. However this will ultimately depend on demand. Some courses are also offered online (web based).

Specialisation: Mine Geomechanics

Academic Plan: MINEIS8058

Core Courses (24 UOC) UOCMINE8110 Mining Processes and Systems 6MINE8120 Hazard Identification, Risk and Safety Management in Mining 6MINE8140 Mining Geomechanics 6MINE8760 Mine Geology and Geophysics for Mining Operations 6

Elective Courses (24 UOC) UOC

Select 4 electives from the following list of courses:

MINE8130 Technology Management in Mining 6MINE8710 Mine Slope Stability 6MINE8720 Advanced Rock Mechanics 6MINE8750 Advanced Soil Mechanics and Mine Fill Technology 6MINE8860 Drilling, Blasting and Machine Excavation 6

Specialisation: Mine Management

Academic Plan: MINEOS8058

Core Courses (12 UOC) UOCMINE8110 Mining Processes and Systems 6MINE8120 Hazard Identification, Risk and Safety Management in Mining 6


Select 6 electives from the following list of courses:

MINE8130 Technology Management in Mining 6MINE8210 Management Systems – Projects, Processes, Contracts, Contractors 6MINE8760 Mine Geology and Geophysics for Mining Operations 6MINE8770 Mining Law 6MINE8780 Environmental Management for the Mining Industry 6MINE8790 Advanced Mineral Economics and Project Evaluation 6MINE8810 Mine Surveying 6MINE8820 Mineral Processing 6MINE8850 Mine Design and Feasibility 6MINE9910 Mine Ventilation 6

Professional Recognition and Career ProspectsMining engineering is an international profession with many of our graduates employed with mining companies operating in South East Asia, Africa, South and North America and Europe. Mining engineering graduates are trained to be versatile, adaptable and responsive to change in a physically and mentally challenging career.

mininG enGineerinG


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Graduate Diploma in Mine VentilationProgram Code: 5045



Program DescriptionThis program provides professional development in mine ventilation and environment for mining engineers and other mining personnel. The Graduate Diploma is structured so that it can be tailored to the needs of either the metalliferous or coal mining sectors. Accredited programs offered by UNSW for the appointment of Statutory Coal Mine Ventilation Officers in both NSW and Queensland can be taken as options in the Graduate Diploma. The course contents have been developed from standard texts, industry guidelines and case studies. These are delivered from both a theoretical and operational perspective with the aim that course contents will be immediately relevant to industry.

Entry RequirementsA recognised three-year Bachelor degree in a related discipline with an average of 65% over the final two years.

Program StructureThis program consists of four, 6 UOC core courses plus two electives, each presented in block teaching format.

Core Courses (24 UOC) UOCMINE9901 Ventilation and Mine Services 6MINE9902 Environmental Contaminants 6MINE9903 Heat in Underground Mines 6MINE9904 Ventilation System Management 6


Coal Mine ElectivesMINE9905 Coal Mine Hazards and Control 6MINE9906 Coal Mine Ventilation 6

or Metalliferous Mine ElectivesMINE9907 Metalliferous Mine Hazards and Control 6MINE9908 Metalliferous Mine Ventilation 6

It is assumed that applicants for this program are currently employed in the mining industry, as much of the assessment will depend on students having access to a mine site. Applicants should contact the Head of School before applying for entry as all applications must be approved by the Head of School.

Professional RecognitionThe program is affiliated with the Australian National Centre for Mine Ventilation (ANCMV), established in 1999 as an initiative of MTEC, the tertiary minerals education arm of the Minerals Council of Australia.

Graduate Diploma in Mining Engineering Program Code: 5040

Academic Plan: MINE FS5040



Program DescriptionThe Graduate Diploma in Mining Engineering serves two purposes. It can provide a professional introduction to the mining industry for graduates in Science and Technology or Engineering and as a qualifying course for entry to the Master of Mining Engineering or Master of Mining Engineering by Research.

Entry RequirementsA recognised three-year Bachelor degree in a related discipline with an average of 65% in performance over the final two years.

Program StructureThis program consists of 36 units of credit (UOC), made up of two core courses and four electives. Each course is 6 UOC. Please note that some electives may be offered only every two years.

Core Courses (12 UOC) UOCMINE8110 Mining Processes and Systems 6MINE8120 Hazard Identification, Risk and Safety Management in Mining 6

Elective Courses (24 UOC) UOCMINE8130 Technology Management in Mining 6MINE8140 Mining Geomechanics 6MINE8210 Management Systems – Projects, Processes, Contracts, Contractors 6MINE8710 Mine Slope Stability 6MINE8720 Advanced Rock Mechanics 6MINE8750 Advanced Soil Mechanics and Mine Fill Technology 6MINE8760 Mine Geology and Geophysics for Mining Operations 6MINE8710 Mine Slope Stability 6MINE8720 Advanced Rock Mechanics 6MINE8770 Mining Law [1,2] 6MINE8780 Environmental Management for the Mining Industry [1] 6MINE8790 Advanced Mineral Economics and Project Evaluation 6MINE8810 Mine Surveying 6MINE8820 Mineral Processing 6MINE8850 Mine Design and Feasibility 6MINE8860 Drilling, Blasting and Machine Excavation 6MINE9910 Mine Ventilation 6

Notes:1. These courses will be delivered in distance mode only2. Subject to course development

Interested students should contact the Postgraduate Coordinator, Associate Professor David Laurence ([email protected]), for further details prior to formal enrolment.


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Master of Information TechnologyProgram Code: 8543


Program Duration: 2 years (or 1 year with advanced standing)

Program DescriptionThe Master of Information Technology provides engineering and science students with a broad-based IT education and specialised knowledge in a maximum of two majors, enabling them to work in a range of positions in the IT industry. It is offered by the School of Computing Science and Engineering (CSE).

Students with a computing background may seek exemptions from up to 8 courses (48 UOC) and complete the program in one year. Students seeking exemptions will be required to undertake additional assessment before credit is granted. See the Advanced Standing section in the Program Structure for possible course exemptions.

Students who are not eligible for entry into the Master of Information Technology, or who wish to undertake a shorter postgraduate qualification, may apply for the Graduate Diploma of Information Technology.

Entry RequirementsA recognised four-year Bachelor degree in engineering or science; a recognised three-year Bachelor degree in computer science or engineering; or a discipline that includes mathematics up to at least year two level, with a high credit average over the final two years; or completion of the Graduate Diploma in Information Technology

Program StructureThe program consists of 16 courses totalling 96 units of credit (UOC). These courses are defined by four study levels – level 0 has no course prerequisites, level 1 has 1 prerequisite, level 2 has a chain of 2 prerequisites and level 3 has a chain of 3 prerequisites. As many courses within the program have prerequisites, courses may only be studied if the required prerequisites have been met.

Students may complete introductory courses (Level 0), core computing courses (Level 1 and 2) and advanced electives (Level 3). Two majors can be studied. For the full list of courses, please refer to page 40.

Level 0, 1, 2, 3 90 UOC (15 courses)

GSOE9820 6 UOC (1 course)

TOTAL 96 UOC (16 courses)

Non-CSE Elective OptionsStudents may receive one elective option for every four CSE courses completed, including one free elective.

ProjectsStudents are also able to substitute two or three elective courses with a project of equal value provided they meet the following criteria:

■ Completed (or have advanced standing in) 72 UOC

■ Obtained agreement from a CSE academic supervisor

■ Maintained a Distinction level performance in the program

Advanced StandingAdvanced standing may be granted for up to 8 courses from the following list. UOCCOMP9020 Foundations of Computer Science 6COMP9021 Principles of Programming 6COMP9024 Data Structures and Algorithms 6COMP9032 Microprocessors and Interfacing 6COMP9311 Database Systems 6COMP9331 Computer Networks and Applications 6COMP9414 Artificial Intelligence 6GSOE9820 Engineering Project Management 6

Students who receive advanced standing may choose to forego those credits in favour of completing additional courses from the course list. Students eligible for advanced standing will be restricted in their choice of electives, available at a ratio of 1:4 for every CSE course completed.

MajorsUp to two majors can be selected from the following areas with a completion of minimum of three courses required to satisfy the major.

Note: Course levels are indicated in brackets.

Artificial Intelligence UOCCOMP4411 Experimental Robotics (1) 6COMP4416 Intelligent Agents (1) 6COMP9318 Data Warehousing and Data Mining (2) 6COMP9416 knowledge Based Systems (1) 6COMP9417 Machine Learning and Data Mining (2) 6COMP9444 Neural Networks (2) 6

Bioinformatics UOC

Compulsory courses:

BIOT7160 Genomics and Proteomics (0) 6BINF9010 Bioinformatics Methods and Applications (0) 6

Choose three courses from the following:

MATH5846 Introduction to Probability and Stochastic Processes (0) 6MATH5856 Introduction to Statistics and Statistical Computations** (0) 6COMP9318 Data Warehousing and Data Mining (2) 6COMP9417 Machine Learning and Data Mining (2) 6

** MATH5856 has a corequisite of MATH5846. Seek permission from School of Mathematics if you have sufficient background knowledge and wish to enrol in MATH5856 on its own.

Information Technology

This option is for students who do not want to specify a major. Students may study 3 to 6 courses (18 to 36 UOC) from any IT specialisation.

Database Systems UOCCOMP9314 Next Generation Database Systems (2) 6COMP9315 Database Systems Implementation (2) 6COMP9317 xML and Databases (2) 6COMP9318 Data Warehousing and Data Mining (2) 6COMP9321 Web Applications Engineering (1) 6

e-Commerce Systems UOCCOMP9321 Web Applications Engineering (1) 6COMP9322 Service-Oriented Architectures (2) 6COMP9323 e-Enterprise Project (2) 6GBAT9117 e-Business: Strategy and Management* (0) 6LEGT5421 e-Business and the Law (0) 6

* Students must apply 6 weeks before the start of semester by submitting a Mas-ter of Business and Technology Cross Program Enrolment form to the School of Computer Science and Engineering Student Office. A resume must be attached at the request of the Graduate Programs in Business and Technology Program Office.

information technoloGy


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Internetworking UOCCOMP9332 Network Routing and Switching (2) 6COMP9333 Advanced Computer Networks (2) 6COMP9334 Systems Capacity Planning (2) 6COMP9335 Wireless Mesh and Sensor Networks (2) 6COMP9336 Mobile Data Networking (2) 6COMP9337 Securing Wireless Networks (2) 6COMP9441 Cryptography and Security (2) 6

Graduate Diploma of Information TechnologyProgram Code: 5543



Program DescriptionThe Graduate Diploma of Information Technology provides engineering and science students with a broad-based IT education, and more specialised knowledge in up to two majors, enabling them to work in a range of positions in the IT industry.

Students who are not eligible for entry to the Graduate Diploma of Information Technology, or who wish to take a shorter postgraduate qualification, may apply for the Graduate Certificate in Computing.

Entry RequirementsA recognised three-year Bachelor degree in engineering or science or a discipline that included mathematics up to at least year two level, with a high credit average over the final two years; or completion of the Graduate Certificate in Computing.

Program StructureThe program consists of 12 courses totalling 72 units of credit (UOC). These courses are defined by four study levels – level 0 has no course prerequisites, level 1 has 1 prerequisite, level 2 has 2 prerequisites and level 3 has 3 prerequisites.

Students may cover introductory courses (Level 0), core computing courses (Level 1 and 2) and advanced electives (Level 3). Two majors can be studied. For the full list of courses, please refer to page 40.

Level 0, 1, 2, 3 72 UOC (12 courses)

TOTAL 72 UOC (12 courses)

Non-CSE Elective OptionsStudents may receive one elective option for every four CSE courses completed, including one free elective.

Advanced StandingAdvanced standing may be granted for up to 6 courses fro the following list: UOCCOMP9020 Foundations of Computer Science 6COMP9021 Principles of Programming 6COMP9024 Data Structures and Algorithms 6COMP9032 Microprocessors and Interfacing 6COMP9311 Database Systems 6COMP9331 Computer Networks and Applications 6COMP9414 Artificial Intelligence 6GSOE9820 Engineering Project Management 6

Students who receive advanced standing may choose to forego those credits in favour of completing additional courses from the course list. Students eligible for advanced standing will be restricted in their choice of electives, available at a ratio of 1:4 for every CSE course completed.

Graduate Certificate in ComputingProgram Code: 7543


Program Duration: 6 months

Program DescriptionThe Graduate Certificate in Computing provides engineering and science students with a specialised IT education, which may include study in one of the IT majors within the Master of Information Technology.

Entry RequirementsA recognised three-year Bachelor degree in engineering or science, or a minimum of five years’ work experience in an appropriate area of engineering or science.

Program StructureThe program consists of four courses totalling 24 units of credit (UOC) from any course within the Master of Information Technology which students are qualified to study. For the full list of courses, please refer to page 40.

Course ListStudents undertaking courses from Level 1, 2 or 3 should refer to the University online handbook (www.handbook.unsw.edu.au) for details of required prerequisites.


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Level 0 – Courses with no Prerequisite UOCBINF9010 Bioinformatics Methods and Applications 6COMP9020 Foundations of Computer Science 6COMP9021 Principles of Programming 6COMP9032 Microprocessors and Interfacing 6COMP9311 Database Systems (COMP9021 is a corequisite) 6COMP9414 Artificial Intelligence (COMP9021 is a corequisite) 6COMP9416 knowledge Based Systems 6COMP9511 Human Computer Interaction 6COMP9514 Advanced Decision Theory 6GSOE9210 Engineering Decision Structures 6GSOE9820 Engineering Project Management 6

Level 1 – Courses with 1 Prerequisite UOCCOMP4411 Experimental Robotics 6COMP4416 Intelligent Agents 6COMP4418 knowledge Representation 6COMP9024 Data Structures and Algorithms 6COMP9031 Internet Programming 6COMP9041 Software Construction 6COMP9222 Digital Circuits and Systems 6COMP9321 Web Applications Engineering (COMP9311 is a corequisite) 6COMP9324 Mobile Enterprise Applications (COMP9321 is a corequisite) 6COMP9331 Computer Networks and Applications 6 (COMP9024 is a corequisite) COMP9415 Computer Graphics (COMP9024 is a corequisite) 6COMP9416 knowledge Based Systems 6COMP9517 Computer Vision 6

Level 2 – Courses with 2 Prerequisites UOCCOMP4001 Object-Oriented Software Development 6COMP4003 Industrial Software Development 6COMP4141 Theory of Computation 6COMP4511 User Interface Design and Construction 6 (COMP4001 is a corequisite) COMP9018 Advanced Graphics 6COMP9101 Design and Analysis of Algorithms 6COMP9102 Programming Lang and Compilers 6COMP9151 Foundations of Concurrency 6COMP9152 Comparative Concurrency Semantics 6COMP9153 Algorithmic Verification 6COMP9161 Concepts of Programming Languages 6COMP9171 Object-Oriented Programming 6COMP9201 Operating Systems 6COMP9211 Computer Architecture 6COMP9314 Next Generation Database Systems 6COMP9315 Database Systems Implementation 6COMP9317 xML and Databases 6COMP9318 Data Warehousing and Data Mining 6COMP9322 Service-Oriented Architectures 6COMP9323 e-Enterprise Project (COMP9322 is a corequisite) 6COMP9332 Network Routing and Switching 6COMP9333 Advanced Computer Networks 6COMP9334 Systems Capacity Planning 6COMP9335 Wireless Mesh and Sensor Networks 6COMP9336 Mobile Data Networking 6COMP9337 Securing Wireless Networks 6

COMP9417 Machine Learning and Data Mining 6COMP9431 Robotic Software Architecture 6COMP9441 Cryptography and Security 6COMP9444 Neural Networks 6COMP9519 Multimedia Systems

Level 3 – Courses with 3 Prerequisites UOCCOMP4121 Advanced and Parallel Algorithms 6COMP4132 Advanced Functional Programming 6COMP4211 Advanced Architectures and Algorithms 6COMP4412 Introduction to Modal Logic 6COMP4415 First-Order Logic 6COMP9116 Software System Development using the B-Method and 6 B-Toolkit COMP9117 Software Architecture 6COMP9242 Advanced Operating Systems 6COMP9243 Distributed Systems 6COMP9245 Real-Time Systems 6

Non-CSE Elective Options UOCBIOT7160 Genomics and Proteomics 6 COMP9245 Real-Time Systems 6COMP9596 Research Project 12GBAT9117 E-Business: Strategy and Management 6 GEOS9016 Principles of Geographic Information Systems 6 GMAT9023 Innovations in Spatial Information 1 6 GMAT9024 Innovations in Spatial Information 2 6 GMAT9201 GPS Receivers and How They Work 6GMAT9202 Satellite Navigation: Receivers and Systems 6GMAT9205 Fundamentals of Geopositioning 6GMAT9210 Geo IT and Infomobility Applications 6GMAT9220 Principles of GPS Positioning 6GMAT9600 Principles of Remote Sensing 6 INFS5731 Strategic Management of Business Info Systems 6INFS5732 Management of Business Info Systems Operations 6INFS5733 Information Technology Quality and Project Management 6INFS5848 Information Systems Project Management 6INFS5885 e-Business Applications and Technology 6INFS5905 Information Systems Auditing 6INFS5926 Advanced Data Management 6INFS5927 knowledge Management Systems and Technology 6INFS5953 Information Systems Management 6INFS5978 Accounting Information Systems 6INFS5984 Information Systems Security 6INFS5989 Information Systems Development 6INFS5991 Business Intelligence and Decision Support 6LEGT5421 E-Business and the Law 6MATH5846 Introduction to Probability and Stochastic Processes 6MATH5856 Introduction to Statistics and Statistical Computations 6TELE9751 Internet Design and Equipment Architectures 6TELE9752 Network Operations and Control 6TELE9753 Advanced Wireless Networks 6TELE9754 Coding and Information Theory 6


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student Profile

MATHIEU ETCHEPARREFRANCE

Master of Engineering Science

French postgraduate student, Mathieu Etcheparre, credits his “once in a lifetime” adventure in Australia for setting him apart from his peers. Through his Master of Engineering Science at UNSW, Mathieu will earn a prestigious “double degree,” because his time spent studying

in Australia will be counted toward his Master degree from his home university - École Centrale de Lille.

“At École Centrale de Lille it’s encouraged for engineering students to go abroad in their final year to get a broader education, an inter-cultural experience and as a bonus, to get a double degree,” he says.

Although École Centrale de Lille has ties with a few different universities in Australia, Mathieu chose to come to UNSW because it has a well respected mechanical engineering program and a leading reputation as a research-intensive university.

“My Master degree from an English speaking country will give me an edge over other students. In coming to UNSW, I did something different and original, setting me apart from the average student in France.”

Through his coursework at UNSW, Mathieu has been able to work with Computational Fluid Dynamics (CFD), the study of the flow of fluids over solids and around objects, with important applications for combustion, aerodynamics and turbomachines.

“I discovered CFD when I came to UNSW. It’s something I’d like to work with in the future as it has a lot of practical applications in my industry and is skill prospective employers are looking for,” he says.

Mathieu says his classes at UNSW are “hands-on”, so a good preparation for his future career.

“I have adjusted easily to this more practical method of learning in comparison to the more theoretical approach I was used to in France. The infrastructure at UNSW is more advanced. There are a lot more computers and industry standard programs available for students to use.”

Alongside his coursework, Mathieu has enrolled in a year-long research project that is developing a new device to fight large scale bushfires that, he says, are a problem in France as they are in Australia. His research will continue on from a project he was working on during an internship in France.

“My UNSW professors are very approachable and open to new ideas. They encourage us to do extracurricular research on topics that interest us.”

“Sydney is a balance of all that’s good, the weather here is always nice and the lifestyle is unique” he says. It’s the unique combination of being a big international city with a beach town feel that was most attractive to Mathieu. “I live just a few minutes walk from the beach and try to surf everyday, even in the winter. I’d highly recommend other French students to do what I have - it’s been great to experience another culture, particularly in Australia which is a like a big melting pot of nationalities,” he says.


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research at unsw

unsw research at a Glance ■ UNSW achieves outstanding levels of research funding from a

range of sources. In 2009, UNSW topped the country in combined funding for new Australian Research Council (ARC) Discovery and Linkage project grants, with our researchers receiving A$47.8 million for 122 projects investigating a broad range of contemporary issues. Many of these projects provide exciting research training opportunities for postgraduate students.

■ UNSW invests heavily in its research infrastructure to enable its research community to conduct cutting-edge research and research training. In 2009, work was completed on the University’s A$127 million Lowy Cancer Research Centre, the largest integrated cancer research institute in the Southern Hemisphere; and construction began on UNSW’s landmark energy research centre, the Tyree Energy Technologies Building (TETB), which will bring together under one roof the University’s internationally recognised energy research and teaching fields.

■ In 2009, a number of UNSW’s outstanding researchers were recipients of major national and international prizes and awards - illustrating the intellectual calibre of UNSW academic staff. Highlights include Professor Martin Green receiving the ENI Renewable and Non-Conventional Energy Award - one of the world’s leading energy prizes; and 7 NSW/ACT Young Tall Poppy Science Awards being awarded to UNSW researchers - the largest number ever won by a single institution.

■ The UNSW Graduate Research School is the first point of contact for postgraduate research students. Prospective postgraduate research students can contact the Graduate Research School about future study at UNSW.

The University of New South Wales is one of Australia’s leading research-intensive universities.

