UniSA Research Prospectus 2014 by ITEE_UniSA

Division of Information Technology, Engineering and the Environment INTERNATIONAL RESEARCH DEGREES

Division of Information Technology, Engineering and the Environment University of South Australia Mawson Lakes Campus University Boulevard Mawson Lakes SA 5095 GPO Box 2471 Adelaide SA 5001 Australia Telephone: +61 8 8302 6611 Facsimile: +61 8 8302 2466 unisa.edu.au/itee For further information contact: research.itee@unisa.edu.au CRICOS Provider number: 00121B Information correct at time of printing (March 2014)

unisa.edu.au/itee

Shaping futures through research innovation and knowledge transfer.

Contents

WELCOME 01 PROFILE 02 RESEARCH SCOPE

WHY ADELAIDE

WELCOME TO MAWSON LAKES

RESEARCH INSTITUTES AND CENTRES

Advanced Computing Research Centre

Barbara Hardy Institute

Centre for Environmental Risk Assessment and Remediation

Centre for Industrial and Applied Mathematics

Defence and Systems Institute

Institute for Telecommunications Research

Ian Wark Research Institute (The Wark)

Mawson Institute

Phenomics and Bioinformatics Research Centre

SA Water Centre for Water Management and Reuse

SCHOOLS 13 School of Engineering

School of Information Technology and Mathematical Sciences

School of Natural and Built Environments

HOW WE SUPPORT RESEARCH STUDY

RESEARCH SCHOLARSHIPS

Welcome The University of South Australia’s Division of Information Technology, Engineering and the Environment has a proud history of furthering education and research in the fields of science and technology to promote innovation in our local South Australian community, in Australia and internationally.

The Division of Information Technology, Engineering and the Environment (ITEE) is in the world top 100 for engineering and technology*. It has a proud history of furthering education and research in the fields of engineering, science and technology to promote innovation that has impact locally, nationally and internationally. Our division’s home at the Mawson Lakes Campus of the University is located in the state’s technology hub, sharing a precinct with key technology organisations in Technology Park Adelaide. Our programs and research are industry-aligned and focused on real-world outcomes. The Division also has a major presence on the City East Campus, which is in the heart of the city of Adelaide where our disciplines of urban & regional planning, construction management, transport systems and project management are concentrated. Our research themes include responsible use of our natural resources and low carbon living, remediation of the damage we cause to the environment through human and industrial activity, improved outcomes in chronic (nonhealing) wounds that affect half a million Australians, new medical therapies for incurable diseases involving cells, new technologies information technology, engineering, mathematics and the natural and built environments. Our three schools, three research institutes and seven research centres work collaboratively in cross-disciplinary teams, to produce outstanding learning outcomes and research results. ITEE leads nationally in large scale, longer term industry/end-user driven research projects. Through the Australian government’s Cooperative Research Centres (CRC) scheme, our researchers are partners in seven CRCs in multi-

million dollar projects which address some of the major challenges facing developed and developing economies. These CRCs bring together our researchers with industry. There is an emphasis on collaboration through utilisation, commercialisation and technology transfer to pursue solutions to challenges posed by an ageing population, the impact of industrialisation on the environment, challenges in advanced manufacturing and IT, and energy security that are innovative, of high impact and capable of being effectively deployed by the end users. Of these seven, ITEE is the lead institution in the CRC in Contamination Assessment & Remediation of the Environment (CRC-CARE), the CRC in Cell Therapy Manufacturing and the ‘Big Data’ CRC – Data to Decisions (from July 2014). As a testament to the quality of our research, our division’s disciplines were rated as world-class or above in the 2012 Excellence in Research for Australia (ERA) assessment. We excelled in: •

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Chemical sciences, including physical chemistry; Engineering, including electrical and electronic engineering; mechanical, materials and civil engineering; resources engineering; and extractive metallurgy; Mathematical sciences, including applied and pure mathematics;

The researchers who produced these outstanding results are also engaged directly in the teaching and learning of undergraduate and postgraduate students. Our students have many opportunities to work directly with industry, and by learning from researchers who are engaged in the latest technological and developmental innovations, their education is holistically focused on their readiness to contribute to their future career, their profession, industry and their whole community. Thank you for your interest in the Division of Information Technology, Engineering and the Environment. I hope you find this is a useful resource to discover more about our teaching and research strengths and becoming a research student with us at the University of South Australia.

Environmental sciences; Information computing sciences, including artificial intelligence and image processing, distributed computing and information systems; Built environment and design, including urban and regional planning

*2013 –14 Times Higher Education World University Rankings.