In recent years, UNSW has seen a significant rise in competitive public and private research funding to support world-class research across a diverse range of disciplines. We have a commitment to provide the research environment and world class infrastructure that is needed to build on our strengths in fundamental and applied research and attract the best researchers and postgraduate research students to undertake their work and study here at UNSW. While research is conducted across a wide range of disciplines, we invest considerable resources in particular areas where we feel we can make a difference.

UNSW has a reputation for international research excellence in the following areas of research strength:

■ Biomedical Sciences

■ Water, Environment, Sustainability

■ Next Generation Materials and Technologies

■ Social Policy, Government and Health Policy

■ ICT, Robotics and Devices

■ Business, Law and Economics

UNSW also has a number of emerging areas of research strengths including:

■ Fundamental and Enabling Sciences

■ Contemporary Humanities and Creative Arts

■ Defence and Security

Approximately 90% of all research activity at UNSW is in areas of existing or emerging research strength.

UNSW offers a range of higher degrees by research. Research students are required to produce a thesis embodying the results of an original investigation under the guidance of an academic supervisor. Each degree requires a period of advanced study and for some candidates satisfactory performance in advanced coursework is also required.

Before applying for a higher research degree you will need to match your area of research interest to one of our Faculties or Schools. The best place to start is by reading the following section of this guide and to also check the Future Students section of the website for the Faculty that best aligns with your area of research. Visit www.unsw.edu.au/gen/pad/faculties.html for links to all UNSW Faculties and their Schools.

Once you have located a School that you feel best supports your area of research you will then need to find a supervisor in that area. For more information visit www.grs.unsw.edu.au/futurestudents/futurehome.html


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Doctor of Philosophy (PhD)Program Duration: 3 to 4 years full-time study. Minimum duration for completion is 3 years.

A PhD degree requires the completion of a piece of research that demonstrates a significant and original contribution to knowledge in the field of study. Candidates acquire advanced specialist research training under appropriate academic supervision. The nature and level of supervision evolves over the duration of the program. Initially the work is closely supervised but by the later stages candidates are expected to make a significant and original contribution to the direction and execution of the research, eventually acquiring sufficient skills to allow independent work. Candidates produce a thesis that summarises the research and provides evidence for independent thought and critical analysis, effective communication and expert knowledge of the discipline in the international context.

Master by ResearchProgram Duration: 1.5 to 2 years full-time study. Minimum duration for completion is 1.5 years.

Master by Research degrees require the completion of an original piece of research, more limited in scope and nature to that required for a PhD. Candidates develop mastery of appropriate methodology and learn the fundamentals of research. These degrees are designed primarily as training in advanced work in a particular discipline. Candidates present their findings in a thesis that places their work in the wider context of their discipline.

Master of Philosophy (MPhil)Program Duration: 1 to 2 years full-time study. Minimum duration for completion is 1 year.

A Master of Philosophy provides an opportunity for students to complete a component of coursework including research methodology relevant to the field of study and a thesis comprising an original piece of research work, of a limited scope but that is at least 66% of the degree.

Entry RequirementsIn considering applications for research programs, the Faculty or School will usually assess:

■ Whether you have an appropriate academic background – refer to the academic requirements below for the relevant program and see www.grs.unsw.edu.au/futurestudents/admission.html for more details

PhD: completion of a recognised Master degree (including a substantial research component), or a recognised four-year Bachelor degree with first or upper second class Honours that includes a substantial research component, or the equivalent

Master by Research: completion of a recognised four-year Bachelor degree with Honours that includes a substantial research component, or the equivalent

Master of Philosophy: completion of a Bachelor degree in the relevant discipline from UNSW, at a level specified by the Faculty or School, or a qualification considered equivalent from a recognised university or tertiary institution

■ Your ability to produce a coherent research proposal - each research application must be accompanied by a research proposal of prescribed length; in general, a research proposal should include a statement of the research problem and its significance, an outline of the method to be used to analyse the problem, the names of any academics you have contacted in the School and details of previous publications and/or research undertaken in your nominated area of interest. To determine the length required for the research proposal and any additional Faculty or School specific requirements, please visit: www.grs.unsw.edu/futurestudents/apply.html

■ If your research proposal can be supported by the Faculty’s or School’s resources

■ If an appropriate supervisor will be available

You must also refer to the following pages for research information specific to the relevant faculty.

Website: www.grs.unsw.edu.au

Professor Laura Poole-Warren, Dean of Graduate Research with UNSW students. The Graduate Research School provides a wide range of services and resources to support students during their research studies.


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research DeGrees - enGineerinGThe Faculty of Engineering at UNSW is internationally known for fundamental and applied research across a broad range of disciplines. The Faculty has attracted a large number of Australian Research Council (ARC) Grants, making UNSW the largest ARC competitive grants recipient over the last eight years. It is at the forefront of research, attracting the best and brightest students, and cooperates closely with industry and the wider community to develop collaborative research activities which impact locally and internationally.

schoolsThe Faculty’s research programs are available across 10 schools:

■ Graduate School of Biomedical Engineering

■ School of Chemical Sciences and Engineering

■ School of Civil and Environmental Engineering

■ School of Computer Science and Engineering

■ School of Electrical Engineering and Telecommunications

■ School of Mechanical and Manufacturing Engineering

■ School of Mining Engineering

■ School of Petroleum Engineering

■ School of Photovoltaic and Renewable Energy Engineering

■ School of Surveying and Spatial Information Systems

national research centresThe Faculty is associated with the following National Research Centres:

■ ARC Centre of Excellence in Advanced Silicon Photovoltaics and Photonics

■ ARC Centre of Excellence for Autonomous Systems

■ ARC Centre of Excellence for Functional Nanomaterials

■ ARC Centre for Quantum Computer Technology

■ National Centre for Groundwater Research and Training

■ National Information Communications Technology Australia

cooperative research centres (crcs)The Faculty is associated with the following Cooperative Research Centres:

■ Advanced Composite Structures

■ Advanced Manufacturing

■ Australian Poultry

■ Capital Markets

■ Cotton Catchment Communities

■ Environmental Biotechnology

■ Greenhouse Gas Technology

■ Polymers

■ Smart Services

university research centresThe Faculty is associated with the following University Research Centres:

■ Centre for Advanced Macromolecular Design

■ Centre for Infrastructure, Engineering and Safety

■ Centre for Energy and Environmental Markets

■ Centre for Interactive Cinema

■ Water Research Centre

■ Connected Waters Initiative

■ UNESCO Centre for Membrane Science and Technology

■ Centre for Sustainable Materials Research and Technology

unsw research institutes ■ Centre for Energy Research and Policy Analysis

For more information, visit www.eng.unsw.edu.au/research


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Degree Programs offered

DEGREE TITLE (PROGRAM CODE) PAGE REF.

PROGRAM DURATION ESTIMATED ANNUAL TUITION FEE PER YEAR

Doctor of PhilosophyBiomedical Engineering (1710)Chemical Engineering (1010)Civil and Environmental Engineering (1630)Computer Science and Engineering (1650)Electrical Engineering (1640)Food Science and Technology (1031)Industrial Chemistry (1016)Mechanical and Manufacturing Engineering (1662)Mining Engineering (1050)Petroleum Engineering (1017)Photovoltaic Engineering (1655)Surveying and Spatial Information Systems (1681)

464647474846464949505051

3 to 4 years of advanced study leading to the submission of a thesis.Minimum duration for completion is 3 years.

2010A$27,840

Refer also to the Fee Schedule 2010

Master of EngineeringBiomedical Engineering (2675)Chemical Engineering (2150)Civil and Environmental Engineering (2650)Computer Science and Engineering (2665)Electrical Engineering (2660)Mechanical and Manufacturing Engineering (2692)Mining Engineering (2180)Petroleum Engineering (2156)Photovoltaic Engineering (2655)Surveying and Spatial Information Systems (2721)

46464747484949505051

1.5 to 2 years of advanced study leading to the submission of a thesis.Minimum duration for completion is 1.5 years.

Master of ScienceBiomedical Engineering (2795)Chemical Engineering (2010)Civil and Environmental Engineering (2750)Computer Science and Engineering (2765)Food Science and Technology (2031)Industrial Chemistry (2016)

464647474646

1.5 years to 2 years of advanced study leading to the submission of a thesis.Minimum duration for completion is 1.5 years.

student Profile

ADEEL RAzIPAkISTAN

PhD in Engineering

Pakistani PhD student, Adeel Razi, didn’t know much about Australia, but he did know cricket.

When the University medal winner from karachi’s NED University of Engineering and Technology began looking around for his next academic challenge abroad, the lure of a “cricket-playing nation” led him to UNSW in Sydney.

“I wanted to explore other areas and we are a cricketing nation, so I knew Australia from the cricket,” says the 29-year-old, smiling.

As it turned out Adeel was presented with three Australian choices; his University Medal in electrical engineering from NED and his Master degree from Germany won him offers of PhD scholarships in Sydney, Melbourne and Adelaide.

He chose UNSW, he says, because it was the best match for his research into multi-antennae systems for wireless communications. His work aims to increase the capacity and speed of wireless communication links, for fast downloads of heavy files like videos and better quality voice over internet connections, for example.

His work has been of such interest in Australia that Adeel has been able to give up his part-time job as a technical trouble shooter in a call centre because of an additional “top up” scholarship from Australia’s prestigious CSIRO (Commonwealth Scientific and Industrial Research Organisation).

Adeel is enjoying living in Sydney where the growing Pakistani student community is well integrated into Australian life. An informal Pakistani student network mans a website offering new arrivals help with accommodation, issues like accessing halal food, or just meeting people who can answer their questions.

“Culture shock is something you used to worry about, but nowadays, with the internet and the media, students know what to expect and can all contact each other.”

Adeel expects his PhD to take three and a half years to complete. He’s keen to take his knowledge back to Pakistan, where he hopes to nurture a home-grown Research and Development capability in telecommunications and pursue an academic career.

“I can’t change everything, but I want to do my bit. We have had a big boom in telecommunications in Pakistan, but it is mainly driven by global companies selling their products. I want to bring R and D and manufacturing into Pakistan, which would be much more beneficial to the economy than consumer spending,” he says.


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Graduate School of Biomedical Engineering

Contact: Associate Professor John Whitelock

Email: [email protected]

Website: www.gsbme.unsw.edu.au

RESEARCH AREAS

Biomaterials and tissue engineering: Researchers at the Graduate School of Biomedical Engineering (GSBmE) have a strong track record in biomaterials research. Programs include development and study of many materials, with particular emphasis on synthetic and natural polymers for cardiovascular, neural, ocular and orthopaedic applications. More recently, tissue engineering strategies have been applied to medical device development programs, with particular focus on soft tissue, cardiovascular and orthopaedic applications. Such devices and therapies revolve around use of living cells and/or active agents delivered by scaffolds and other systems to promote tissue repair, replacement or regeneration.

With an underlying engineering approach, GSBmE research aims to develop design specifications and understand the function of new bioreactors, scaffold materials and other delivery systems for both cells and active pharmacological agents. Theoretical analysis of device function and mechanisms of action are also a critical part of research programs in biomaterials and tissue engineering.

Physiological measurement, modelling and neurostimulation: GSBmE has an internationally recognised research program in the research, design, construction and trialling of a stimulating retinal neuroprosthesis - a so-called bionic eye. Research strengths also exist in cardiovascular and electrophysiological modelling, blood pressure measurement and regulation, arterial haemodynamics, control of cardiac assist devices and development of biomechanical vascular devices. Commercially successful research and development includes the application of home telecare technology and the use of wireless ambulatory monitoring to manage chronic disease.

School of Chemical Sciences and EngineeringChemical Engineering and Industrial Chemistry

Contact: Associate Professor Jie Bao


Website: www.chse.unsw.edu

RESEARCH AREAS

Computer process control: Advanced process control, integration of process design and control, fault-tolerant control systems, passivity-based process control, soft sensors, analysis and control of chemical process networks, process control applications.

Electrochemical engineering: Vanadium redox flow batteries and energy storage, membranes and electrocatalysts for fuel cells, aluminium smelting, industrial electrochemistry.

Environmental technology: Application of membrane technology in waste treatment processes, novel photocatalysts for water treatment, processing of wastes generated from mineral processing plants.

Heat and mass transfer: Refrigeration and thermal processing of foods, mechanisms of heat exchanger fouling, modelling transient heat and mass transfer in packed beds.

Membrane science and technology: Membrane fouling and cleaning, membrane systems design.

Minerals and energy: Gas to liquids, coal to liquids, alternative fuels, hydrometallurgical processing of minerals.

Particle technology and catalysis: Particle characterisation.

Polymer science and technology: Living/controlled free radical polymerisation chemistry, complex macromolecular design, polymer characterisation, polymer based drug delivery systems, computer modelling of polymerisation processes, polymer blends and networks, polymer membranes.

Process modelling and optimisation: Modelling and optimisation of chemical processes, food and bioprocessing, probabilistic modelling of complex systems.

Reaction engineering: Catalyst design and optimisation via artificial neural networks and statistical methods, multi-functional reactors, mechanism and kinetic analysis of reactions, new routes for green reactor engineering, mathematical modelling of catalytic reaction systems, computational fluid dynamics in reactor operation, process tomography for multiphase systems.

Supercritical fluids: Industrial applications of supercritical fluids, generation of polymer composites for drug delivery, development of interpenetrating polymer networks, chemical synthesis dense gas media, sterilisation using dense gases, particle engineering to improve bioavailability of pharmaceutical compounds and to allow different administration routes.

Food Science and TechnologyContact: Associate Professor Jie Bao

Email: [email protected] [email protected]

Website: www.chse.unsw.edu

RESEARCH AREAS

Food chemistry: Quantify the chemical deterioration of foods, especially lipids, during processing and storage to characterise the nature of flavours and off-flavours in foods and beverages and to characterise the nature of natural food constituents, for example flavour components of fried food and Australian bush food; Starch chemistry and technology.

Food engineering: Determine the thermophysical and rheological properties of a range of food systems and food ingredients; examine fundamental and applied aspects of grain, vegetable and crop storage and drying; process control of food processing operations; develop computer models of food processing unit operations and of quality changes during processing, for example rheological and thermophysical properties.

Food microbiology: Gain knowledge of ecology, growth and biochemical activities of microorganisms associated with foods and beverages, and to apply this information to the management of food safety and food spoilage, the production of fermented foods and beverages, the use of microorganisms as potential sources of food ingredients and processing aids, to quality evaluation and hazard analysis. Parallel to these goals are programs to evaluate and develop modern systems for the detection, enumeration and identification of microorganisms in foods, for example research into wine, dairy products, yeasts as spoilage organisms, foodborne pathogens, probiotic microorganisms.

Food processing: Examine the effects of processing variables on food quality and stability to study food preservation by application of hurdle technologies and to develop commodity technologies for application in the food industry, for example vegetable, fruit and seafood dehydration.


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Nutrition: Understanding of food nutrients and other bioactive compounds and properties of foods, to develop and test nutritionally modified foods in line with dietary guidelines, and to increase knowledge and understanding of the relationship of food nutrients to health and chronic disease, for example use of stable isotope techniques in assessing bioavailability of nutrients in humans, the role of food composition data and modern methods of micronutrient analysis.

Postharvest technology of fruit and vegetables: Develop improved handling and storage technologies, through fundamental and applied research, into the mechanisms and metabolic processes responsible for ripening, senescence, physiological disorders, decay and quality changes, for example looking at modified atmosphere packaging systems and edible coatings.

Sensory analysis/product development: Sensory evaluation and product development, including the use of consumer and trained panels for assessment of food quality and development of innovative value-added food products.

School of Civil and Environmental Engineering

Website: www.civeng.unsw.edu.au

RESEARCH AREAS

Engineering construction: Analysis of construction operations, quality assurance, risk management, project management and construction management practices, real time simulation and operator training.

Geotechnical engineering: Thermo-hydro-mechanical coupling effects in variably saturated porous media; experimental and constitutive modelling of cone penetration in unsaturated soils; constitutive modelling of unbound granular materials subject to processional loading; hydric and mechanical hysteresis in unsaturated soils; cyclic analysis of poro-elastic-plastic materials; directional plasticity in fluid saturated porous media; coupled multi phase flow through fractured porous media; constitutive and numerical modelling of asphaltic concrete; soil remediation; experimental investigation of soil erosion; determination of rock mass strength.

Structural engineering: Modelling of non-linear effects of cracking, tension stiffening, creep and shrinkage in concrete structures, non-linear finite element modelling of concrete structures, fracture in concrete, fibre reinforced concrete, structural use of reactive powder and very high strength concretes, behaviour of structures due to blast and impact loading, fire response of steel structures, elasto-plastic analysis of skeletal steel structures, buckling of thin-walled steel members, time-dependent behaviour of reinforced concrete arches and dome structures, pore structure and porosity of silica fume concrete, repair of concrete structures using carbon fibres reinforced polymers, infrastructure engineering and safety.

Transport engineering: Optimisation of transport networks, spatial information systems for road infrastructure planning and evaluation, environmental impacts of road transport.

Water engineering: Water quantity and quality in catchments, design of hydraulic structures water resource systems management, reservoir and wetland dynamics and processes, river flow and quality modelling, water quality management, groundwater hydrology, contamination and remediation water treatment and distribution, wastewater treatment plant design, estuarine and coastal hydrodynamics and water quality modelling.

School of Computer Science and Engineering

Contact: School of Computer Science and

Engineering Student Office


Website: www.cse.unsw.edu.au

RESEARCH AREAS

Artificial intelligence: Active vision, AI in games, analogical reasoning, applications to the environment, artificial intelligence, belief merging, belief revision, cognitive and situated robotics, cognitive modelling, combinatorial algorithms, computational learning theory, computer vision and control for robotics, connectionist modelling of human analogical reasoning and relational cognition, conversational agents, data mining, diagrammatic reasoning, document image analysis and recognition, emergence, expert-systems, evolutionary computation, formal specifications, game theory, inductive logic programming, knowledge acquisition, knowledge discovery, knowledge engineering, knowledge representation, knowledge-based image understanding, knowledge-based systems, logic programming, logics of action, machine learning, model based reasoning, natural language understanding, neural networks, nonmonotonic reasoning, object-orientation, ontologies, pattern recognition, philosophical foundations of AI, recurrent network architectures, reinforcement learning, robotics, simulation and modelling, specification and verification of real-time concurrent systems, systems theory, temporal logic, tensor product networks, theory of neural networks and constraint programming.

Bioinformatics: Bioinformatics is the application of computational sciences to the understanding of biological data. One of its major applications is the analysis of the large amounts of data generated by high-throughput genomics projects.

Research at UNSW focuses on: bioinformatics of gene regulation, computational immunogenetics, systems biology, machine learning, text mining, biological pathway modelling, microarray analysis, automated diagnostic interpretation of data, high performance algorithms and architectures for sequencing and protein folding, modelling strategies and evolution, bioinformatic databases, bioinformatics education methods.

Computer architecture: Computer architecture encompasses the structure, organisation, implementation, and performance of the basic building blocks of computer systems. Research at UNSW focuses on reconfigurable computing architectures and on the relationship between algorithms and architectures.

Specific research areas include: high performance computing, parallel processing, reconfigurable systems; algorithms, computational geometry, parallel processing, reconfigurable computing and architectures; computational geometry, computer graphics; parallel and distributed computing; applications of mathematical logic to computational complexity, feasibility in higher types, approximations, signal processing, image processing.

Computer systems engineering (CSE): CSE is concerned with the overall design and implementation of computer systems, their components and interfaces. The research interests of CSE range from processor architectures via operating systems and embedded systems to compilers, programming languages and human-computer interaction.

Specific research areas include: Computer architecture, operating systems, microkernels and microkernel-based systems, embedded systems, low-power systems, real-time systems, highly configurable systems, OS support for component-based systems, persistent systems, parallel and distributed computing, scheduling and resource


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management in parallel and distributed systems, functional programming, compiler construction, compiler cache optimisations, dynamic compilation, dynamic binary translation, human computer interaction, speech and audio systems, usability, accessibility, location-awareness, geoinformatics, mobile computing.

Database: The central focus of the group’s research activities is the development of novel technologies for modern database applications. We aim to contribute foundations for the construction of future information processing systems.

Research interests cover a wide range of areas, from database theory to novel data-intensive system development. Specific research areas include bioinformatics, corporate knowledge bases, data mining, distributed and parallel databases, indexing methods, information visualisation, mobile databases, multimedia systems, object databases, spatial database systems, streaming data computation, web databases.

Embedded and operating systems: The group conducts research on a wide range of techniques applicable to embedded systems. Some of these areas are: hybrid systems; reconfigurable computing; microkernels for embedded systems; formal methods for embedded systems; component reuse in embedded systems; real-time systems; power-aware operating systems; VLSI design; system level synthesis; hardware-software co-design; automation of parallel elements for applications; and electronic design automation.

Networks: The Networks Group is engaged in research in the broad areas of computer networking and communications. key areas of research are resilience and multicasting for IP networks, networking in vehicular environment, wireless mesh and sensor networks, participatory sensing and cognitive radio networks, cooperative wireless networks and security protocols for wired and wireless networks.

Services engineering: Service-oriented architectures, composition of services, personalisation of services, e-commerce, e-research, ontologies, workflow systems, data-mining.

Programming languages and software engineering: Software engineering is concerned with the processes, methods and tools for the development of high quality software systems. This involves the study of software specification, design, implementation, testing and documentation of software. Target systems may range from simple applications to mission critical real-time systems.

Pattern recognition, image processing, computer vision, document image analysis and recognition, character recognition, natural language. Software configuration, version control, multilingual typography.

Parallel and distributed computing, optimising compilers, hardware compilation, programming languages and environments and implementations, computer architecture, heterogenous computing, operating systems, embedded systems architecture, the internet and intranets, internetwork traffic management, mobile computing.

Descriptive process modelling, software development cost modelling, software inspections, reverse engineering, mining software development experience, user-interface design in software engineering.

Multimedia, electronic commerce, graph-theoretic algorithms, object-oriented design and technology, component software, object technology, object-oriented software engineering.

Formal specification and refinement, probabilistic refinement, concurrency. Rigorous methods for program construction, epistemic and temporal logics in computer science, logic in computer science, communication protocols, performance specification, real time systems, formal methods of reasoning.

Combinatorial problems and algorithms, fuzzy databases, fuzzy systems and evidence theory, management of uncertainty and possibility theory, theory of databases systems.

School of Electrical Engineering and Telecommunications

Contact: Professor Chee Yee kwok


Website: www.ee.unsw.edu.au

RESEARCH AREAS

Biomedical engineering: Biological signals, physiological systems modelling, computer applications, automated-ECG analysis, neural computing, telemedicine remote monitoring, medical instrumentation, bioinformatics.

Computer networks: Wireless networks, peer-to-peer systems, network reliability, quality of service, wireless positioning, transport protocols, protocol design.

Control systems: Multivariable and optimal control, robust and nonlinear control, adaptive control, real-time computing, industrial control system applications, fuzzy control and power plant modelling, neuroengineering, stochastic control, networked control with communication constraints, computer vision in the loop.

Electrical power equipment: Machines and drives, high voltage and current phenomena, arcing and discharges, equipment for hazardous atmospheres.

Microsystems: Integrated circuit design, microfabrication technology, MEMS, MOEMS, BioMEMS, microsensors, microactuators, VLSI design and embedded systems.

Mobile communications: Cellular and satellite systems for new generations, mobile systems design and analysis, wireless multiple access systems, transmitters and receiver designs, channel coding and digital modulation, signal processing for communications, , microwave circuits and devices.

Photonic technologies and optical communications: Optical fibre and non-linear optics, photonics components, integrated optics chip (design and fabrication), biosensors (photonics), quantum communication, polymer fibres, optical couplers, fibre sensors, fibre measurements systems.

Power electronics and drives: Machine drives, variable speed drives, converters and inverters, machine modelling and control.

Power systems: Electricity industry restructuring and sustainability, operation and planning, optimisation and analysis, renewable energy generation, remote area power supply.

Quantum computing: Quantum computers, nanofabrication technology, quantum well devices, single-electron transistors.

Signal processing: Pattern recognition, image and video processing, biometrics: multi-biometric authentication, speech and audio processing, speech recognition and enhancement, biomedical modelling and signal processing, computational auditory scene analysis, spatial audio reproduction, text to speech processing.


www.eng.unsw.edu.au

School of Mechanical and Manufacturing Engineering

Contact: Dr Jayantha katupitiya


Website: www.mech.unsw.edu.au

RESEARCH AREAS

Aerospace engineering: Laser anemometry, high angle of attack and unsteady aerodynamics, composites.

Applied mechanics: Research in applied mechanics has mainly been concentrated in the area of life and integrity assessment of structures used in various industries including: power, refinery, and chemical processing plants, transport industries, industries related to design and maintenance of military equipment, industries pertinent to health of environment, etc. Research covers both static and dynamic behaviour of structures subjected to complex loading. It often involves developing novel numerical and/or experimental tools in the areas of: stress analysis, fracture mechanics, creep analysis, rotor dynamics and noise and vibration control.

Design: The Design Research Laboratory focuses on the development of theories, models and software automation tools based on design thinking, cognitive learning models, complex systems, robustness and sustainability. Current research projects are well balanced between theoretical approaches and industry solutions in areas of feature recognition, design methodologies, automation of finite element analysis modelling, knowledge representation and acquisition, computer aided design and computer aided engineering tools, intelligent sketch recognition and conceptual design software tools that utilise a variety of approaches including stochastics, genetic algorithms, neural networks and machine learning. Research application areas cover a broad range of mechanical components and systems including conveyors, composite structures, large fan rotors, pressure vessel connection optimisation and fillet weld sensitivity analysis. The Research Group also has a strong focus on design education research covering project and problem based learning and curriculum renewal strategies as well as the development of integrated online technologies that support learning.

Fluid and thermal engineering: Computational fluid dynamics and heat transfer as well as experimental fluid dynamics and heat transfer (including laser doppler anemometry, particle imaging velocimetry and infra-red thermography) research is carried out across a range of computational and experimental laboratories. Research interests also focus on micro-fluidics, MEMS, aerodynamics, heat exchangers, refrigeration and air-conditioning, bio-fluid mechanics, solar energy, IC engines, electronics cooling and phase change problems.

Mechatronics: Primary areas of research centre on robotics and autonomous systems. The autonomous systems research is branched into design development and control of autonomous ground vehicles as well as studies into micro aerial vehicles and rotary wing aircraft. Ground vehicle research is directed largely at off-road ground vehicles used in agriculture, mining and defence. These include robotic vehicle design, vehicle dynamics and the development of control systems for navigation, trajectory tracking and path tracking. Aerial vehicle research is directed at developing autonomous aerial vehicles with an emphasis on indoor surveillance and outdoor terrain mapping. The Mechatronics group also carries out research on crawling robots, design and development of micro machining systems and micromanipulation.

Industrial technology and management: The main research themes in this area involve three main streams; manufacturing technologies, management of supporting manufacturing systems and life cycle engineering. Research topics in the first stream are conventional and

non-conventional material processing e.g. high speed machining, abrasive machining, micro and nano manufacturing. In the second stream, research topics involve concurrent product and process development, operations and quality management, risk management, project management, supply chain management. The third stream of research topics centres on life cycle engineering and management research group activities. Research topics in this field are life cycle engineering (LCE), design for environment/eco-design, design for end-of-life, sustainable product and process development, life cycle assessment, disassembly and recycling technologies.

Naval architecture: Ship structural analysis and design, ship resistance, propulsion and stability, high speed ferries.

School of Mining Engineering

Contact: Dr Serkan Saydam


Website: www.mining.unsw.edu.au

RESEARCH AREAS

GeomechanicsMining geomechanics: This theme focuses on fundamental and applied rock mechanics issues of significance to the Australian mining industry. Of particular interest is excavation design and ground support for mining methods such as block caving, deep open pits, longwall top coal caving and other extreme mining environments. Projects of immediate interest are in the fields of block caving, non-conventional coal mine subsidence behaviour under irregular topography (far-field horizontal displacements; valley closures, upsidence etc) along with improved remediation techniques, high displacement mining environments (ground support and reinforcement), fundamental rock behaviour and computational geomechanics.

Geomechanics for underground spaces: This research theme is oriented towards improving safety performance through alternative mine design/methods, ground control technologies, improvements of ground support techniques, rock excavation and stability, rock excavation machine control, tunneling applications, rock mass characteristics for CO2 sequestration and tomography and acoustic emission monitoring on rocks in order to predict failure mechanism.

Underground EnvironmentA range of research initiatives focused on safety from both OH&S and major hazard management perspective, within the broad context of the underground mine environment. This includes research on eliminating underground mine disasters, gas management and monitoring, application of ventilation on demand to coal mines and energy usage and efficiency.

Sustainable Mining PracticesThis area of research has gained both national and international recognition in recent years. In Australia, the main areas of research include the sustainability impacts of unplanned mine closures; mine safety, mining legislation and policy; and the application of virtual reality to mine planning, environmental and social impact assessment. Internationally, the School has strong linkages with India, China and South-East Asian countries including the Philippines and Thailand as well as South America and the Pacific including New Caledonia. Other current areas of research interest include: implementing sustainable mining practices in India and China; remote sensing and imaging the mining environment (with the School of Surveying and Spatial Information Systems); small scale mining (with Australian National University); gender issues in mining (with Australian National University); sustainability in mining education (with University of British Columbia).


www.eng.unsw.edu.au

Innovative Education and TrainingThis area of research is divided into three main areas:

knowledge and data management: Recent funding has allowed the installation of an AVIE (Advanced Visualisation and Interaction Environment) within the School. The AVIE consists of a 360 degree stereoscopic immersive interactive visualisation environment with motion and shape tracking systems and a multi-channel audio system. It is a set of state-of-the-art resources that enables the development and study of innovative applications in the fields of immersive visualisation, immersive sonification, and human interaction design. Much of the current research is along the path of “Blended Reality” where research is being conducted into the use of this facility for the visualisation of difficult mining environments to provide an authentic mining experience for undergraduate students.

Innovative teaching and learning methods: On a broader level the School is actively researching the use of remote laboratories and their applicability to the undergraduate mining program. The main direction this research is taking is in the area of online ventilation laboratories – a core area of understanding of all undergraduates.

General concepts of providing an enhanced alternative mining education: Such research areas as online role plays for improving student learning outcomes and especially the importance of examples that are cross-disciplinary. This leads to an emphasis in research within the school in the provision of an online learning environment for graduate and mature age students especially in remote areas where access to a typical classroom environment is almost impossible.

School of Petroleum Engineering

Contact: Associate Professor S Rahman


Website: www.petrol.unsw.edu.au

RESEARCH AREAS

Drilling and completion: Contemporary drilling technology is an essential requirement for drilling and completing high angle wells, extended reach horizontal wells, multilateral wells, high pressure and high temperature wells, under balanced drilling operations and deep water drilling operations. Such technology offers significant capital cost savings in drilling and production operations, and increases rates of production and percentage recovery. The School is engaged in major activities in the drilling and well technology area, which include in situ stress characterisation, rock properties and natural fracture characterisation, wellbore stability analysis, well trajectory optimisation and well planning, selection of drilling fluid, cementing, BHA, casing and tubulars, formation damage evaluation and prevention, hydraulic fracture treatment design and evaluation and production optimisation in fractured reservoirs.

Production engineering: Reservoir performance analysis, wellbore deliverability assessment, enhanced oil recovery techniques, water and gas injection processes and artificial lift techniques.

Petroleum economics: Impact of regulatory and fiscal environment on petroleum exploration, petroleum economics, risk assessment and management.

Reservoir characterisation: This program provides a spatial description of petrophysical properties in heterogeneous reservoirs. We do this by integrating geology (geological rules and experience), geophysics, petrophysics, reservoir and production engineering. The program aims to derive static properties (porosity and permeability) in wells and inter-well regions at log scale, or at grid-block scale. When coupled with dynamic properties at grid-block scale, the result is a reliable

simulation model which can be used to improve performance prediction in relatively new fields. It can also be used to rejuvenate old fields by locating by-passed and undrained hydrocarbons.

Reservoir engineering and simulation: The objective of this program is to develop improved secondary (waterflooding) and tertiary (immiscible and miscible) recovery technologies through a better understanding of rock microstructure, pore-scale displacement mechanisms and scale-up from the pore-scale to laboratory core, log and simulator grid-block scales.

The School developed large-scale percolation-type or rule-based network models for the study and scale-up of multi-phase flow through porous media. These models use pore and throat size distributions from x-ray CT scans and pore-scale displacement mechanisms to simulate two and three-phase laboratory displacement tests.

It has also developed a new algorithm which is much faster and allows us to run grids in excess of a billion pores and therefore to simulate scale-up behaviour from the laboratory core plug scale to the full-core or log resolution scales. The network models allow us to simulate all the special core analysis tests normally used by industry to evaluate the potential of improved oil recovery processes. These include drainage and imbibition displacement tests to determine two and three-phase relative permeability, capillary pressure and residual saturations and constant rate and constant pressure mercury porosimetry. More importantly, the models can be used to scale-up these parameters to provide simulators with more realistic input data for more meaningful predictions of field performance.

School of Photovoltaic and Renewable Energy Engineering

Contact: Dr Alistair Sproul


Website: www.pv.unw.edu.au

A large part of research conducted at the School is done under the ARC Photovoltaics Centre for Excellence which was established in 2003 by the Australian Research Council. This Centre of Excellence coordinates previously independent world-leading programs conducted under the key Centre for Photovoltaic Engineering, the PV Special Research Centre and the Special Research Centre for Third Generation Photovoltaics including all collaborating organisations. Research of the Centre of Excellence focuses on the key challenges facing the field of photovoltaics over the next 20 years as well as ‘spin-off’ applications in microelectronics and optoelectronics. The School also conducts research on systems, industry-related issues and biofuels combustion.

RESEARCH AREAS

■ Crystalline silicon solar cells - design and processing techniques

■ Electrical energy storage

■ GaAs and SiGe devices

■ Light trapping in thin crystalline silicon

■ Novel semiconductor devices

■ Photovoltaic applications in developing countries

■ Photovoltaic device fabrication and characterisation

■ Photovoltaic device physics, modelling, design and characterisation

■ Photovoltaic module design

■ Photovoltaic solar energy conversion

■ Quantum well and advanced solar cell structures

■ Quantum well, wire and dot structures


www.eng.unsw.edu.au

■ Semiconductor device modelling

■ Semiconductor device physics

■ Commercially oriented silicon solar cells device design, processing and characterisation

■ Thin film crystalline silicon photovoltaic devices

School of Surveying and Spatial Information Systems

Contact: School Office


Website: www.gmat.unsw.edu.au

RESEARCH AREAS

Precise GPS navigation: Hardware and software configurations for kinematic positioning applications using Global Positioning System (GPS) signals; software issues related to real-time implementation; mid-range (<100km) and long-range (>100km) baseline estimation of a moving platform; and attitude determination using multiple antenna systems.

GNSS algorithms: Functional and stochastic models for carrier phase observations to Global Navigation Satellite Systems (GNSS) such as GPS, Glonass and Galileo; dual-frequency and single-frequency ambiguity resolution/validation; multipath mitigation techniques; continuously operating reference station algorithms; network-based positioning strategies; and integrated GNSS observation modelling.

Multi-sensor integration: Integration issues for combined GNSS and Inertial Navigation System (INS) positioning and orientation determination; HW/SW platform studies and algorithm development; and use of Field Programmable Gate Arrays (FPGA) for general-purpose sensor integration.

Radar interferometry studies: Interferometric Synthetic Aperture Radar (InSAR) techniques for Digital Elevation Model determination; and the application of Differential InSAR for ground deformation (for example subsidence) monitoring.

Imaging for mapping applications: Digital photogrammetry; image analysis of airborne, satellite and terrestrially-acquired data; fusion of photogrammetry with terrestrial or airborne laser scanning, as well as InSAR data; and automatic feature extraction.

New positioning technologies: Fundamental modelling research into pseudolites, the Locata terrestrial RF positioning system, WLAN signals/beacons, RFID, and mobile phone signals; Assisted-GPS client and server software development; and design of integrated systems for ubiquitous positioning applications.

GNSS receiver design: GPS receiver design and customisation, software defined GNSS receiver architectures, algorithms for indoor positioning and weak signal tracking, bistatic radar applications of GPS, and FPGA-based multi-frequency GNSS receiver designs.


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General information - the camPuseskensington campusThe main campus is located at kensington, an inner south-eastern suburb of Sydney. It is conveniently linked to all the major city transport hubs. It is 20 minutes by bus from Sydney’s main train station, Central Railway Station, in the city and only 15 minutes from Sydney International Airport. It is also easily accessible from the nearby seaside suburbs of Bondi, Bronte, Clovelly, Coogee and Maroubra.

The UNSW kensington campus could be mistaken for a small city. Aside from providing excellent and modern teaching and research facilities, UNSW offers a myriad of opportunities for recreation and social life. Modern buildings, attractive grounds, extensive sporting and recreational facilities complement the University’s essential quality - its reputation for teaching, research and scholarship.

On the main campus in kensington there are seven Faculties of study: Arts and Social Sciences, Australian School of Business, Built Environment, Engineering, Law, Medicine, and Science.

www.unsw.edu.au

canberra campusUNSW@ADFA (Australian Defence Force Academy) is the centre for tertiary education for the Australian Defence Force and is located in Canberra, Australia’s capital city. Within the Academy, UNSW has established a college, known as UNSW@ADFA. The College offers opportunities to international students for graduate study and research leading to higher degrees. UNSW@ADFA is located a few kilometres from Canberra’s city centre and includes a large and comprehensive library, media resources service, and the latest technology and computing facilities. UNSW@ADFA has an intimate scale that allows a study experience unique among Australian universities. The Campus offers the best university teacher-to-student ratio in Australia.

www.unsw.adfa.edu.au

Paddington campusThe College of Fine Arts (COFA) is located at Paddington, only minutes from the UNSW main campus and in close proximity to the city’s art galleries and the emerging IT and design hubs of Sydney in Surry Hills and East Sydney. The College is one of the largest art schools in Australia, with a reputation to match.

COFA provides first-class student and staff amenities, in particular a specialist library, four computing laboratories, several galleries including the Ivan Dougherty Gallery, COFASpace and the kudos Gallery which is managed by the COFA Students’ Association.

COFA will be redeveloping its campus over the next few years. At the end of the project, COFA will be home to a world-class art and design gallery, new technologically advanced computer laboratories, extensive fine art and design studio spaces, new cafes and landscaped communal grounds.

www.cofa.unsw.edu.au

campus tourTo take a tour of the kensington campus, view accommodation options and experience some of the fun activities organised at O-Week visit:

http://studentlife.unsw.edu.au/life/life-unsw-videos/


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stuDyinG at unswUNSW students are encouraged to excel. Teaching staff require from their students strong commitment, enthusiastic participation and dedicated study throughout the academic year. Put simply, the aim is to train the best and most well equipped graduates, who will be keenly sought after by employers around the world.

teaching methodsTeaching methods at university may be different from those commonly used at secondary school. At university ‘rote’ learning or memorising information is generally considered less important. Students must understand and apply concepts and theories, and be able to critically examine arguments.

In Australia, students are expected to participate in class discussion, and to ask questions if they do not understand. It is not considered bad manners for students to express views different from those of their teachers. Many lecturers and tutors deliberately provoke discussion and argument to shed more light on a subject.

A variety of teaching methods are employed across and within the Faculties. Individual Faculty websites provide more detail on what can be expected when studying at UNSW. A course outline is provided to all students at the beginning of each course. This indicates how the course is to be structured, what the work requirements will be and how the course will be assessed.

Tutors, lecturers and Faculty-based academic advisers are willing to discuss, either in class or individually, any problems students may have in understanding lectures and discussions, writing essays and preparing for exams.

assessmentAssessment methods vary from program to program and course to course. End-of-year and mid-year examinations are still important in many courses. A student’s progress may be assessed throughout the year by set written work, essays, participation in class discussions, practical work, presentations and short tests (continuous assessment).

In some courses students may be able to choose the means by which their work will be assessed and the relative importance of essays and exams in determining their final marks. Continued progression will depend on results achieved and is considered at the end of each semester by Faculty authorities.

full-time study If you are studying on a student visa it is a requirement that you progress your studies satisfactorily at normal rate (full time) to ensure completion within the specified duration of your student visa. UNSW defines normal full-time enrolment as 18-24 units of credit (UOC) per semester. You are encouraged to enrol in 24 UOC per semester to ensure standard progression and completion of your program within the duration as stated in your Confirmation of Enrolment (CoE).

If your study load is less than a 24 UOC full-time load you may risk not completing your program within the expected duration as specified on your CoE. In this situation, you may need to catch up by either studying courses during a non-compulsory study period, or by undertaking additional subjects in compulsory study periods (i.e. enrolling in more than 24 UOC) to compensate.

facilitiesOver the last five years, the physical environment of UNSW has undergone significant redevelopment. The campus is continually being upgraded to ensure that the teaching and learning environment is one of the best in Australia. Each Faculty has the responsibility to provide appropriate facilities required for each program and course.

Typical facilities common to all Faculties include lecture theatres, tutorial spaces and computer laboratories. Specialist facilities such as design studios, video production equipment, computer design equipment and studios are provided for design programs offered by the Faculty of Built Environment and the College of Fine Arts. Engineering and Science programs have appropriate laboratory space and equipment. The Faculty of Law has working Legal and Law Centres and the University has a specialist Law Library. The Faculty of Built Environment, as do most other Faculties, has specialist resource centres and 24 hour access to its building and most equipment.

As specific facilities are too many and varied to list in full in this publication please check the relevant Faculty website for a detailed description of the facilities and services provided.

www.facilities.unsw.edu.au

the libraryThe UNSW Library is one of Australia’s leading university libraries. The Library’s collection is available over three locations; Main Library and Freehills Law Library, kensington campus, and the College of Fine Arts (COFA) Library, Paddington. The collection contains approximately 2.7 million items and subscribes to over 42,000 ejournal titles and 58,000 ebook titles. Students at both undergraduate and postgraduate levels benefit from flexible access to a range of resources and tailored services, including customised consultations. The Library provides a modern and vibrant study environment including technology-enabled group study rooms and media booths, dedicated postgraduate spaces, laptops available for hire, and informal reading and lounge areas.Support services are provided for users with disabilities.