Professor Robert Short FTSE Pro Vice Chancellor: Division of Information Technology, Engineering and the Environment

Profile With its world-class research and education platforms, the Division is underpinning the next generation of science, IT, engineering and environmental innovation.

The University of South Australia and the Division of Information Technology, Engineering and the Environment has been acknowledged as a highperforming, progressive and engaging university, earning impressive rankings for its teaching and research including: •

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World top 100, top six in Australia and the only university in South Australia in the 2013–14 Times Higher Education World University Rankings in the field of Engineering and Technology. Ranked fifth in Australia and 48th in the world among the Times Higher Education’s 2013 ‘Top 100 Universities under 50’. Among the group of 12 Australian institutions aged 22 or under, the University of South Australia ranks number one for the proportion of 1 ERA 2012 assessed research judged to be of world class standard or above. ERA 2012 rated more than 86 per cent of the University’s assessed research as world standard or above. We hold the (joint) highest rating nationally for chemical sciences and physical chemistry. Industry relevant research – number one in Australia for funding received from Commonwealth grants to Cooperative Research Centres. The University of South Australia is the highest ranked university in Australia and ranked 6th in the world for international diversity of its academic staff. Over $80M investment in the past five years into world class research facilities for material science, minerals research and bioengineering.

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Strong collaborative research links to the World class Centre for Cancer Biology at UniSA (centreforcancerbiology.org.au). Highest in the nation for teaching in Civil Engineering in the Graduate Careers Australia 2012 Course Experience Questionnaire. Our researchers publish high impact publications in world leading journals, such as Nature Materials and Advanced Materials.2

The Division offers educational and research programs within Australia and internationally to educate and develop professionals in a range of discipline areas including: information and communications technologies; engineering systems and management; manufacturing and energy technologies; science, technologies, engineering and management of natural and built environment; and mathematical modelling and statistics.

The Mawson Lakes Campus – home of the Division of Information Technology, Engineering and the Environment – has state-of-the-art laboratories and international standard research centres and institutes, including a $73M investment in a new materials and minerals research and teaching hub (2007–2010). The Mawson Lakes Campus boasts modern teaching and learning facilities such as the newly-opened Materials and Minerals Science Research and Learning Hub. These facilities link our innovative programs to leading international research.

1. The ERA is an Australian Government initiative set up to assess the research quality of Australia’s higher education institutions benchmarked against Australian and world standards. 2. Wang, Ergang, Wendimagegn Mammo, and Mats R. Andersson. ‘25th Anniversary Article: Isoindigo-Based Polymers and Small Molecules for Bulk Heterojunction Solar Cells and Field Effect Transistors.’ Advanced Materials (2014)

Research Scope A research degree with ITEE will enable researchers to immerse themselves in a flourishing technology hub of theoretical, applied and cross-disciplinary research.

Our innovative research degree programs will provide advanced academic and professional research skills. Whilst the majority of these programs are offered at Mawson Lakes Campus there are some programs which are offered at City East Campus. The cutting-edge research being undertaken is helping to shape the future of high-tech manufacturing, and improving people’s quality of life. Higher degree research students can be embedded in award-winning research programs; for example into the application of thin-film coatings for products in the automotive industry and pioneering research into the healing and management of chronic wounds or use of a patients’ own cells to treat diabetes. They will work under the guidance

of supervisors publishing in world class journals such as Nature Materials3 and Advanced Materials4 for example. Collaborative engagement with industry and research institutions around the globe is integral and, in turn, creates a rich teaching and learning environment. ITEE is recognised for high level of innovation through its international linkages and engagement with some of the world’s top universities such as the University of Michigan, Massachusetts Institute of Technology, ETH Zurich, Massey University and Hong Kong Baptist University, providing international study and resource opportunities for our research students. Students studying onshore are located at either our Mawson Lakes or City East campuses. In addition, a number of our undergraduate and

postgraduate programs are delivered offshore, principally in Singapore which provides pathways to undertaking a research degree at the University of South Australia. The Division is a diverse and multicultural workplace and study environment, incorporating more than 500 academic and professional staff and approximately 6,000 students both on and offshore. With 86% of academic staff holding a doctorate, the Division’s highly qualified research staff and academics’ practical and advanced academic qualifications further enhance the University’s reputation for outstanding performance, raising its profile as a national and international education provider. Attuned to the real challenges of industry and the community, the Division is active in seeking technological solutions that are effective, efficient and sustainable and is progressive in anticipating the future needs of society. The result is a teaching and research leader that is at the forefront of science and technology in Australia.