More information is available at: www.library.unsw.edu.au

the learning centreThe Learning Centre provides a wide range of academic support services to UNSW students. Assistance includes: academic skills workshops, academic English workshops, individual consultations, online study guides, and discipline-based learning and language programs. All programs are free of charge and individual consultations are completely confidential.

www.lc.unsw.edu.au


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unsw careers and employmentIf you decide to study at UNSW, the Careers and Employment Office provides a range of services to assist you to develop career management skills and gain employment. All services are provided free of charge and include:

■ Careers Online – Job vacancy website (part time, casual, vacation and graduate)

■ Careers Development Workshops – daily workshops on job search, career planning, résumé and cover letter writing, and interview skills

■ Career Advice Appointments – career consultant available to provide assistance with career management issues and job applications

■ Career Expos, Employer Information Sessions and Guest Workshops – network with representatives from various organisations and learn more about current opportunities

■ International Employment program – links UNSW graduates with international employers.

Specific services for international students include:

■ Professional Development Program – employment skills training and the opportunity to do volunteer work at the University

■ Careers Conversations – to help improve your spoken English

■ Workshops for International Students

www.careers.unsw.edu.au

counselling serviceThe Counselling Service provides free and confidential psychologically focused strategies to UNSW students. UNSW counsellors are registered psychologists, with many years of experience, who understand the needs of students enrolled in higher education. The service assists international students to adapt more easily to the cultural and educational differences, to strive to achieve their personal best whilst at UNSW and to enhance general confidence in life and career experiences.

www.counselling.unsw.edu.au

other study optionsPostgraduate International Placement Program (UNSW–PIPP)

Program Duration Program Code1 semester 69102 semesters 6910

UNSW is Australia’s leading provider of coursework Master degrees and offers more postgraduate coursework programs than any other Australian university.

To meet growing demand, UNSW offers a special Postgraduate International Placement Program (UNSW–PIPP) for students from abroad seeking an international component in their postgraduate degree in their home university, for example Bologna program students. Students can apply to spend at least one semester at UNSW.

European Credit Transfer and Accumulation System (ECTS)

UNSW Equivalents ECTSUnits of Credit Credits24 (1 semester) 3048 (2 semesters) 60

www.unsw.edu.au/futurestudents/nonaward

Global Student Program The UNSW Global Student Program incorporates student exchange, international placements, and inbound and outbound mobility programs. UNSW international undergraduate and postgraduate students are actively encouraged to spend one semester or one year studying overseas on our Global Student Program We also warmly welcome students from our partner institutions. UNSW has 250 exchange partner universities in 36 countries around the world - in Canada, Asia, South America, the United States and Europe. Around 550 students per year study overseas on exchange with approximately the same number of students coming to UNSW from partner universities.

Note: Postgraduate students may only go on an Exchange Program if their degree is more than three semesters in duration.

www.international.unsw.edu.au/exchange

Practicum Exchange Program The Practicum Exchange Program is for students from partner universities who wish to complete a short period (usually three to six months) of research at UNSW, perhaps as part of a practical or research component of their degrees.

www.international.unsw.edu.au/practicum.html

Preparation Study OptionsUNSW Institute of LanguagesIn addition to a large range of general language courses, the UNSW Institute of Languages offers training in English for Academic Purposes. See page 57 for further details.


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enGlish lanGuaGe requirements

All applicants for admission to UNSW programs, either in Australia or overseas, whose first language is not English must provide evidence that their English language ability meets the requirements for admission. The required evidence may take the form of results from an acceptable English language test undertaken no more than two years prior to the commencement of the program at UNSW. Only original copies of test certificates will be accepted.

Alternatively, applicants whose first language is not English but who have undertaken at least one year of full-time academic study at a university or other post-secondary or approved secondary educational institutions where the sole language of instruction and examination was English may not be required to undertake a language test if they can provide a statement or certificate issued by the Registrar’s office of that institution confirming this. This study must have been undertaken no more than two years prior to the commencement of the program at UNSW. Medium of English instruction cases are reviewed carefully and do not automatically meet UNSW English language proficiency requirements.

All candidates who provide an English test score which does not meet the University’s minimum requirement or who do not provide evidence of English language proficiency will be assessed for admission and, if they meet the academic entry requirements, will be issued with a Conditional Offer of admission. After the English language requirement has been met a Full Offer of admission will be issued for the next available semester.

Similarly, applicants who have a minimum IELTS overall score of 5.0 (indicative grade only - subject to change) and who meet the academic entry requirements for the University may apply for a Conditional Package Offer. Please note that, due to quota restrictions, package offers may not be available for all programs each semester or may require a higher minimum IELTS overall score. A Conditional Package Offer enables candidates to apply for a student visa for the duration of their English language program and UNSW studies.

All university applicants are obliged to meet separate minimum language proficiency requirements set by the Australian Department of Immigration and Citizenship when applying for a student visa.

www.immi.gov.au/students

accepted tests of english ProficiencyInternational English Language Testing System (IELTS)The Academic test modules must be undertaken. An overall minimum score of 6.5* is required together with a minimum score of at least 6.0 in each of the sub-tests of listening, reading, speaking and writing.

UNSW Institute of Languages is an official IELTS test centre.

www.languages.unsw.edu.au/testing/IELTS.html www.ielts.org

Test of English as a Foreign Language (TOEFL)(UNSW ETS Institution Code is 0890)

Internet-based test: Applicants must achieve an overall minimum score of 90* with a minimum in Writing of 24.

Paper-based test: Applicants must achieve an overall minimum score of 577* with a minimum score of 5.0 in the TWE (Test of Written English). The paper-based test must include the TWE.

UNSW Institute of Languages is an official TOEFL test centre.

www.languages.unsw.edu.au/testing/TOEFL.htmlwww.ets.org/toefl

University English Entry Course (UEEC) UEEC, conducted at the Institute of Languages, is a 10-week intensive English language program. The minimum acceptable score is completion of the UEEC with a grade of C+ (grade point 7.0) and with a minimum score of at least 20 in the Writing component. Some UNSW programs require a higher grade.

www.languages.unsw.edu.au/engforuniversity/ueec.html

In addition to the English language proficiency tests and prior study outlined above, UNSW also accepts a number of academic qualifications as meeting the English language requirements. Information about these qualifications and the full English language requirement policy can be found at:

www.unsw.edu.au/futureStudents/postgradCourse/sad/fspgengreqpol.html*Note: Some programs offered in the College of Fine Arts (COFA) and the Faculty of Arts and Social Sciences have different English language requirements. Please check directly with Faculty.


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unsw institute of lanGuaGes

Facilities and services available to students include: accommodation service; airport pickup; international cafeterias; internet access; UNSW libraries; Arc; University Health Service; UNSW Lifestyle Centre; social activities and excursions. Sporting activities include swimming, gym, golf, aerobics, tennis horse riding, water skiing, badminton, basketball, and students can join a variety of sports clubs.

when to applyThere is no fixed application deadline. However, as the demand for the Institute’s programs is very high, we suggest you apply at least two months before the date you intend to start your language studies. As a general guide, 10 weeks language study is required to increase an IELTS score by 0.5 of a point (each band) and TOEFL by about 25 points. If, for example, you have an overall IELTS score of 5.5 and you require 6.5 to gain entry into UNSW then you may need between 20 to 30 weeks of English study. The UNSW Institute of Languages can recommend the appropriate course length based on a recent IELTS score or from a placement test on the first day of term.

Please refer to the back of the guide for the application form.

Packaged visasThe Institute’s courses and UNSW degrees can be packaged into a single visa covering the entire period of study. When a student requires English language studies, simply apply to UNSW and the Institute of Languages. On successful admission, students can obtain one visa for the entire duration of their studies.

more informationFurther information may be obtained from:

UNSW Global Student Services 223 Anzac Parade, kensington UNSW Sydney 2052, Australia T: +61 2 9385 5396 F: +61 2 9662 2651 E: [email protected] www.languages.unsw.edu.au

COURSE FEES 2010** (A$)

Enrolment Fee $220

Per 5 weeks/Term $2,125

Per 10 weeks $4,250

TERM DATES 2010 2011

Term 1* 04 Jan - 05 Feb 04 Jan - 04 Feb

Term 2* 08 Feb - 12 Mar 07 Feb - 11 Mar

Term 3 15 Mar - 16 Apr 14 Mar - 15 Apr

Term 4* 03 May - 04 Jun 02 May - 03 Jun

Term 5 07 Jun - 09 Jul 06 Jun - 08 Jul

Term 6* 19 Jul - 20 Aug 18 Jul - 19 Aug

Term 7 23 Aug - 24 Sept 22 Aug - 23 Sept

Term 8* 11 Oct - 12 Nov 10 Oct - 11 Nov

Term 9* 15 Nov - 17 Dec 14 Nov - 16 Dec

* UEEC programs available** 2011 fees may change

UNSW Institute of Languages, established in 1966, is the most comprehensive language education organisation in Australia. The Institute provides a range of flexible and varied language training courses and services for international students and to the Australian community.

The UNSW Institute of Languages welcomes students from over 60 countries, providing pathways to further academic study, personal development and cross-cultural understanding. The Institute offers comprehensive general and academic English language preparation programs that lead to direct entry into UNSW at the undergraduate and postgraduate levels.

The Institute provides the 10-week University English Entry Course (UEEC), designed for students who have received a Conditional Offer of admission to study at UNSW because they narrowly missed the English language requirement. Students who successfully pass this course are not required to sit a further external English proficiency test and will be admitted directly to UNSW. Currently, 80% to 85% of students complete and pass the UEEC successfully.

The UNSW Institute of Languages has a comprehensive Academic English program. Classes are tailored to prepare students for successful tertiary study in Australia. Content includes essay writing and critical thinking, essential skills for success in an English speaking learning environment. The curriculum also includes language development as well as comprehensive instruction on study skills covering areas including note taking, presentation skills and accessing reference material. In addition, the UNSW Institute of Languages provides comprehensive test preparation courses in IELTS and testing in IELTS and TOEFL. The Institute is an official IELTS and TOEFL test centre.

facilities and servicesThe Institute’s Library Support Unit provides leading-edge facilities for independent learning and can be used by students both inside and outside classroom hours. The Institute’s on-campus location also enables students to have access to UNSW resources including library, sporting and support services. Welfare and further studies counselling is available.

Australia’s leading language training centre


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visas, sPouses anD chilDrenentry of spouse and Dependants Students who wish to bring their spouse and children must provide proof that they have sufficient funds to support them while they are in Australia. A dependent spouse can obtain permission to work but obtaining employment is not easy. It is not advisable to plan your income on the basis of a spouse obtaining work. A student may need to budget an additional minimum of A$8,000 a year for a spouse and up to A$3,400 a year for each child (not including schooling costs.)

schooling for Dependent children The current policy of the New South Wales Department of Education and Training is that dependent children of international students, with the exception of those studying a PhD or on full scholarships funded by the Australian Government or a publicly funded Australian higher education institution, are required to pay the ‘Temporary Resident Administration and Education Fee’. Fees to enrol in a government school for 2010 are A$4,500 per year for kindergarten to Year 6, A$4,500 per year for Year 7 to Year 10 high school students and A$5,500 per year for Year 11 and Year 12 high school students. An application fee of A$110 applies. Confirmation of Enrolment forms are required for dependent children to enter Australia. Applications for schools and visas will need to be planned well in advance of leaving their home country.

Note: Some PhD students are not eligible for the school tuition fee waiver. Please check the Department of Education and Training website for more information.

www.detinternational.nsw.edu.au

childcareIf you plan to come to Australia with babies or small children, it is important to consider the availability and cost of child care. Attitudes, facilities and costs of child-minding are probably different compared to those in your home country. Full-time care is difficult to find, especially for children under three years of age, and costs approximately A$68-$78 a day.

There are four childcare centres on campus including Honey Pot, House at Pooh Corner, kanga’s House and Tigger’s Place. There is a long waiting list for places for younger children. The Honey Pot provides sessional, occasional and long day care for children aged two months to five years old.

student visasAll international students must obtain a valid student visa from the Australian Government for the duration of their degree program. Visa application procedure, visa types and requirements are determined and governed by the Australian Department of Immigration and Citizenship.

www.immi.gov.au/students

becoming an australian Permanent resident If you obtain Australian permanent residency before enrolling in the program or prior to the census date of the semester of first enrolment in that program, your offer of enrolment as an international student will lapse. You will then be considered for admission as a local student.

If you are granted Australian permanent resident status after the census date of your first semester of enrolment or after the census date of any subsequent semester you will have an obligation to pay international fees for that semester. In the following semester your status will change to that of a local student and you will be assessed for both a Commonwealth Supported Place (CSP) and a Local Fee-Paying Place (LFEE). Because of government controls on the number of local students who can be enrolled, students who obtain permanent residency may not qualify for a Commonwealth Supported Place.

Students undertaking summer semester course/s will be liable for international tuition fees unless granted permanent residency prior to the census date of the course/s. In accordance with UNSW standard teaching periods, students may be assessed for a CSP under the above guidelines.

Note: In order to be considered as a local student for any given semester/teaching period, evidence must be presented to the University prior to the census date for the given enrolment (refer to UNSW Fee Policy). Students who provide proof of residency after the census date will remain liable for the international tuition rate for that semester, regardless of when the residency was granted.

work rightsAn international student can work up to 20 hours per week during semester and full time during university vacations. Students are not permitted to work until they have commenced their program.


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healthcare in australiahospital treatment UNSW’s preferred provider, OSHC Worldcare, pays 100% of the rate determined by Medicare for services charged to a patient in a shared ward in any public hospital. The scheme will pay 100% of the insurable costs of medical and hospital services while you are an inpatient at a contracted private hospital (minimum shared accommodation). If a private hospital or doctor charges above the insurable costs, you will have to pay the difference. OSHC Worldcare covers 100% of the rate determined by Medicare for services charged to a patient if you receive treatment as an outpatient at a public hospital. The scheme also provides cover for the cost of ambulance transport if medically necessary for admission to hospital or for emergency treatment.

exclusionsStudents with pre-existing conditions will need to serve a 12 month waiting period for treatment under OSHC Worldcare’s scheme. As with any health insurance, certain services are currently not covered by OSHC Worldcare’s policies. These include optical, physiotherapy, dental and pharmaceutical. If you wish to be covered for these expenses, you need to have additional insurance. For a full list of conditions and further information check with OSHC Worldcare.

www.oshcworldcare.com.au/unsw

university health serviceOn kensington campus general medical and dental services are available between 8.30am and 5.30pm Monday to Thursday and 8.30am to 5.00pm on Friday during session and 9.00am to 5.00pm through vacation periods.

International students covered by OSHC Worldcare will be charged the scheduled government fee, and this will be charged directly to OSHC Worldcare at the time of consultation.

Standards of health care in Australia are high. At the University of New South Wales (UNSW), medical, dental and physiotherapy services are available on campus. There are also many medical practices in the suburbs surrounding the University. Public and private hospitals are also located nearby.

overseas student health cover (oshc)The Australian Government requires that, as part of their visa requirements, all international students pay for health insurance in Australia through the Overseas Student Health Cover (OSHC) scheme and maintain insurance for the full duration of their studies. The only exceptions to this requirement are for students from Sweden and Norway, who are not required to pay for OSHC if they can provide proof of official health insurance cover from their home government provider. New students are encouraged to purchase OSHC cover for the length of their program of study (standard program duration minus given advanced standing duration, if any). The OSHC Worldcare fees are listed on the offer of admission letter.

There are four registered providers of OSHC and UNSW’s preferred provider is OSHC Worldcare (www.oshcworldcare.com.au/unsw). If you decide to purchase your OSHC from the University’s preferred provider, you can arrange it yourself or through the University when paying your tuition fee deposit. If you ask the University to arrange it for you, we will receive a commission which is used to improve services to students.

If you decide to purchase your OSHC from one of the other providers, you will not be disadvantaged but you must arrange it directly with the provider yourself. The other OSHC providers are: BUPA Australia Health, Medibank Private and Australian Health Management (AHM).

Further information about other OSHC providers is available from the Australian Department of Health and Ageing.

www.health.gov.au/internet/main/publishing.nsf/Content/privatehealth-consumers-overseascover.htm

You must pay for OSHC before being issued with a student visa or, in the case of continuing students, before being granted a further Temporary Entry Permit. For OSHC Worldcare, the cost of OSHC in your first year of study will be approximately A$390.

Note: Membership of health insurance schemes in your home country does not exempt you from paying the OSHC.

medical treatmentThe Australian Government sets a recommended schedule fee for medical services but some doctors charge above this amount. OSHC Worldcare’s scheme covers 100% of the Medicare Benefits Schedule (MBS) fee for a visit to your doctor (outside hospital). For medical services while you are an inpatient at a hospital (when you stay overnight in the hospital) OSHC Worldcare will pay 100% of the MBS fee. In both situations, if your doctor charges above the MBS fee you must pay the difference.


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stuDent lifestudent Development - internationalStudent Development - International (SDI) at UNSW assists international students to discover the academic and cultural rewards of studying in Australia through the provision of a wide range of programs and services.

SDI operates a reception desk service at Sydney International Airport for five weeks before the commencement of each semester to assist new students on their arrival.

Just before the start of each semester, a comprehensive orientation program is provided for new students. This includes information and advice on practical matters such as: accommodation, banking, transport, health care, shopping, university services and adjusting to life and study in Australia.

New in 2010 is STEP-UP, a free of charge, two-day intensive program which covers topics such as teaching and learning in Australia, cultural transition, time management and career planning. In addition, a series of workshops discussing a range of issues affecting international students are offered during orientation.

International Student Advisers at SDI are very experienced in working with international students and are available to offer assistance and support on academic and personal matters. You are welcome to visit any time.

Social and cultural programs are available to all international students providing opportunities to meet other students and their families. Day trips and short holidays are arranged by SDI to enable students to visit places of interest in Sydney and New South Wales.

Working actively with student home-country organisations and other international student clubs, SDI is committed to the promotion of a broad range of activities and maintaining a supportive environment for students.

Visiting Address Ground Floor, Goodsell Building UNSW kensington Campus

Postal Address Student Development - International UNSW Sydney NSW 2052, Australia

Tel: +61 2 9385 5333 Fax: +61 2 9385 6369 Email: [email protected] www.international.unsw.edu.au/current

Senior International Students are peer mentors to newly arrived international students. Peer mentors coordinate various social events and make a valuable contribution to the orientation program.


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arc@unswArc is your student organisation on campus. Whether you’re in your first year or last or just visiting for a semester, Arc has something for you.

Sure, uni’s about getting a degree, but it’s also about making new friends, trying new things and having fun. Arc is here to help you get involved and take advantage of the opportunities available only at a university like UNSW.

Arc is run by an elected board made up of student representatives, alumni and UNSW employees. Arc exists solely to provide services to its members. Every student who enrols at UNSW has the opportunity to become a member of Arc and to take advantage of the benefits Arc provides.

■ Student resources, events and activities provided by Arc include:

■ Student representation on issues including those affecting women, international students, indigenous students and the environment

■ Events such as Orientation Week, Oktoberfest, International Festival and Artsweek

■ Activities such as volunteering programs and clubs to join

■ Venues such as the Roundhouse which hosts a weekly line up of trivia, bands, cheap meals and drinks

■ Facilities such as Postgraduate Lounge, music rooms, kudos Art Gallery, computer and training rooms, rehearsal rooms, and other such spaces

■ Student support services such as a solicitor and advocates

■ Free publications such as the student newspaper Tharunka, the weekly ‘Whats On’ magazine Blitz and a student diary

Arc is located in the Blockhouse at the kensington campus.

www.arc.unsw.edu.au

stuDents helPinG stuDents


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unsw lifestyle centreAt UNSW there is a range of health, fitness, sporting and recreational facilities and programs available to help make your stay in Australia a fun and healthy one.

UNSW Sport and Recreation offers a variety of facilities and programs including an indoor 50 metre swimming pool, a fully equipped strength and fitness gym with the latest cardio training equipment, and up to 60 different fitness classes per week ranging from relaxed yoga to high-impact body attack. All programs are provided on a fee for service basis, but at affordable student rates. For more information visit:

www.lifestylecentre.unsw.edu.au

If sport is of more interest to you, then there are squash courts, volleyball courts, basketball courts, and a multipurpose soft floor for martial arts. Outdoor facilities include tennis courts, a synthetic hockey field, a rowing clubhouse and extensive playing fields for a variety of outdoor sports like soccer, cricket, rugby union, hockey, Australian Rules Football, baseball and softball.

You can join one of the 32 UNSW sporting clubs - this is a great way of meeting new people from across the University, as the clubs provide a great social calendar. Most clubs are student run and provide for all levels of skill, with coaching providing for the novice or beginners in most sports. The clubs offer regular competitive opportunities, social sport or more recreational activities like waterskiing, surfing or scuba diving. For details on club sport visit:

www.sportandrec.unsw.edu.au

SP 3

2023

ELITE ATHLETE FRIENDLY UNIVERSITY

PARTICIPATING PROFESSIONAL PLAYERS’

ASSOCIATIONS

STATE INSTITUTES AND ACADEMIES

OF SPORT

stuDent sPort anD recreation

the world on campusThere are many international student associations on campus. These groups provide a range of recreational and cultural activities as well as providing social support to students away from their family and friends. Some of these student associations include:

Anjali Tamil Society

Chinese Student Association

Filipino Student Society of UNSW

Hellenic Society

Hong kong Students Society

Indonesian Student Association

Iranian Student Association

Italian Society

korean Students Association

Malaysian Student Organisation

Nippon Students Association

Pacifika Student Association

Scandinavian Society

Serbian Society

Singapore Students Association

Spanish and Latin American Students Association

Sri Lankan Students Association (Serendib)

Taiwanese Students Association

Taj Indian Society

Thai Students Association

UNSW United Nations Society

Vietnamese Student Association

www.arc.unsw.edu.au/club-list-55.aspx


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Daily life

living expensesThe University estimates that in 2011 a single international student will require A$18,000 to $20,000 per year to cover living expenses. The amount spent depends on requirements, budget and location. These estimates do not include the costs of large non-essential items such as expensive electrical equipment or a car.

In addition, new students should have at least A$2,500 when they arrive in Sydney to cover the initial establishment expenses such as rental bond payment (security deposit); electricity, gas and telephone connection fees; and to purchase basic furniture and household items.

Note: All costs quoted are subject to inflation and currency fluctuations. The current inflation rate in Australia is 2.5-3.5% per year.

summer vacation expensesThe summer vacation time (December to February) requires special financial planning. Expenses for this period must be carefully estimated and added to costs for the academic year in order to give a realistic total figure for the calendar year.

Part-time and vacation workUnder immigration regulations international students, after commencing their studies, are allowed to work up to 20 hours per week during semester and full time during university vacations.

While some students are able to earn extra money from part-time and vacation work, availability of suitable jobs is not guaranteed. It is not advisable to plan your study budget expecting to find work for the maximum allowable hours.

There are many ways to find casual and part-time work: local newspapers, friends, and through the University Careers and Employment Office.

www.careers.unsw.edu.au

books, stationery and equipmentDon’t rush into buying textbooks. It is advisable to wait until your first lectures and tutorials and then ask academic staff which are the essential purchases. The UNSW Bookshop is located on campus. Second-hand textbooks are available from the Second-Hand Bookshop on campus and are also advertised on notice boards around the campus. Arc, the University’s student organisation, operates a number of outlets on campus that provide stationery items and other essential student equipment at reasonable prices.


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religion Australia is a secular state. People have freedom of religion and worship. While the main religion is Christianity, there are also large communities which follow Islam, Buddhism, Judaism, Taoism and Hinduism.

A ‘Religious Centre’ is located on the kensington campus and is available for all students and staff. The Religious Centre is currently attended by Anglican, Catholic, Orthodox, Pentecostal and Uniting Church Chaplains. Chaplains conduct worship services, lead Bible Studies, hold prayer meetings, and offer spiritual counselling. There is also a Jewish Chaplain at the Centre.

The Islamic Society and the Buddhist student group, ‘Unibuds’, have facilities in the Centre for prayers. The Islamic Society also has an Imam in attendance with meeting and prayer rooms available for Muslim students.

Other religious societies on campus include the Coptic Society, Ba’hai Society, Catholic Asian Students Association, Chinese Christian Fellowship and the Pragathi Hindu Society.

food and shopping Sydney is renowned for the variety and quality of its food. In the suburbs surrounding the University, there are many reasonably priced, good quality restaurants, cafés and shops selling food from all around the world. Halal meat is available at butcher shops near the University. On campus, there are a range of cafés and take-away food outlets. There is bound to be an eatery on campus that will satisfy your taste - whether it is sushi and miso, croissants and coffee, vegetarian food, or laksa and noodles! You can find food, clothing, pharmaceuticals, books and stationery in the shops on campus or in the shopping areas around the campuses.

banking and Postal facilities There are two banks (the Commonwealth Bank and the ANZ Bank) and a credit union (Unicom Credit Union) on the kensington campus with full banking facilities. Automated teller machines (ATMs) are available at all hours. The banks and credit union have full financial services including telegraphic transfer of funds from any major bank in the world, within 24 hours of deposit. Postal services are available at the kensington upper campus Post Office.

clothing Warm clothes are necessary in Sydney during the winter months as night temperatures can drop to less than 10 degrees celsius. Simple, casual clothing is standard dress on campus.

Public transport UNSW is well served by modern public buses. An extensive train system, approximately 15 minutes by bus from the University, can take you throughout much of the Sydney metropolitan area, NSW country and interstate. Regular and express bus services connect UNSW with all the major transport hubs including Central Railway Station, Bondi Junction and with the Harbour Ferry services operating from Circular Quay. Unfortunately, international students in the state of New South Wales are not eligible for state-determined travel concessions as at March 2010.

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a Place to liveAs an international student, there are several long-term accommodation options available to you, including UNSW accommodation options (UNSW residential college or University self-catered apartments) and independent accommodation options (private rental accommodation, full board, homestay or room and facilities).

UNSW strongly recommends that students live in University accommodation in their first year to fully experience the benefits of living on or close to campus. These include security, opportunities to make friends, easy access to University facilities and the convenience of moving straight into fully furnished accommodation. However University accommodation fills up very quickly, so it is best to apply as early as possible.

how to find accommodationVisit the UNSW Accommodation Services website for application details and more information on each of the catered or self-catered accommodation options.

If on-campus accommodation is not available, Student Development - International (SDI), which operates the International Student Housing Assistance (ISHA), can help you find suitable accommodation. It is best to arrive three to four weeks before classes start to allow sufficient time to look for accommodation, settle in and attend the orientation sessions.

The UNSW Accommodation Services Office is also able to assist with off-campus housing needs. UNSW Accommodation Services manages the Listing Service which enables students to access local private rental accommodation. The Listing Service advertises vacancies for shared housing, full board, room and facilities and some rental flats/apartments in suburbs surrounding the University. It also provides lists of local real estate agents, hotels, motels and hostels.

If you require temporary accommodation for the first few days or weeks of living in Sydney, it is best to organise this before arriving in Australia. Temporary accommodation can include private hotels, motels, hostels, lodges and furnished apartments ranging from A$45 to A$300 per day.

www.housing.unsw.edu.au

independent accommodation optionsRental PropertyRental properties are available in suburbs around the University. Rents vary according to the number of bedrooms, condition and location of the flat/apartment or house. Electricity, gas and telephone costs are additional. When renting a flat/apartment or house it is usual to sign a six-month lease and pay rent in advance plus a refundable security deposit, called a ‘bond’. Houses and flats/apartments are usually unfurnished.

It is important to make allowances for establishment costs including the purchase of furniture and equipment. See the Living Expenses section of this guide on page 64 for further details.

RENTAL COST GUIDES (A$)

1 bedroom apartment rentals range from $350 per week

2 bedroom apartments range from $400-$600 per week

2-3 bedroom houses range from $450-$800 per week

GUIDE TO INDIVIDUAL COSTS INVOLVED IN ESTABLISHING A SHARED HOUSE (A$) (Based on rent of $150 per person/week) Initial Costs Include

Bond - One month rent in advance, refunded on leaving, provided

there is no damage

$600

Two weeks rent in advance $300

Electricity, gas and telephone connection fees $790

Household items (furniture, linen, kitchen utensils) $600

Total set up costs $2,290

Full Board Full board comprises a furnished room and use of facilities in a private home, usually living with a family or single person, with dinner and breakfast provided. Some may include bed linen, laundry service and weekly room cleaning. The UNSW Accommodation Services Office has a limited number of full board places listed with its off-campus listing service. Cost for full board is approximately A$190-A$250 per week.

HomestayHomestay can be used as temporary accommodation on arrival, allowing time to settle in and look for long-term accommodation, or as a long-term accommodation option. Contracts are usually on a monthly basis. Though the UNSW Accommodation Services Office does not arrange homestays, it does recommend a few homestay networks. These homestay networks are private companies that operate independently of the University. They usually charge a placement fee of A$150.

Room and Facilities Room and facilities is similar to homestay, however, meals are not provided and you will be responsible for buying your own food, doing your own cooking, cleaning your room and doing your washing. Use of the telephone in the home is an extra cost but expenses such as gas and electricity are usually included in the rent. Average cost is A$140-A$200 per week.

Sharing a house or flat/apartment will reduce the cost. Usually students will have their own room and share the cost of rent and other expenses such as bond, electricity, gas, telephone with the other people living in the household. Buying food and cooking is done either individually or on a group basis. Per person rent in a shared household could vary from A$140-A$220 per week plus establishment costs. Accommodation may be cheaper in some suburbs further away from the kensington campus, but you need to consider travel time and transport costs.

UN

SW V

illag

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Residential Colleges Rent (A$ Per Person Per Week for 2009)

Who Can Live Here? Furniture in Bedroom

Meals/kitchen Facilities

Facilities Student Services

kensington Colleges - www.kensingtoncolleges.unsw.edu.auThe kensington Colleges comprise Basser, Goldstein and Philip Baxter Colleges. Each College accommodates both men and women, with all meals provided in the Colleges Dining Hall throughout the academic year.

$347 Full-time students of UNSW

Mattress and bed, wardrobe, desk, chair, desk lamp

Meals included, kitchenette available

Common rooms, coin-operated laundry and dryer, internet connection included in fees

Resident academic staff provide both academic and personal support and care and cover a broad range of academic disciplines

Creston College - www.crestoncollege.edu.auCreston College provides pleasant, secure accommodation for female students of all backgrounds and beliefs. The spiritual care of the college is entrusted to Opus Dei, a personal prelature of the Catholic Church.

$324 to $327

Women who are full-time students of UNSW. Preference is given to first year students.



Common rooms, coin-operated laundry and dryer, internet access included in fees

Tutors, residential advisors, chapel

International House - www.ihunsw.edu.auInternational House is a multicultural college for more than 166 senior undergraduate and postgraduate residents from over 80 countries, including Australia.

$235 Full-time students of UNSW except for 1st year undergraduates




No

New College - www.newcollege.unsw.edu.auNew College is an Anglican College but admission is not on the basis of religion, race or sex. The College sponsors a wide range of academic, cultural, sporting and social activities.

$334 to $376

Full-time students of UNSW



Common rooms, coin-operated laundry and dryer, internet connection

Tutors, residential advisors

Shalom College - www.shalomcollege.unsw.edu.auShalom College is an independent, multicultural residential college open to all men and women, regardless of religion, race or nationality. It was established by Sydney’s Jewish community.

$365 to $440

Full-time or part-time students of UNSW and its associated institutions




Tutors

Warrane College - www.warrane.unsw.edu.auWarrane College offers accommodation for male students of all ages, backgrounds and beliefs. The spiritual care of the college is entrusted to Opus Dei, a personal prelature of the Catholic Church.

$329 to $440

Male students at UNSW





university accommodation options Residential Colleges UNSW residential colleges provide full board accommodation for UNSW students which includes the provision of meals and a regular cleaning service in addition to academic and pastoral support. There are eight residences on or near the campus. Each college offers a distinctive environment which varies from college to college, as do facilities and fees. In addition to basic residence fees of about A$235 to A$440 a week, most colleges make additional charges for such items as registration fees, damage deposit and power charges. College accommodation is limited and there are always waiting lists. Each college has its own admissions process and selection criteria and applications must be made to each college independently, preferably three to four months before starting at UNSW. For more information, please visit the individual college websites.

University Self-Catering Apartments UNSW provides independent, apartment-style accommodation for a range of student requirements, including undergraduates, postgraduates, couples and families with children. Some apartments require tenants to share responsibility for meeting utilities costs, while others, such as UNSW Village, include utilities in the weekly rent. The popular student apartments are located both on and close to campus. In comparison with rental charges for local apartments in the private sector, the rents for the university apartments are very competitive. Application details and more information are available on the UNSW Accommodation Services website www.housing.unsw.edu.au

Residential Colleges Rent (A$ Per Person Per Week for 2010)




kensington Colleges - www.kensingtoncolleges.unsw.edu.auThe kensington Colleges comprise Basser, Goldstein and Philip Baxter Colleges. Each College accommodates both men and women, with all meals provided in the Colleges Dining Hall throughout the academic year.

$347 Full-time students of UNSW




Resident academic staff provide both academic and personal support and care, and cover a broad range of academic disciplines

Creston College - www.crestoncollege.edu.auCreston College provides pleasant, secure accommodation for female students of all backgrounds and beliefs. The spiritual care of the college is entrusted to Opus Dei, a personal prelature of the Catholic Church.

$324 to $327

Women who are full-time students of UNSW. Preference is given to first year students.





International House - www.ihunsw.edu.auInternational House is a multicultural college for more than 166 senior undergraduate and postgraduate residents from over 80 countries, including Australia.

$240 to $255

Full-time students of UNSW except for first year undergraduates




Alumni Connect and mentoring program

New College - www.newcollege.unsw.edu.auNew College is an Anglican College but admission is not on the basis of religion, race or sex. The College sponsors a wide range of academic, cultural, sporting and social activities.

$349 to $401

Full-time students of UNSW



Common rooms, coin-operated laundry and dryer, internet connection

Tutors, residential advisors

Shalom College - www.shalomcollege.unsw.edu.auShalom College is an independent, multicultural residential college open to all men and women, regardless of religion, race or nationality. It was established by Sydney’s Jewish community.

$365 to $440

Full-time or part-time students of UNSW and its associated institutions




Tutors

Warrane College - www.warrane.unsw.edu.auWarrane College offers accommodation for male students of all ages, backgrounds and beliefs. The spiritual care of the college is entrusted to Opus Dei, a personal prelature of the Catholic Church.

$370 to $385

Male students at UNSW



Common rooms, coin-operated laundry and dryer, internet access included in fees, basement, library and study rooms


Self-Catered Apartments Rent (A$ Per Person Per Week for 2010)




Barker Apartments - www.asc.unsw.edu.auThe Barker Apartments are on the kensington campus - mostly five bedroom furnished units. A number of smaller units are available for family groups, and there are some units with wheelchair access.

$179 for room in 5 bedroom apartment to $420 for large room in 2 bedroom apartment plus establishment costs of approximately $850-$1,800 (4 weeks rent and bond - refundable on leaving, plus household items)

All students studying at UNSW

Mattress and bed, wardrobe, desk, chair

Stove top, oven, refrigerator

Common rooms, coin-operated laundry and dryer, internet connection point available

No

Mulwaree Apartments - www.asc.unsw.edu.auThe Mulwaree Apartments are 15 minutes walk from the kensington campus. These are furnished, shared apartments each with five single bedrooms. Accommodation is for single students only.

$159 for room in 5 bedroom apartment plus establishment costs of approximately $800 (4 weeks rent and bond - refundable on leaving, plus household items)



Microwave, stove top, oven, refrigerator

Common rooms, coin-operated laundry and dryer

No

46 High Street Apartments - www.asc.unsw.edu.auLocated opposite the University entrance Gate 9, the block of apartments contain 9 two bedroom apartments and 6 one bedroom apartments. The block has a secure private car park and all units are fully furnished.

$284 for room in 1 bedroom apartment to $380 for medium-sized room in 2 bedroom apartment



Stove top, oven, refrigerator

Common rooms, coin-operated laundry and dryer

No

UNSW Village - www.unswvillage.com.auLocated on the kensington campus, the Village offers independent student living in modern, fully furnished one to eight bedroom apartments. All apartments have private bedrooms, large kitchens and spacious lounge areas.

$225 for room in 4 to 8 bedroom apartment to $311.50-$333 for room in 1 bedroom apartment



Microwave oven, stove top, refrigerator

Café, convenience store, e-library, common rooms, coin-operated laundry and dryer, internet connection point available

Student support and Resident Assistants to organise social events and activities

New College Village - www.ncv.unsw.edu.auThe New College Village provides brand new, high quality, fully furnished accommodation on lower campus. All bedrooms include a private ensuite.

$275 for superior room with private bathroom in multi-share apartment to $295 for small studio with private bathroom

Postgraduate students at UNSW and selected undergraduates




Resident social committee

UniLodge - www.unilodge.com.auUniLodge, just 5 minutes from campus, offers a choice of modern fully furnished studio and multi-share serviced apartments with 24 hour security and student support.

$327.55 for room in multi-share apartment to $362.55 for deluxe studio with private bathroom and balcony





Residential committee and on-site manager


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www.eng.unsw.edu.au

syDney Sydney, Australia’s largest and most dynamic city, is a vibrant and ever-changing urban centre. Ranked as one of the world’s most liveable cities, Sydney is exciting and cosmopolitan with a lifestyle that has a flavour like no other city in the world.

Located on the south-east coast of Australia, Sydney is the gateway to Australia and home to over four million people. Sydney is also one of the world’s most multicultural cities, where you can experience the food, entertainment and customs of the world’s many cultures. It is the principal port of call for international airlines operating in Australia and offers more entertainment, shopping and sightseeing than any other Australian city.

Frequent major cultural and sporting events, thousands of eateries and restaurants from many different cultures, excellent shopping options, an exciting and diverse nightlife, and weekly markets of all sorts make living in Sydney a truly varied experience.

friendly PeopleAustralians are typically friendly and easy to get along with. They come from culturally diverse backgrounds that range from Anglo-Saxon and European cultures through to Asian, South American, African and Middle Eastern cultures. Partly because of this diverse cultural background, Australians are very accepting of the cultures of others. Indeed, Australians celebrate their differences and enjoy learning about the culture, religions and customs of visitors and their fellow Australians. Currently over 50 per cent of Sydney residents were either born overseas or have at least one parent born overseas.

a mild climateThere are four seasons in Sydney. Summer is from December to February, Autumn from March to May, Winter from June to August, and Spring from September to November. January and February are the hottest months in Sydney. There is no wet season and rainfall in Sydney is usually spread evenly through the year. Sydney’s winters are mild.

sydney’s warm and sunny climate lends intself to a

healthy outdoor lifestyle. the city is surrounded by pristine

sandy beaches, national parks and mountain ranges so you can enjoy swimming,

hiking and camping.


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tuition fees anD other stuDy costs

tuition feesTuition fees for international students at UNSW are set at course (subject) level rather than at program level as is the case at most other Australian universities. The fees for courses reflect the relative cost of providing each type of course. As an example, Engineering and Science courses are more costly to provide than a course offered by the Faculty of Law. This means that your tuition fees will reflect your choice of courses.

The Fee Schedule for Graduate Programs in this book gives details on the tuition fees for postgraduate coursework and research programs, with the estimated annual fee for 2010 based on program-prescribed full-time study loads.

The tuition fees payable for each year of a study program are calculated on the basis of that year’s current fee as listed in the Fee Schedule. For students entering Semester 2 (July), the fees for your first semester will be calculated on the basis of the per UOC fee applicable at the time of your entry. In Semester 1 of the following year your fees will then be calculated on the tuition fees for the new academic year. Summer Semester tuition will be charged at the tuition rate of the year in which the Census Date falls for the enrolled course. For example, for 2011/2012 Summer Semester enrolment, any course that has a Census Date in December (or earlier) will be charged at the 2011 tuition rate; courses with a Census Date in January or later will be charged at the 2012 tuition rates.

If you have an offer to study at UNSW and defer the start date into the new academic year, the tuition fees will be calculated based on the rates for the year you commence your studies.

Each coursework degree program has a regulated structure, which outlines all courses to be taken in order to complete the degree. Based on that structure you can calculate your expected tuition fees until graduation. The program structure and regulations can be found in this guide or the University Online Handbook.

Note: If you are required to complete a course again, you must also pay the tuition fee for the course again.

when to Pay your feesIf you receive an offer letter from the University the letter will contain instructions on how to accept the offer. Just after enrolling you will pay your tuition fees for your first semester less the tuition fees deposit. Payment is usually due one week after the start of semester. The fees for each subsequent semester will be due after you have confirmed enrolment at the beginning of that semester.

refund of fees and overpaymentsAll fees paid, less a A$500 administration charge, will be refunded upon request to students withdrawing before enrolment. The University may decide to waive the A$500 charge in cases where the applicant has not been granted a visa or is unable to attend because of illness. OSHC will be refunded if the money has not yet been sent by the University to its recommended provider. If the money has been sent to the recommended provider, the student will need to apply for the OSHC refund from the recommended provider directly.

All fees paid will be refunded upon written request less a A$1,000 administrative charge to students who withdraw after enrolment but before the census date. This may change subject to Government legislation.

In cases where a student withdraws after census date no refund of fees will be made for that semester. Any fees paid in advance for following semesters would be refunded in full.

The University does not recommend fees overpayment. Overpayments made when accepting an offer or when paying tuition fees will only be returned in the case of a student withdrawing from his or her studies - less any administrative charges which may apply. For students continuing their studies any overpaid monies will be held (without interest payment) by the University for payment towards their next semester fees.

Refunds will only be made in Australian dollars.

A full version of the UNSW Fees Policy can be found at:

https://my.unsw.edu.au/student/fees/FeePolicyInternational.html

financial aid ProgramsUNSW is authorised to assist approved citizens of the United States (US) and Canada in extending their national student loans programs to cover tuition fees and other related expenses for UNSW programs. If you are a US or Canadian citizen and believe you may be eligible for such support please contact the UNSW International Financial Aid Office for assistance and advice on how to apply and process loan applications.

The UNSW Financial Aid Office may also be able to assist UNSW students with applications for education-related private loans.

For full information regarding UNSW Financial Aid Programs, visit the UNSW International website:

www.international.unsw.edu.au/future/financialaid.html or email: [email protected]


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www.eng.unsw.edu.au

fee scheDule for GraDuate ProGramsunsw tuition feesThe fees listed in this Schedule are tuition fees only in Australian dollars. In some programs additional costs will be incurred – such as for chemistry kits, laboratory notes or field trips. Fees listed do not include living costs – please refer to the Student Life and Daily Life sections for estimates of what these costs will be.

Fees are charged on a semester basis at the time of enrolment and are payable by the University due date - the end of the first week of semester. The UNSW Confirmation of Enrolment and fee statement is available only via myUNSW access: https://my.unsw.edu.au

tuition fees for coursework ProgramsThe estimated annual fees listed in this Schedule only reflect the fees for a student undertaking a program-prescribed full-time study load in 2010. A standard full-time year of study at UNSW is 48 units of credit (UOC) or 24 UOC per academic semester.

A program-prescribed full-time study load is the maximum UOC to be undertaken in a year or semester, which allows completion of the program in minimum time. It is usually 48 UOC per year for coursework Masters, 36 or 48 UOC per year for Graduate Diplomas, and 18 or 24 UOC per semester for Graduate Certificates.

For most postgraduate coursework degrees the total UOC requirement will be fulfilled by completing courses from the Faculty offering the degree. However, in some cases it may be possible to enrol in a course from another Faculty. In this case the fees listed could vary. They will be higher if courses with higher fees are chosen.

Graduate Diplomas by Research are a combination of coursework and research, and fees can vary according to the number of UOC of research involved in the program.

The following tables contain the tuition fees that have been set for students commencing studies in 2010. Actual fees for 2011 will be released in late 2010 and will be available at the following link:

https://my.unsw.edu.au/student/fees/TuitionFees.html

DISCLAIMERThe University of New South Wales programs, courses and any arrangements for programs including staff allocated, as stated in this guide or any other University publication, announcement or advice of the University, are an expression of intent only and are not to be taken as a firm offer or undertaking.

The University reserves the right to make alterations to any matter contained in this publication without notice. Information in this guide is accurate as at March 2010, but may be amended without notice by the University.

All costs and fees are provided in Australian dollars (A$). Any agreement with the University does not remove the right to take action under Australia’s consumer protection laws.

POSTGRADUATE INTERNATIONAL COURSEWORk FEES FOR 2010

2010 (A$) 20111 (A$)

Faculty of Arts and Social Sciences $425 $450

Australian School of Business2

Band 1 Band 2

$610$635

$645 $675

Faculty of Built Environment3

Band 1 Band 2

$475 $495

$505 $525

College of Fine Arts $465 $495

Faculty of Engineering $575 $610

Faculty of Law4

Band 1 Band 2

$490 $565

$520 $600

Faculty of Medicine5 Band 1 Band 2

$545 $640

$580 $680

Faculty of Science6

Band 1 Band 2

$495 $545

$525 $580

UNSW@ADFA $475 $505Note: 1 Indicative fees for 20112 Coursework fees in the Australian School of Business sit in two bands: Band 1: All coursework programs except the AGSM MBA program (8350) Band 2: AGSM MBA program (8350)3 Coursework fees in the Faculty of Built Environment sit in two bands: Band 1: All coursework programs except the Master of Architecture (8143) Band 2: Master of Architecture (8143)4 Coursework fees in the Faculty of Law sit in two bands: Band 1: All coursework programs except the Juris Doctor (9150) Band 2: Juris Doctor (9150)5 Coursework fees in the Faculty of Medicine sit in two bands: Band 1: Health Management programs (8901, 8902, 5509, 7360), Public Health programs (9043, 9044, 9045, 9047, 9048, 5507, 5567, 7367, 7368) and Drug Development programs (9060, 5504, 7370, 5511) Band 2: Forensic Mental Health programs (9012, 5512, 7312)6 Coursework fees in the Faculty of Science sit in two bands: Band 1: Environmental Management Programs (8619, 5499, 7339) Band 2: All coursework programs except the Environmental Management programs (8619, 5499, 7339)

The fees paid for each year of a study program are calculated on the basis of that year’s current fees as listed above. For students entering Semester 2 (July), the fees for your first semester will be calculated on the basis of the per UOC fee applicable at the time of your entry. In Semester 1 of the following year your fees will then be calculated on the tuition fees for the new academic year. Summer Semester tuition will be charged at the tuition rate of the year in which the Census Date falls for the enrolled course. For example, for 2011/2012 Summer Semester enrolment, any course that has a Census Date in December (or earlier) will be charged at the 2011 tuition rate; courses with a Census Date in January or later will be charged at the 2012 tuition rates.


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73

Program Title Prog Min UOC to Estimated Semester 2 Code X Years Complete Cost (A$) (July Start) Per Year 2010

ARTS AND SOCIAL SCIENCES

Master of Arts 8225 1 48 $20,400 YesSpecialisations Available:

Applied Linguistics Chinese-English Translation and Interpreting Development Studies International RelationsInterpreting and Translation Studies TESOL

Master of Arts (Extension) in 8229 1.5 72 $20,400 YesInterpreting and Translation Studies Master of Arts and Master of Social 8224 2 96 $20,400 YesSciences (Combined)Master of Education 8910 1 48 $20,400 YesMaster of Education (Applied Linguistics) 8910 1 48 $20,400 YesMaster of Educational Leadership 8960 1 48 $20,400 YesDiploma in Education (Secondary) 5560 1 48 $20,400 NoMaster of International Law and 9240 1 48 $21,960 Yes International Relations* Master of Journalism and Communication 8222 1 48 $20,400 YesMaster of Policy Studies 8248 1 48 $20,400 YesMaster of Professional Ethics 8227 1 48 $20,400 YesMaster of Public Relations and Advertising 8219 1 48 $20,400 YesMaster of Social Development 8939 1 48 $20,400 NoSpecialisations Available:

International Social Development Community Development Refugees and Forced Migration

* This program is taught in conjunction with the Faculty of Law.

BUILT ENVIRONMENT

Master of Architecture 8143 2 96 $23,760 YesMaster of the Built Environment 8132 1.5 72 $22,800 Yes

in Sustainable DevelopmentMaster of Construction Project Management 8123 1 48 $22,800 YesMaster of Construction Project Management 8124 1.5 72 $22,800 Yes

in Professional PracticeMaster of Planning 8147 1.5 72 $22,800 YesMaster of Property and Development 8127 1.5 72 $22,800 YesMaster of Urban Development and Design 8131 1 72 $34,200* Yes* This year long program runs over three semesters, including a summer semester, totalling a full calendar year. The UOC load per semester is 24 for a total fee of A$34,200. An additional cost for the compulsory field trip is estimated at A$5,000.

Graduate Diploma in the Built Environment in Sustainable Development 5132 1 48 $22,800 Yes

Graduate Diploma in Planning 5147 1 48 $22,800 Yes

BUSINESS

Master of Actuarial Studies 8411 1.5 72 $29,280 YesMaster of Actuarial Studies (Extension) 8416 2 96 $29,280 YesMaster of Business and Technology 8616 ** 72 $43,920 YesMaster of Commerce 8404 1.5 72 $29,280 YesSpecialisations Available:

Accounting Banking Business Law Business Strategy Finance Financial Econometrics Funds Management Human Resource Management Information Systems International Business International Finance Marketing Organisation and Management Studies Strategic Value Management Supply Chain and Logistics Tourism Marketing

Master of Commerce (Extension) 8417 2 96 $29,280 YesMaster of Economics 8412 1 48 $29,280 NoMaster of Finance 8406 1 48 $29,280 YesMaster of Financial Analysis 8413 1 48 $29,280 Yes Master of Information Systems 8407 1 48 $29,280 YesMaster of Marketing 8414 1 48 $29,280 YesMaster of Professional Accounting 8409 1.5 72 $29,280 YesMaster of Professional Accounting 8415 2 96 $29,280 Yes

(Extension) Master of Technology Management 8007 1 48 $29,280 YesMaster of Business Administration (AGSM MBA) 8350 * $63,180** No* 16 months full time. ** Approximate cost calculated for full program.


COLLEGE OF FINE ARTS

Master of Art 9307 1.5 72 $22,320 YesSpecialisations Available:

Drawing Painting Printmaking Sculpture, Performance and Installation Photomedia Time-Based Art

Master of Art Administration 9302 1.5 72 $22,320 YesMaster of Art and Design Education 9303 1 48 $22,320 YesMaster of Cross-Disciplinary Art and Design 9309 1.5 72 $22,320 YesMaster of Design 9304 1.5 72 $22,320 YesMaster of Digital Media 9308 1.5 72 $22,320 NoGraduate Diploma in Art 5307 1 48 $22,320 YesGraduate Diploma in Art Administration 5302 1 48 $22,320 YesGraduate Diploma in Cross-Disciplinary 5309 1 48 $22,320 Yes

Art and DesignGraduate Diploma in Design 5724 1 48 $22,320 YesGraduate Diploma in Digital Media 5308 1 48 $22,320 NoGraduate Certificate in Art 7307 0.5 24 $11,160 YesGraduate Certificate in Art Administration 7302 0.5 24 $11,160 YesGraduate Certificate in Art and 7304 0.5 24 $11,160 Yes

Design EducationGraduate Certficate in Cross-Disciplinary 7309 0.5 24 $11,160 Yes

Art and DesignGraduate Certificate in Design 7303 0.5 24 $11,160 YesGraduate Certificate in Digital Media 7308 0.5 24 $11,160 No

ENGINEERING

Master of Biomedical Engineering 8660 1.5 72 $27,600 YesMaster of Engineering 8621 2 96 $27,600 YesSpecialisations Available:

Electrical Engineering Telecommunications EngineeringMaster of Engineering Science 8538 1.5 72 $27,600 YesSpecialisations Available:

Biomedical Engineering Chemical Process Engineering Civil Engineering Energy SystemsEngineering and Technical Management Environmental EngineeringFood Process Engineering Geoinformation Technology Geotechnical Engineering and Engineering Geology Groundwater Resources Information Technology Manufacturing Engineering and Management Mechanical Engineering Microelectronics and Microsystems Petroleum Engineering Photovoltaics and Solar Energy Project Management Signal Processing Structural Engineering Systems and Control Telecommunications Water Resources Water, Waste Water and Waste Engineering

Master of Engineering Science (Extension) 8539 2 96 $27,600 YesMaster of Information Technology 8543 2 96 $27,600 YesMaster of Mining Engineering 8058 1 48 $27,600 YesMaster of Science in Food Science and Technology 1.5 72 $27,600 Yes

Food Science and Nutrition 8033Food Science and Technology 8033Food Safety and Quality 8033

Master of Science (Extension) inFood Science and Technology 8034 2 96 $27,600 Yes

Graduate Diploma in Biomedical Engineering 5445 1 36 $20,700 YesGraduate Diploma of Engineering Science 5338 1.5 60 $27,600 YesGraduate Diploma of Information Technology 5543 1.5 72 $27,600 YesGraduate Diploma in Food Technology 5020 1.5 60 $27,600 YesGraduate Diploma in Mining Engineering 5040 1 36 $20,700 YesGraduate Diploma in Mine Ventilation 5045 1 36 $20,700 YesGraduate Certificate in Computing 7543 0.5 24 $13,800 YesGraduate Certificate of Engineering Science 7338 1 48 $27,600 YesGraduate Certificate in Food Technology 7310 1 48 $27,600 Yes

FOOTNOTES The estimated annual fees listed only reflect the fees likely for a student commencing a full-time load of 48 units of credit (UOC) in Semester 1 2010. The fees paid for each year of a study program are calculated on the basis of that year’s current fees. For students entering Semester 2 (July), the fees for your first semester will be calculated on the basis of the per UOC fee applicable at the time of your entry. In Semester 1 of the following year your fees will then be calculated on the tuition fees for the new academic year.

X All codes can be checked against the CRICOS listing.

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LAW AND TAxATION

Master of Laws1 9200 1 48 $23,520 YesMBA/Master of Laws 9230 2 144 $88,6402 YesMaster of Dispute Resolution 9235 1 48 $23,520 YesMaster of Human Rights Law 9211 1 48 $23,520 Yes

and Policy Master of International Law and 9240 1 48 $21,960 Yes

International Relations3

Juris Doctor 9150 3 144 $27,120 Yes Master of Legal Studies 9220 1 48 $23,520 No Master of Applied Taxation 9260 1 48 $23,520 Yes Master of International Taxation 9255 1 48 $23,520 Yes Master of Revenue Administration 9245 1 48 $23,520 YesMaster of Taxation 9250 1 48 $23,520 Yes Master of Taxation and Financial 9270 1 48 $23,520 Yes

Planning Graduate Diploma in Advanced 5540 1 36 $17,640 Yes

TaxationGraduate Diploma in Applied 5265 1 36 $17,640 No

Intellectual Property Graduate Diploma in Dispute Resolution 5235 1 36 $17,640 YesGraduate Diploma in International 5760 1 36 $17,640 Yes

Law and International Relations2

Graduate Diploma in Human 5211 1 36 $17,640 YesRights Law and Policy

Graduate Diploma in Revenue 5245 1 36 $17,640 Yes Administration

Graduate Diploma in Taxation Studies 5541 1.5 48 $17,640 YesGraduate Diploma in Taxation and 5272 1 36 $17,640 Yes

Financial Planning1 This program is taught in conjunction with the Australian School of Business.2 Approximate cost calculated for full program 3 This program is taught in conjunction with the Faculty of Arts and Social Sciences.

Program Title Prog Min UOC to Fee Estimated Semester 2 Code X Years Complete Band Cost (A$) (July Start) Per Year 2010

MEDICINE

Drug Development 1 Master of Medical Science 9060 3(PT) 72 1 $13,080 NoGraduate Diploma 5504 2(PT) 48 1 $13,080 NoGraduate Certificate 7370 1(PT) 24 1 $13,080 No

Graduate Diploma in Pharmaceutical 5511 2(PT) 48 1 $13,080 NoMedicine 1

Health ManagementMaster of Health Management 8901 1 48 1 $26,160 YesMaster of Health Management 8902 0.5 24 1 $13,080 Yes(Extension) 2

Graduate Diploma in Health 5509 1 36 1 $19,620 YesManagementGraduate Certificate in Health 7360 0.5 24 1 $13,080 YesManagement

Master of Public Health 9045 1 48 1 $26,160 YesGraduate Diploma in Public Health 5507 1 36 1 $19,620 YesGraduate Certificate in Public Health 7368 0.5 24 1 $13,080 Yes International Public Health

Master of International Public Health 9048 1 48 1 $26,160 YesGraduate Diploma in 5567 1 36 1 $19,620 YesInternational Public Health Graduate Certificate in 7367 0.5 24 1 $13,080 Yes International Public Health

Forensic Mental HealthMaster of Forensic Mental Health 9012 1 48 2 $30,720 YesGraduate Diploma in Forensic 5512 1 36 2 $23,040 YesMental HealthGraduate Certificate in Forensic 7312 0.5 24 2 $15,360 YesMental Health

Master of Public Health/Health 9047 1.5 72 1 $26,160 YesManagementMaster of International Public Health/ 9043 1.5 72 1 $26,160 YesPublic HealthMaster of International Public Health/ 9044 1.5 72 1 $26,160 YesHealth Management 1 The Graduate Certificate, Graduate Diploma and Master of Drug Development and the Graduate Diploma in Pharmaceutical Medicine are only available in part-time mode by distance learning. Tuition fees are charged at 24 UOC per year. Students study from their home country with a short block of time in Australia required at UNSW.2 Entry into this program is only available to those who have completed the Master of Health Management or the equivalent with a minimum credit grade average.3 Entry into this program is only available to those who have completed the Master of Public Health or the equivalent with a minimum credit grade average.


SCIENCE

Master of Biostatistics 8751 1.5 72 $26,160 NoMaster of Community Eye Health 8761 1 48 $26,1601 NoMaster of Conservation Biology 8745 1 242 $13,080 Yes1 Commencement of this program is in November of each year only.2 At UNSW

Master of Environmental Management 8619 1.5 72 $23,760 YesMaster of Financial Mathematics 8161 1.5 72 $26,160 NoMaster of Optometry3 8760 1 48 $26,160 Yes3 Some courses involve additional posting and field trip costs.

Master of Psychology: 2 96 $26,160 NoClinical 8256 Forensic 8257 Organisational 8258

Master of Safety Science 8671 2 96 $26,160 YesMaster of Science in Safety, Health 8737 1.5 72 $26,160 Yes

and EnvironmentMaster of Science and Technology in: 1 48 $26,160 Yes

Aviation 8738Chemical Analysis and Lab Management 8708Engineering Materials 8715Environmental Science 8735Groundwater Resources 8702Industrial Safety 8727Mathematics 8718Occupational Medicine 8734Spatial Information 8714

Master of Science and Technology in 8733 1.5 72 $26,160 YesOccupational Health and Safety

Master of Statistics 8750 1.5 72 $26,160 YesGraduate Diploma in:

Aviation (Flying)4 5538 1 48 $26,160 YesAviation Management 5678 1 36 $19,620 YesChemical Analysis and Lab Management 5648 1 36 $19,620 YesCommunity Eye Health 5666 0.5 36 $19,620 No5

Environmental Management 5499 1 48 $23,760 YesEnvironmental Science 5675 1 36 $19,620 YesMathematics and Statistics 5659 1 48 $26,160 YesOccupational Medicine 5674 1 36 $19,620 YesOptometry 5665 1 36 $19,620 YesSafety, Health and Environment 5667 1 48 $26,160 YesSafety Science 5672 1 48 $26,160 YesSpatial Information 5693 1 36 $19,620 Yes

4 Program requires additional flying fees. Contact School for availability of this program in 2010.5 Commencement of this program is in November of each year only.

Graduate Diploma by Research and Coursework6 1 48 $26,160(Maximum 48 UOC to complete)

Biochemistry and Molecular Genetics 5345 YesBiological Science 5350 YesChemistry 5647 YesMicrobiology and Immunology 5355 YesOptometry 5523 YesPsychology 5330 NoPhysics 5533 YesPhysics Research Techniques 5663 Yes

6 These programs are a general combination of coursework and a research project and are charged at the coursework rate.

Graduate Certificate in: Aviation Management 7448 0.5 18 $9,810 YesChemical Analysis and Lab Management 7428 0.5 18 $9,810 YesEnvironmental Management 7339 0.5 24 $11,880 YesEnvironmental Science 7445 0.5 18 $9,810 YesMathematics and Statistics 7659 0.5 24 $13,080 YesOptometry 7435 0.5 18 $9,810 YesSafety, Health and Environment 7447 0.5 24 $13,080 YesSafety Science 7442 0.5 24 $13,080 YesSpatial Information 7714 0.5 24 $13,080 Yes


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75


UNIVERSITY-WIDE PROGRAM

Postgraduate International 6910 1 or 2 24 $10,200 to YesPlacement Program – Non Award sem- or $14,640 esters 48 per semesterFor more details: www.international.unsw.edu.au

UNSW@ADFA (AUSTRALIAN DEFENCE FORCE ACADEMY)

CRICOS Provider Code 00100GEmail: [email protected] of Arts 8175 1 48 $22,800 YesSpecialisations Available:

Defence StudiesStrategy and Management Strategy and Policy

Master of Business 8388 1 48 $22,800 YesMaster of Engineering Science 8569 1 48 $22,800 YesSpecialisations Available:

Aerospace Engineering C4ISREW Civil Engineering Data Communications and AnalysisElectrical Engineering Marine Engineering Project Management Simulation and Experimentaion

Master of Management Studies 8398 1 48 $22,800 YesSpecialisations Available:

Defence Capability, Development and Acquisition Project Management

Master of Science 8562 1 48 $22,800 YesSpecialisations Available:

Defense Operations Research Operations Research and SystemsInformation Technology Simulation and Experimentation

Master of Systems Engineering 8567 1 48 $22,800 YesSpecialisations Available:

Electronic WarfareNetworkingSpace SystemsTest and EvaluationWeapons and Ordnance

Graduate Diploma in: 1 36 $17,100 YesArts 5855Business 5377Engineering Science 5889Management Studies 5823Science 5882Systems Engineering 5867

Graduate Certificate in: 0.5 24 $11,400 YesBusiness 7366Management Studies 7385Science 7382

For more details: www.unsw.adfa.edu.au

tuition fees for research ProgramsA standard full-time year of study for research programs at UNSW is 48 units of credit (UOC) or 24 UOC in each academic semester. In some research programs, there may be a combination of coursework and research in a semester or year. Concurrent courses relevant to the research program are covered by the research tuition paid.

Graduate Diplomas by Research are not classified as research degrees. They are equivalent to an undergraduate honours year and are assessed on the value of the individual courses undertaken.

The tuition fees for research programs are listed below and the fees listed for 2011 are indicative only.

Tuition fees are charged per UOC according to the subject classification (course identifier). Tuition fees are charged on a semester basis irrespective of when studies are commenced.

2010 (A$) 20111 (A$)

Faculty of Arts and Social Sciences $415 $440

Australian School of Business $415 $440

Faculty of Built Environment $465 $495

College of Fine Arts $465 $495

Faculty of Engineering $580 $615

Faculty of Law $435 $460

Faculty of Medicine2 Band 1 Band 2

$435 $610

$460 $645

Faculty of Science $580 $615

UNSW@ADFA $465 $4951 Indicative fees for 20112 Research fees in the Faculty of Medicine sit in two bands: Band 1: Master by Research and PhDs in Public and Community Health Band 2: All other disciplines in Medicine

Program Program Estimated Cost (A$) Code Per Year 2010

ARTS AND SOCIAL SCIENCES

Doctor of Philosophy - PhD $19,920 Applied Ethics 1262Australian Studies 1190Chinese Studies 1225Creative Writing 1200Criminology 1297 Education 1970 English 1200Environmental Policy and Management 1211 European Studies 1235 French Studies 1210German Studies 1231 Health, Sexuality and Culture 1215History 1240History and Philosophy of Science 1251Indonesian Studies 1228



76


www.eng.unsw.edu.au


(continued from previous page) International Studies and Global Transformations 1212 $19,920

Japanese Studies 1221 korean Studies 1223Linguistics 1208Media, Film and Theatre 1245 Modern Greek Studies 1238Music 1280Music Education 1281Philosophy 1260Politics and International Relations 1270 Professional Ethics 1265 Russian Studies 1291 Social Science and Policy 1295 Social Work 1980 Sociology 1300 Spanish and Latin American Studies 1310Women’s Studies 1305

Master of Arts by Research 2353 $19,920 Specialisations Available: Applied Ethics Australian Studies

Chinese Studies Creative Writing English Environmental Policy and ManagementEuropean Studies French Studies German Studies Health Sexuality and Culture History History and Philosophy of Science Indonesian Studies International Studies and Global Transformations Japanese Studies korean Studies Linguistics Media, Film and Theatre Modern Greek Studies Philosophy Politics and International Relations Professional Ethics Russian Studies Social Science and Policy Social Work Sociology and Anthropology Spanish and Latin American Studies Women’s and Gender Studies

Master of Education by Research 2354 $19,920 Master of Educational Leadership by Research 2355 $19,920Master of Music by Research 2356 $19,920Master of Music Education by Research 2357 $19,920Master of Social Science by Research 2358 $19,920Master of Social Work by Research 2970 $19,920Master of Philosophy - Higher Education 2359 $19,920

BUILT ENVIRONMENT

Doctor of Philosophy - PhD 1120 $22,320 ArchitectureBuildingConstruction and Project ManagementFacilities Management Industrial DesignInterior Architecture Landscape ArchitectureProperty Development and Management Town Planning and Urban Design

Master of Architecture by Research 2200 $22,320 Master of Building by Research 2210 $22,320 Master of the Built Environment by Research 2240 $22,320 Master of Landscape Architecture by Research 2220 $22,320 Master of Town Planning by Research 2230 $22,320 Master of Philosophy 2222 $22,320

ArchitectureBuildingConstruction and Project ManagementFacilities Management Industrial DesignInterior Architecture Landscape ArchitectureProperty Development and Management Town Planning and Urban Design

BUSINESS

Doctor of Philosophy - PhD $19,920Accounting 1521Actuarial Studies 1545 Banking and Finance 1561Business Law and Taxation 1535Economics 1540Information Systems 1525Marketing 1550Organisation and Management 1605 Strategy and Entrepreneurship 1532


Master of Philosophy 2585 $19,920Accounting Actuarial Studies Banking and Finance Business Law and Taxation Economics Employment Relations Human Resource Management Information Systems and Technology ManagementInternational Business Marketing Organisational Behaviour

COLLEGE OF FINE ARTS

Doctor of Philosophy - PhD $22,320 Art Education 1285 Art Theory 1286 Design 1288 Fine Arts 1287Media Arts 1289Visual Anthropology 1283Visual Culture 1283

Master of Art Administration (Honours) 2264 $22,320 Master of Art Education (Honours) 2255 $22,320 Master of Art Theory by Research 2265 $22,320 Master of Fine Arts by Research 2245 $22,320 Master of Design (Honours) 2266 $22,320 Master of Philosophy 2267 $22,320

ENGINEERING

Doctor of Philosophy - PhD $27,840 Biomedical Engineering 1710 Chemical Engineering 1010Civil and Environmental Engineering 1630Computer Science and Engineering 1650Electrical Engineering 1640Food Science and Technology 1031Industrial Chemistry 1016Mechanical and Manufacturing Engineering 1662 Mining Engineering 1050Petroleum Engineering 1017Photovoltaic Engineering 1655Surveying and Spatial Information Systems 1681

Master of Engineering in: $27,840 Biomedical Engineering 2675 Chemical Engineering 2150 Civil and Environmental Engineering 2650 Computer Science and Engineering 2665 Electrical Engineering 2660 Mechanical and Manufacturing Engineering 2692 Mining Engineering 2180 Petroleum Engineering 2156Photovoltaic Engineering 2655Surveying and Spatial Information Systems 2721

Master of Science by Research $27,840 Biomedical Engineering 2795 Chemical Engineering 2010Civil and Environmental Engineering 2750Computer Science and Engineering 2765Food Science and Technology 2031Industrial Chemistry 2016

LAW AND TAxATION

Doctor of Philosophy - PhD $20,880Law 1730Taxation 1745

Doctor of Juridical Science 1740 $20,880Master of Laws by Research 2440 $20,880Master of Taxation by Research 2455 $20,880


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77


MEDICINE

Doctor of Philosophy - PhD Anatomy 1750 $29,280 Medicine (Prince of Wales Hospital) 1770 $29,280 Medicine (South Western Sydney Hospital) 1771 $29,280 Medicine (St George Hospital) 1772 $29,280 Medicine (St Vincent’s Hospital) 1773 $29,280 Obstetrics and Gynaecology 1820 $29,280 Paediatrics 1830 $29,280 Pathology 1780 $29,280 Physiology and Pharmacology 1790 $29,280 Psychiatry 1800 $29,280Public Health and Community Medicine 1835 $20,880 Rural Health 1795 $29,280 Surgery (Prince of Wales Hospital) 1810 $29,280 Surgery (South Western Sydney Hospital) 1811 $29,280 Surgery (St George Hospital) 1812 $29,280 Surgery (St Vincent’s Hospital) 1813 $29,280

Master of Health Administration by Research 2960 $20,880Master of Health Professions Education by Research 2885 $20,880Master of Medicine by Research (Paediatrics) 2515 $29,280 Master of Philosophy (in Forensic Mental Health) 2712 $29,280Master of Philosophy (Public Health) 2713 $20,880Master of Public Health by Research 2845 $20,880Master of Science by Research

Anatomy 2800 $29,280 Community Medicine 2810 $20,880Medicine (Prince of Wales Hospital) 2820 $29,280 Medicine (South Western Sydney Hospital) 2821 $29,280 Medicine (St George Hospital) 2822 $29,280 Medicine (St Vincent’s Hospital) 2823 $29,280 Obstetrics and Gynaecology 2830 $29,280 Paediatrics 2805 $29,280 Pathology 2840 $29,280 Physiology and Pharmacology 2850 $29,280 Psychiatry 2880 $29,280Rural Health 2835 $29,280 Surgery (Prince of Wales Hospital) 2875 $29,280 Surgery (South Western Sydney Hospital) 2876 $29,280 Surgery (St George Hospital) 2877 $29,280 Surgery (St Vincent’s Hospital) 2878 $29,280

Master of Surgery by Research $29,280 Surgery (Prince of Wales Hospital) 2860 Surgery (South Western Sydney Hospital) 2861 Surgery (St George Hospital) 2862 Surgery (St Vincent’s Hospital) 2863

SCIENCE

Doctor of Philosophy - PhD $27,840 Applied Geology 1000 Aviation 1900 Biochemistry and Molecular Genetics 1410 Biological Science 1435 Biotechnology 1036 Chemistry 1870Environmental Policy and Management 1211Geography 1080 Materials Science and Engineering 1045 Mathematics 1880 Microbiology and Immunology 1440 Optometry 1860 Physics 1890 Psychology 1400 Vision Science 1487Science Communication *

Doctor of Philosophy/Master of Psychology $27,840 Clinical 1404Forensic 1405Organisational 1406

Master of Engineering by Research $27,840 Materials Science and Engineering 2175

* Program code is dependent on research specialisation undertaken.


Master of Science by Research $27,840 Applied Geology 2000 Aviation 2905Biochemistry and Molecular Genetics 2460 Biotechnology 2036 Biological Science 2485 Chemistry 2910 Geography 2040 Materials Science and Engineering 2055 Mathematics 2920 Microbiology and Immunology 2490 Optometry 2900 Physics 2930 Psychology 2450

Master of Philosophy 2475 $27,840 Aviation Biological Sciences Biotechnology and Biomolecular Sciences Chemistry Geosciences Materials Science and Engineering Physics Vision Sciences

UNSW@ADFA (AUSTRALIAN DEFENCE FORCE ACADEMY)

CRICOS Provider Code 00100G Email: [email protected]

Doctor of Information Technology 9920 $22,320 Doctor of Philosophy - PhD $22,320

Aerospace Engineering 1663Civil Engineering 1631 Electrical Engineering 1643Mechanical Engineering 1661History 1241English 1201Indonesian Studies 1203Politics 1321Business (Economics and Management) 1541 Chemistry 1871Computer Science 1885 Geography 1081 Mathematics and Statistics 1881Oceanography 1082 Physics 1892

Master of Arts 2406 $22,320 Master of Engineering $22,320

Aerospace Engineering 2693 Civil Engineering 2651 Electrical Engineering 2663 Mechanical Engineering 2691

Master of Science $22,320 Chemistry 2911 Computer Science 2925 Geography 2041 Mathematics and Statistics 2921Oceanography 2042 Physics 2931

Master of Philosophy $22,320 Aerospace, Civil and Mechanical Engineering 2227Business 2226Humanities and Social Sciences 2225Information Technology and Electrical Engineering 2228Physical, Environmental and Mathematical Sciences 2229

Master programs by coursework with Master of Philosophy $22,320 Arts 8691Defence Studies 8692Engineering Studies 8693Science 8694Management Studies 8695

For more details: www.unsw.adfa.edu.au




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78

UNSW offers a wide range of scholarships for international students undertaking postgraduate programs, mainly for students commencing a postgraduate research degree. Scholarships range from annual stipends, living allowances and tuition fee costs to travel scholarships and supplements. The table below provides information on some of the Australian Government and University funded scholarships available.

UNSW Faculties, Schools, Donors and Researchers may offer discipline-specific scholarships for postgraduate study for which international students are eligible. Information on these Scholarships can be found on the UNSW Scholarships website for coursework programs (www.scholarships.unsw.edu.au) and the Graduate Research School website for research programs (www.grs.unsw.edu.au). These websites also detail a complete list of available scholarships.

In some instances, international governments may offer scholarship funding or sponsorship schemes to support postgraduate study. For further information, check with your local government.

www.grs.unsw.edu.au/scholarships/internationalschols.html

scholarshiPs

SCHOLARSHIP STUDY LEVEL/REQUIREMENT AMOUNT (A$) FOR FURTHER INFORMATION

UNSW INTERNATIONAL RESEARCH SCHOLARSHIPS

Only one application is required to be considered for a UNSW International Research Scholarship. All applications for these scholarships will be considered each round using a competitive merit based ranking procedure.

InternationalPostgraduate Research Scholarship (IPRS)

– Masters by Research or PhD– Awarded for academic excellence– Funded by the Australian Government and UNSW

Provides tuition fees, Overseas Student Health Cover, visa charges, travel concessions and UNSW provides a living allowance stipend in the range of approximately $20,000 to $27,000 per year. Provided for three years for PhD study and two years for a Master by Research.

www.grs.unsw.edu.au

University International Postgraduate Awards (UIPA)

– Masters by Research or PhD– Awarded for academic excellence– Funded by UNSW

Provide tuition fees and a living allowance stipend in the range of approximately $20,000 to $27,000. Provided for three years for PhD study and two years for a Master by Research

www.grs.unsw.edu.au

Tuition Fee Remission Scholarship plus a Faculty Research Stipend

Please refer to the Graduate Research School website


www.grs.unsw.edu.au

Tuition Fee Remission Scholarship



www.grs.unsw.edu.au

AUSTRALIAN GOVERNMENT SCHOLARSHIPS

Australian Development Scholarships (ADS)

- Funded by the Australian Agency for International Development (AusAID)- Scholarships for undergraduate and postgraduate study for citizens of eligible partner ADS countries

Provides tuition fees, a fortnightly living allowance, Overseas Student Health Cover and other benefits

www.ausaid.gov.au/scholar

Australian Leadership Awards

- Funded by the Australian Agency for International Development (AusAID)- Postgraduate scholarships for professionals for study at Master or Doctoral level and fellowships for professionals for short-term research, study or professional attachments- For citizens of eligible partner countries

Benefits vary, scholarship provides tuition fees, a fortnightly living allowance, Overseas Student Health Cover and other benefits

www.ausaid.gov.au/scholar

Endeavour AwardsProgram

- Funded by the Australian Government- To undertake short or long term study, research and professional development in a broad range of disciplines- For citizens of eligible partner countries

Provides a wide range of scholarships and fellowships. Endeavour study and research programs vary in duration, conditions and benefits.

www.endeavour.dest.gov.au

OTHER Various UNSW Faculty, School, Donors and Research Grant funded Scholarships, Sponsorship and other Government Funding

Various www.grs.unsw.edu.auand www.scholarships.unsw.edu.au


www.eng.unsw.edu.au

79

where to finD informationunsw websiteThe best source of detailed information is the UNSW website.

www.unsw.edu.au

Another great source of information is UNSWTV.

UNSWTV is the new digital media management system for the University. It allows staff and students to easily upload, publish and manage content, including videos, audio and PDFs.

A simple wizard upload system allows users to direct content to a variety of publishing outlets, including UNSW on YouTube and UNSW’s iTunesU channel.

Academics can send content only to a particular course cohort by setting up a collection into which students can post course work. The choice of publishing outlet is determined by what level of access users want to grant and what copyright they want to assign to the material.

The main channel content you see on the home page is produced by the UNSWTV team in the Media and Communications Office. By making content public, material may be selected as one of the featured videos.

www.tv.unsw.edu.auwww.youtube.com/unsw

unsw officesUNSW has its own offices in Australia (Sydney), Canada (Vancouver), Europe (Poland), Hong kong, India (Mumbai), Singapore, Thailand (Bangkok) and Vietnam (Hanoi and Ho Chi Minh City) - listed below. Staff at all UNSW offices are available to help you with any questions you have about studying at UNSW.

AUSTRALIAUNSW INTERNATIONAL OFFICEStreet Address:Ground Floor, East Wing, Red CentreThe University of New South WalesUNSW Sydney NSW 2052 Postal Address: UNSW International OfficeThe University of New South WalesSydney NSW 2052 T: +61 2 9385 6996 F: +61 2 9385 9907E: [email protected]

CANADA UNSW North America Representative1001, W. Broadway, Suite 339Vancouver, BC, V6H 4E4 T: +1 778 995 8688 F: +1 647 723 7460E: [email protected] www.upabovelearning.com

EUROPE UNSW International Coordinator (Europe)T/F: +48 12 444 1470E: [email protected]

HONG kONG Suite 2502, 25th Floor, Office Tower Convention Plaza, 1 Harbour Road WanchaiT: +852 2593 9900 F: +852 2511 9288E: [email protected]

INDIA 415, 4th Floor, Raheja Chambers Free Press Journal Marg, Nariman PointMumbai 400021T: +91 22 2288 3347-50 F: +91 22 2288 33461 E: [email protected] www.unswindiaoffice.com

SINGAPORE #13-07 International Plaza10 Anson Road Singapore 079903 T: +65 6227 8921 F: +65 6220 3026E: [email protected] www.singapore.unsw.edu.au

THAILAND U Chu Liang Building, 28th Floor968 Rama IV Road, Silom, BangrakBangkok 10500 T: +66 2 632 4477 F: +66 2 632 4479E: [email protected]

VIETNAM HANOI Office 1, 5th Floor, HAREC Building4A Lang Ha, Ba Dinh District, Hanoi T: +84 4 377 27 337 / +84 4 377 27 338F: +84 4 377 27 339E: [email protected]

HO CHI MINH CITY 5th Floor, Lucky Star Building, 102 Bis Le Lai District 1 Ho Chi Minh CityT: +84 8 3925 2679 F: +84 8 3925 6765E: [email protected] www.unsw.edu.vn

UNSW has representative offices located in major cities in 56 countries throughout the world (see overleaf).


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80

Bogotá

Bucaramanga

Cali

Medellín

Guayaquil

Cairo

Lyon

ParisMunich

Seoul

Beirut

Guadalajara

Madrid

Caracas

Ibagué

Tripoli

Quito

Brisbane

Sydney

Melbourne

Adelaide

Perth

Noumea

BandungJakarta

Bali

SurabayaSemarang

Makassar

Pontianak

Solo

Medan

Malang

Batam

Manila

Bandar Seri Begawan

Kuching

Sabah

Kuala Lumpur

Singapore

Phnom Penh

Johor BahruNilai

Penang

Subang Jaya

Kunming

Beijing

Changchun

Chengdu

Dalian

Dongguan

Lanzhou

Guangzhou

Harbin

Hefei

Jinan

Nanjing

Nanning

QingdaoShandong

Shanghai

Shenyang

Shenzhen

TaiyuanTianjin

Wenzhou

Wuhan

Xiamen

XianZhengzhou

Zhongshan

ThimphuKathmandu

Hong Kong

Mumbai

Agra

Ahmedabad

Bangalore

Bhopal

Chandigarh

Chennai

KochiCoimbatore

Dimapur

GurgaonNew Delhi

Guwahati

Hyderabad

Jaipur

Kolkata

Ludhiana

Patna

Pune

Raipur

Trivandrum

VadodraVallabh Vidya Nagar

Vizag

Buenos Aires

Vienna

Bahrain Abu Dhabi

Dhaka

Brussels

Sao Paulo

Porto Alegre

Vancouver

Santiago

Concepción

Antofagasta

Copenhagen

BerlinEssen

TehranFukuoka

NagoyaOsaka

Sapporo

Tokyo

Amman

Busan

Kuwait

Mauritius

Puebla

Monterrey

Utrecht

Oslo

Muscat

LahoreIslamabad

Multan

Karachi

Lima

Arequipa

Trujillo

Kraków

DohaAl Khobar

JeddahRiyadh

Cadca

Colombo

Stockholm

KaohsiungTaichungTaipei

Bangkok

Bhubaneswar Chiang Mai

Hat Yai

Khon Kaen

Dubai

London

Ho Chi Minh CityCan Tho

Hanoi

Danang

Mexico City

La Paz

Mendoza

Rio de Janeiro

Sharjah

Ipoh

Balikpapan

Auckland

ChangshaChongqing

HangzhouNanchang

Valencia

For an up-to-date listing of all officially approved UNSW representative offices, visit

www.international.unsw.edu.au/contacts/contactrep_offices.html

If an agent claims to be representing UNSW but does not appear on this list please contact [email protected] to confirm their status.

kEY

UNSW Office

UNSW Representative Agent

Location with UNSW Office and Representative Agent

rePresentative offices


www.eng.unsw.edu.au

81

Bogotá

Bucaramanga

Cali

Medellín

Guayaquil

Cairo

Lyon

ParisMunich

Seoul

Beirut

Guadalajara

Madrid

Caracas

Ibagué

Tripoli

Quito

Brisbane

Sydney

Melbourne

Adelaide

Perth

Noumea

BandungJakarta

Bali

SurabayaSemarang

Makassar

Pontianak

Solo

Medan

Malang

Batam

Manila

Bandar Seri Begawan

Kuching

Sabah

Kuala Lumpur

Singapore

Phnom Penh

Johor BahruNilai

Penang

Subang Jaya

Kunming

Beijing

Changchun

Chengdu

Dalian

Dongguan

Lanzhou

Guangzhou

Harbin

Hefei

Jinan

Nanjing

Nanning

QingdaoShandong

Shanghai

Shenyang

Shenzhen

TaiyuanTianjin

Wenzhou

Wuhan

Xiamen

XianZhengzhou

Zhongshan

ThimphuKathmandu

Hong Kong

Mumbai

Agra

Ahmedabad

Bangalore

Bhopal

Chandigarh

Chennai

KochiCoimbatore

Dimapur

GurgaonNew Delhi

Guwahati

Hyderabad

Jaipur

Kolkata

Ludhiana

Patna

Pune

Raipur

Trivandrum

VadodraVallabh Vidya Nagar

Vizag

Buenos Aires

Vienna

Bahrain Abu Dhabi

Dhaka

Brussels

Sao Paulo

Porto Alegre

Vancouver

Santiago

Concepción

Antofagasta

Copenhagen

BerlinEssen

TehranFukuoka

NagoyaOsaka

Sapporo

Tokyo

Amman

Busan

Kuwait

Mauritius

Puebla

Monterrey

Utrecht

Oslo

Muscat

LahoreIslamabad

Multan

Karachi

Lima

Arequipa

Trujillo

Kraków

DohaAl Khobar

JeddahRiyadh

Cadca

Colombo

Stockholm

KaohsiungTaichungTaipei

Bangkok

Bhubaneswar Chiang Mai

Hat Yai

Khon Kaen

Dubai

London

Ho Chi Minh CityCan Tho

Hanoi

Danang

Mexico City

La Paz

Mendoza

Rio de Janeiro

Sharjah

Ipoh

Balikpapan

Auckland

ChangshaChongqing

HangzhouNanchang

Valencia


www.eng.unsw.edu.au

aPPlyinG to stuDy at unswa steP by steP GuiDe1Decide what it is you wish to study – read the details in this guide and visit: www.international.unsw.edu.au

If you are a research applicant, you should contact a potential supervisor in your preferred area of research and write a research proposal. For more details, visit www.grs.unsw.edu.au/futurestudents/futurehome.html

2Check the entry qualifications you need and the structure of the relevant program(s) by viewing Faculty websites and the online handbook at: www.handbook.unsw.edu.au

You can also view the Research Student Handbook at: www.grs.unsw.edu.au/currentstudents/studenthandbook.html

3Apply online at:

www.apply.unsw.edu.au

The fee for each online application is A$50 or A$100 for each paper application.

You should only use the paper application form in this book if you do not have access to the Internet, and/or do not have access to a credit card.

Coursework Programs ■ Programs are based on lectures and/or seminars, assignments and/or formal

examinations

■ Lead to Master degrees, Graduate Diplomas or Graduate Certificates

■ Program duration

- 1 to 2 years for Master programs

- 1 to 1.5 years for Graduate Diplomas

- 6 months for Graduate Certificates

■ Some Master programs may be a combination of coursework and research

■ Quotas may apply to coursework programs

Research Programs ■ Programs are based on undertaking research and preparation of a thesis

■ Some coursework studies may be required

■ Lead to the award of PhD, Master by Research or Master of Philosophy

■ Program duration - 3 to 4 years for PhD programs. - Minimum duration for completion is 3 years. - 1.5 to 2 years for Master by Research programs. - Minimum duration for completion is 1.5 years.

■ Some Faculties have specific application requirements. For further information, visit the Graduate Research School website at: www.grs.unsw.edu.au/futurestudents/apply.html

Note: The application forms in this book are not to be used to apply for graduate study programs at UNSW@ADFA (Australian Defence Force Academy) or the AGSM MBA program. Information on UNSW@ADFA closing dates and the application process can be viewed at www.unsw.adfa.edu.au/student/apply/index.html You should contact UNSW@ADFA ([email protected]) or the Australian School of Business ([email protected]) directly for application advice and requirements.

4Provide certified or original copies of the required documents to the Direct Admissions Office (for coursework programs) or the Graduate Research School (for research programs). Complete applications usually take four to six weeks to process.

Don’t forget - an application fee is required so you should use all three preferences on your application. If you have submitted an application and wish to change it to a new program not listed on your original application form, you will need to submit a new application (paper or online). This is a new application and may thus incur a new application fee.

Quotas apply to coursework programs: Once a set number of offers at a Faculty have been issued for a particular semester, any subsequent applications received may be assessed for the next available semester. A quota may be reached before the application deadline. It is advisable to submit your complete application as early as possible and not to leave your application till the deadline. Applications received after the deadline may still be considered in programs where vacancies remain. The University can not guarantee that they will be processed in time for the commencement of the desired semester.

5An application receipt will be issued – this may request further documents and information.

6You will be informed of the outcome of your application by email, either directed to you or to the UNSW representative office through which you applied. It is therefore important all applicants adjust spam and junk mail filters to allow emails from @unsw.edu.au domains.

7Successful applicants wishing to accept the offer should follow the instructions in the letter.

8Upon receipt of your acceptance, an electronic confirmation of enrolment form will be issued and you will need this to apply for a student visa.

9Before the start of semester you will receive a pre-departure information pack, including information about enrolment.

10 Follow the enrolment instructions to complete enrolment online. Online enrolment usually starts one to two months before the start of semester. Note: This option may not be available for research applicants.

11For coursework students, orientation will take place from 10 days to two weeks prior to the semester commencement date. Postgraduate research student induction events will take place in March or August each year for all new postgraduate research students commencing in Semester 1 or Semester 2 respectively.

12Get busy – your studies are about to begin!

Calendar of Dates

2010 Semester 2 2011 Semester 1 2011 Semester 2

Applications Due1 30 April 2010 31 Oct 2010 30 April 2011

Orientation 14 Jul - 16 Jul 21 Feb - 25 Feb 13 Jul - 15 Jul

Teaching Weeks 19 Jul - 22 Oct 28 Feb - 3 Jun 18 Jul - 21 Oct

Mid Semester Recess 4 Sept - 12 Sept 22 Apr - 1 May 3 Sept - 11 Sept

Study Period and Exams2 23 Oct - 16 Nov 4 Jun - 27 Jun 22 Oct - 15 Nov

1 Application deadline for most research degrees for Semester 1, 2011 is October 31 20102 Examination dates are provisional and subject to change Please visit www.my.unsw.edu.au for up-to-date information


www.eng.unsw.edu.au

contacts at unsw after you submit your applicationPlease quote your student ID Number in all correspondence

For undergraduate and postgraduate coursework programsContact the Direct Admissions Office

Tel: + 61 2 9385 3656

Fax: + 61 2 9662 1049

Applications are processed by family name. Contact one of the following teams for advice.

Family Name Email Contact

Begins With

A-G [email protected]

H-L [email protected]

M-S [email protected]

T-Z [email protected]

For research programsGraduate Research School

Tel: +61 2 9385 5500


Australian School of Business


Built Environment


Engineering


Medicine


UNSW@ADFA (Degree Applications)

Tel: + 61 2 6268 6000


UNSW@ADFA (Scholarship Applications)

Tel: + 61 2 9385 6731


You can track your application online!

You can accept your offer and enrol online!

www.my.unsw.edu.au

(Note: research students may not be able to enrol online)

Please note:

■ Admission to programs at UNSW is competitive. This application is not an enrolment form, nor does it guarantee admission.

■ There are two different application forms: Coursework Programs and Research Programs.

Please remember:

Your application cannot be considered unless all essential attachments are included:

■ The application fee (non-refundable) of A$100 payable to The University of New South Wales by bankdraft or cheque. If you apply online the application fee is only A$50.

■ Original or certified copies of all academic documents (completed or incomplete) and their official English translations. Self-translated documents are not accepted and are considered fraudulent.

■ Copy of the grading or marking system used by the institution attended.

■ Original English test certificates, if applicable.

■ Additional documents required specifically for some programs, e.g. résumé, evidence of work experience, statement of study. Refer to the entry requirements of the Coursework Program Summary Table of this guide for more details or if you are a research applicant visit www.grs.unsw.edu.au/futurestudents/apply.html

other things to considerAm I an international student?If you have Australian or New Zealand citizenship or have full Permanent Residence status of Australia then you must apply as a local student. If you gain Permanent Residence status after applying but before you start your studies (in the case of research students, before census date), then you must inform the Direct Admissions Office/ Graduate Research School and provide proof of this change.

What if I am going to be sponsored?Students who will have their tuition and other associated fees paid by a UNSW approved sponsor do not need to pay the normal acceptance deposit provided they provide evidence of that arrangement and complete the International Sponsorship Registration Form. Further information can be viewed at the following location www.international.unsw.edu.au/future/sponsoredstudents.html This information should be supplied at the time of application.

Can I defer the start date of my studies?Yes, it is possible, subject to Faculty consent, to defer the start of your studies for a maximum period of one year. You must advise the Direct Admissions Office/Graduate Research School in writing no later than the last Friday before the start of the offered semester. If you defer the start to a new calendar year your fees will be set at the fees current for that year. Please note that if the quota has been filled for the semester you wish to defer to, then your deferral will be considered for the next available semester.

Note: Apart from research scholarships which may not be deferred, all other research applicants must have confirmation from the Faculty that appropriate supervision and resources will be available in the next semester to be able to defer their studies.

Applying for a student visa?Applying for a student visa can be quite a lengthy and complex process. Plan ahead and make sure you have plenty of time. Refer to the Australian Government websites for more details about visa matters: www.immi.gov.au/students and www.studyinaustralia.gov.au

Students from a DIAC Level 3 or 4 Assessment Country There can be extended student-visa processing times for students from the above categories, and this includes the need to present an acceptable IELTS scores irrespective of the UNSW English language requirement. Unless applying through a (UNSW) DIAC approved e-visa agent, students should not accept offers for admission until they are in a position to provide evidence of successful pre-visa assessment.

What if I have a disability?If you have a disability or pre-existing medical condition that is likely to disadvantage you during your university studies, you are advised to contact the Student Equity and Disabilities Unit. Any information you supply is confidential and will not be taken into account when determining admission. Service provision is based on Australian standards and may not be the same as you receive at your home institution. www.studentequity.unsw.edu.au

Arts and Social Sciences


College of Fine Arts


Law


Science Email: [email protected]


www.eng.unsw.edu.au

84

useful websiteswww.unsw.edu.au UNSW home page

www.international.unsw.edu.au International students access point

www.apply.unsw.edu.au Apply online

www.my.unsw.edu.au Student portal access point

www.tv.unsw.edu.au UNSW online TV channel

www.handbook.unsw.edu.au Online handbooks

www.scholarships.unsw.edu.au UNSW scholarships

www.arts.unsw.edu.au Faculty of Art and Social Sciences

www.asb.unsw.edu.au Australian School of Business

www.fbe.unsw.edu.au Faculty of Built Environment

www.cofa.unsw.edu.au College of Fine Arts

www.eng.unsw.edu.au Faculty of Engineering

www.law.unsw.edu.au Faculty of Law

www.med.unsw.edu.au Faculty of Medicine

www.science.unsw.edu.au Faculty of Science

www.unsw.adfa.edu.au UNSW@ADFA (Australian Defence Force Acacemy)

www.studentlife.unsw.edu.au Student Life @ UNSW

www.unsw.edu.au >>Future Students >>Postgraduate Coursework Postgraduate Coursework programs

www.grs.unsw.edu.au >>Future Students Research programs

www.alumni.unsw.edu.au University Alumni

www.languages.unsw.edu.au UNSW Institute of Languages

www.ufs.unsw.edu.au UNSW Foundation Studies

www.housing.unsw.edu.au Accommodation Services

www.library.unsw.edu.au University Library

www.studyabroad.unsw.edu.au Study abroad

www.international.unsw.edu.au/exchange Student exchange

www.goingtouni.gov.au Which Course? Which University?

www.immi.gov.au Student visa issues

www.dfat.gov.au/missions Australian diplomatic missions

NOTE: All attempts at tertiary study whether current, completed or abandoned, must be disclosed

(Do not use PO Box)

(Do not use PO Box)

Mastercard Visa

Expiry Date: ____/____

If you have been awarded a scholarship or sponsorship from a UNSW recognised organisation please attach a completed sponsorship registration form. Refer to website for details: www.international.unsw.edu.au/future/sponsoredstudents.html

Preferred semester and year of commencement (eg. Semester 1 2011) Year

Note: Not all programs have a Semester 2 start Semester 1 (March) Semester 2 (July)

*Program Codes are listed in the Fee Schedule for Graduate Programs and the Coursework Program Summary Table of the Graduate Study guides.

Note: 1. Applicants for Doctorate or Master by Research must use the application form for research programs.

AUD $100 Application Fee for hardcopy applications

All documents must be originals or certified true copies. ORIGNALS CANNOT BE RETURNED.

2. Not all courses in a degree program are available in every academic session.

2. If you have changed your name and your documents are in your former name, you must provide evidence of name change.

* To make sure you always receive important emails from UNSW add unsw.edu.au to you address book or safe sender’s list. This will ensure that emails from UNSW will be delivered directly to your inbox.

(Compulsory):

e.g. 2006-2009

Name and Date:

Signature:

Application Code:

Office Use Only for waiver:

Note:

AUD $50 Application Fee for online applications


Apply Online: www.apply.unsw.edu.au

, for example UNSW Student Centralat UNSW, the International Office at UNSW)

. Where an

The information you provide on this application form is ‘personal information’ as defined by the Privacy and Personal Information Act, 1998 (NSW) [the Act]. It is collected and held by UNSW in order to assess and follow up your application for admission and for administrative and statistical purposes, or to send you information about UNSW activities relevant to your admission and or enrolment. We may give your information to others inside and outside NSW to facilitate this.

You have the right of access to, and alteration of, the information concerning yourself in accordance with the Act and the UNSW Privacy Management Plan. UNSW will not disclose your personal information without your consent and without due cause, except as authorised by law set out in this Statement. You have the right to refuse this consent, but if the consent is not given your application may not be processed. By signing this document you accept these conditions.

I declare that the information submitted in this application is correct and complete. I authorise the University to obtain and verify information from any educational institution previously or currently attended by me, including through the use of Qualsearch. If any information supplied by me is considered to be untrue, incomplete or misleading in any respect, I understand the University may take such action as it believes necessary including the disclosure of the information to any person or body the University considers has a legitimate interest in receiving it and I consent to such disclosure.

I understand the University reserves the right to vary or reverse any decision made on the basis of untrue, incomplete or misleading information.

one year duration

Bachelor degree

Application and documents will be destroyed two years after

AUD $100.00 Application Fee

(Payable to The University of New South Wales by Bankdraft or Cheque Only)

Signature:

Name & Date:

I wish to pay the UNSW application fee of AUD$100 by credit card

Mastercard Visa Card Number:

Expiry Date: ______ /______

Cardholders Name:

Signature:

Date: _____ /_____/_____

Mastercard Visa

Expiry Date: ____/____

Name and Date:

Signature:

Application Code:

Office Use Only for waiver:


(Payable to The University of New South Wales by Bankdraft,Cheque or Credit Card)

AUD $100 application fee for hardcopy applications

AUD $50 application fee for online applications

P C

, ,

tel

( )' '

, including the use of Qualsearchconsidered to be untrue, incomplete or including the disclosure of the information consent to such disclosure. I understand the

AUSTRALIA

incomplete or misleading information

Name:

The information you provide on this application form is ‘personal information’ as defined by the Privacy and Personal Information Act, 1998 (NSW) [the Act]. It is collected and held by UNSW in order to assess and follow up your application for admission and for administrative and statistical purposes, or to send you information about UNSW activities relevant to your admission and or enrolment. We may give your information to others inside and outside UNSW to facilitate this.

You have the right of access to, and alteration of, the information concerning yourself in accordance with the Act and the UNSW Privacy Management Plan. UNSW will not disclose your personal information without your consent and without due cause, except as authorised by law set out in this Statement. You have the right to refuse this consent, but if the consent is not given your application may not be processed. By signing this document you accept these conditions.

I declare that the information submitted in this application is correct and complete. I authorise the University to obtain and verify information from any educational institution previously or currently attended by me, including through the use of Qualsearch. If any information supplied by me is considered to be untrue, incomplete or misleading in any respect, I understand the University may take such action as it believes necessary including the disclosure of the information to any person or body the University considers has a legitimate interest in receiving it and I consent to such disclosure.

I understand the University reserves the right to vary or reverse any decision made on the basis of untrue, incomplete or misleading information.

1st Floor

UNSW Institute of LanguagesApplication Form

1. PersonalDetails (please print clearly)

Family Name (as in passport)

Given Names

Other names (your English name, if any)

Female Male

Birthdate

Will you be under 18 years of age on arrival?

Yes No Pleasenote: if you are under 18 years of age on commencement of study, certain visa regulations apply.

Country of Birth

Nationality (Citizenship)

Passport No.

2. Citizenship(please tick relevant box)

Are you a citizen or permanent/temporary resident

of Australia? Yes No*

What type of visa will you be applying for?

Student Student Dependant

Tourist Working Holiday If you ticked a box with an asterisk (*), you will need Overseas

Student Health Cover (OSHC). This can be arranged by UNSW

Institute of Languages (see Overseas Student Health Cover

section). If you have already paid this, please quote :

OSHC no. Expiry Date

3. Home/PostalAddressAddress in Home Country (compulsory)

City State

Postcode Country

Tel Fax

Email

Address in Australia (if available)

City State

Postcode Tel

Mobile Fax

Email

Please fill out this application form, selecting the course you wish to apply for and fax to: 61 2 9662 2651 (see additional correspondence details over page). UNSW Institute of Languages will assess the information you supply and will then make you a course offer based on this information.

4. EnglishLanguagePrograms CRICOSCode067186J

Which course would you like to apply for?Placement in an English language course is subject to a placement

test on arrival or results of an IELTS of TOEFL test.

EnglishforAcademicPurposes(EAP)

Introduction to EAP (IEAP)

AE Level 1 – 3

University English Entry Course (UEEC)+

Pre-Foundation English Year (PFY)+

Tertiary Orientation Program (TOP)

IELTS Test Preparation Course (ITPC) +10-week course

GeneralProficiencyEnglish(GPE)

General Proficiency English (beginner to advanced)

GPE Cambridge Exam Preparation

ProfessionalEnglish

English for Business Communication (intermed & adv)

English for Medical Professionals

English for Law WhichtermanddatedoyouwanttostartyourEnglishcourse?

HowmanyweeksdoyouintendtostudyEnglish?Number of weeks (in 5 week blocks)

Haveyoubeengrantedascholarship?

Yes No Scholarship Name or Sponsor’s Name

5. EnglishLanguageTestScores If you have taken an IELTS or TOEFL test, please give details and attach a copy of the test result.

IELTS Score (Overall)

IELTS Writing Score Cambridge Score TOEFL Score IBT/AP/CB Score

d d / m m / y y

8. OverseasStudentHealthCoverOverseas student health cover is compulsory for students on student visas.

Do you require health cover? Yes No

Single Family 3 months 3 months 3 to 6 months 3 to 6 months 6 to 9 months 6 to 9 months 9 to 12 months 9 to 12 months

9.AgentInformationAgency NameContact nameEmail address

10. AdditionalInformationHow did you hear about UNSW Institute of Languages?

Name of any relatives or friends who have completed a course here:

Year Declaration

I certify that the information on the form is correct and complete in every detail, and I understand that inaccuracies or omissions may result in non-acceptance or cancellation of enrolment at any time. I agree to the Conditions of Enrolment which are at: (www.languages.unsw.edu.au/documents/Conditions_of_Enrolment_International.pdf ) and the academic rules and policies as published on the website www.languages.unsw.edu.au from time to time and acknowledge that the personal information provided is covered under the Privacy Policy (required by law).

Signature of Student Date

If applicant is under 18 years of age the signature of a Parent or Guardian is required.

Signature of Parent/Guardian:(If student is under 18 years of age)

Unsignedapplicationscannotbeprocessed.

EducationRepresentativescannotsignonbehalfofthestudent.

Correspondence Lodge the completed form with a UNSW Institute of Languages agent or representative in your country or post to:UNSW Global Student Services P.O. Box 853, Kensington NSW 1465, AustraliaTelephone: 61 2 9385 5396 Facsimile: 61 2 9662 2651 Email: [email protected] 62 086 418 582 CRICOS Provider No. 01020K

6. FutureStudyPlans Do you intend to do academic studies in Australia after this course? Yes No If yes, where? UNSW Foundation Studies UNSW Other university

Levelofcourse: Bachelor Degree (Undergraduate)

Master Degree (Postgraduate)

PhD (Doctorate) Name of course Faculty

DoyouhaveaLetterofOffer? Yes No If yes, is it for: full offer package offer conditional offer

Commencementdate:Student ID Number (if available)

7. Accommodation2010/2011 For single students only Do you require us to arrange accommodation? Yes No If yes, please complete the following:Do you smoke? Yes No Are you happy to live with a host family with children? Yes No Are you happy to live with a family with pets? Yes No Are there any foods you cannot eat? Yes No Please specifyDo you have any allergies/health problems? Yes No Please specifyOther special requests? Yes No If yes, what are they? AccommodationfeesA$245* accommodation booking fee A$1,020 part-board (4 weeks) A$760 room only (4 weeks) A$410*** under 18 years old fee *includes GST **under 18 years old: care arrangement fees apply ***students under 18 have different accommodation prices fees subject to change Accommodationdate: from / / to / /

Doyourequireairportpick-up? Yes No If yes, please complete the following:Airport pick-up: A$150 Yes No Please provide arrival details at least two weeks (14 days) prior to scheduled departure.

Arrival date: Arrival time: Airline/Flight number:

UNSW Institute of LanguagesApplication Form

Coogee Beach

Bronte Beach

Royal Randwick Racecourse

< To the CityTo the Airport >

Randwick Village

< To Bondi Beach

Kensington Campus

unsw kensington campus

©The University of New South Wales

April 2010

UNSW CRICOS Provider Code: 00098G

Acknowledgements UNSW International: Tri Tran, Christopher McKenna, Lara Platt Faculty of Engineering: Cheryl Kelly Photography: Gasbag Studios

DISCLAIMER The University of New South Wales (UNSW) programs, courses and any arrangements for programs and fees including staff allocated, as stated in this Guide or any other University publication, announcement or advice of the University, are an expression of intent only and are not to be taken as a firm offer or undertaking. The University reserves the right to make alterations to any matter contained within this publication without notice. Information in this Guide is accurate as of April 2010, but may be amended without notice by the University.

All costs and fees are provided in Australian Dollars (A$). Any agreement with the University does not remove the right to take action under Australia’s consumer protection laws.

COMPLIANCE The provision of education services to international students by Australian education institutions is governed by the Education Services for Overseas Students 2000 and the Education Services for Overseas Students Regulations 2001 under this Act. UNSW in providing education services to overseas students complies with the National Code of Practice of the Department of Education, Employment and Workplace Relations (DEEWR) and Universities Australia code of ethical practice.

www.unsw.edu.au

A member of Australia’s leading research universities

CRICOS Provider Code: 00098G

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