3. Bubnova, Olga, Zia Ullah Khan, Hui Wang, Slawomir Braun, Drew R. Evans, Manrico Fabretto, Pejman Hojati-Talemi et al. ‘Semi-metallic polymers.’ Nature Materials (2013). 4. Wang, Ergang, Wendimagegn Mammo, and Mats R. Andersson. ‘25th Anniversary Article: Isoindigo‐Based Polymers and Small Molecules for Bulk Heterojunction Solar Cells and Field Effect Transistors.’ Advanced Materials (2014)

Why Adelaide? The University of South Australia is located in the heart of Adelaide, Australia’s education city and the capital of the state of South Australia.

The city of Adelaide is one of Australia’s best kept secrets; it is beautiful and well-ordered, surrounded by parklands and within easy reach of long, white, uncrowded beaches and the lush green hills and valleys of Australia’s premier wine districts. South Australia, with its mediterranean climate, and 3,700 kilometres of coastline, is the food and wine capital of Australia. It also has the largest fresh food produce market in the Southern Hemisphere and has more restaurants per head of population than any other major Australian city.

Adelaide: the world’s most liveable city In 2012 the Economist Intelligence Unit (EIU) ranked Adelaide amongst the world’s top five cities in terms of liveability. The Liveability Survey is based on natural advantages, such as low population density and high profile infrastructure investments. The city of Adelaide has all the hallmarks of a major urban centre with modern and classical architecture, a bustling retail hub and a multi-cultural population – the city has been ranked as one of the top 10 cities in the world by Lonely Planet’s 2014 Top Cities in the World to visit. The University contributes a great deal to the cultural and intellectual ambience of Adelaide. Our Samstag Museum of Art has three beautiful galleries and offers a program of diverse and innovative exhibitions, publications and public activities. Lectures and seminars, alliances and research projects presented at the University’s Bob Hawke Prime Ministerial Centre attract national and international speakers on key concerns for the 21st century including sustainable societies, global citizenship, democracy and responsible economic development.

Adelaide is a safe, vibrant city which enjoys a multicultural population of 1.4 million people. With its mild mediterranean climate, Adelaide welcomes to its city numerous outdoor musical events yearly from the sounds of the planet at the WOMADelaide world music festival with international artists coming together to perform their unique brand of music, to being entertained by the hundreds of acts at the Adelaide Festival of Arts and the Adelaide Fringe; the vibrant city of Adelaide is always alive! With international direct flights to Adelaide from major Asian airports and all Australian capital cities, with a cost of living 24 per cent cheaper than Sydney and Melbourne, Adelaide’s perfect lifestyle and the University of South Australia’s world-class education, truly provides the international student with a well-rounded life experience.

Welcome to Mawson Lakes Mawson Lakes is a vibrant new community located approximately 20 minutes north of the Adelaide CBD.

Accommodation

Transport Residents of Mawson Lakes enjoy a convenient lifestyle with a range of transport options that make getting around easy including:

As a community where the average resident is aged 31 years-old, Mawson Lakes offers a vibrant, upbeat lifestyle ideal for students and young professionals.

Mawson Lakes offers a unique blend of housing options. For students seeking convenience and affordability, a number of centrally-located apartment blocks around the Mawson Lakes Interchange and University Campus offer lowmaintenance living. Those appreciating space and a more urban lifestyle also have access to a wide variety of detached and townhouse-style options. The availability of shared accommodation both in and around Mawson Lakes makes it an ideal place for students of the University of South Australia to call home. For more information on accommodation options for students visit unisa.edu.au/studentlife/student-accommodation

Living in Mawson Lakes

Shopping and facilities

Set amongst idyllic parklands and linked to the City of Adelaide via rail or bus, Mawson Lakes is an ideal location to live, work, study and play.

With just a two minute walk from the University, students can access supermarkets, cafes, clothing retailers, health and medical services, newsagent and chemist at The Promenade shopping centre. Main St also hosts a number of major banks, food outlets, retailers and small businesses and services as well as a veterinary practice.

Well-known as South Australia’s hub of innovation in science and technology, Mawson Lakes is home to a number of established and emerging organisations including SAAB Technologies, BAE Systems Australia, Optus, General Dynamics Land Systems as part of the state’s high-end technology precinct Technology Park. The community also boasts a number of major research institutes and tertiary learning options through the University of South Australia’s Division of Information Technology, Engineering and the Environment.

Lifestyle With its warm, sunny climate, and casual setting amongst attractive lakes and parklands, Mawson Lakes offers the ideal conditions for those with an appreciation for the outdoors. Residents seeking a healthy, active lifestyle are also well catered for with easy access to a number of walking tracks and a gym. Socialising at Mawson Lakes is also easy with a number of cafes and restaurants and a Hotel with accommodation, bars, gaming lounge and regular events and entertainment. The Mawson Centre library and community centre located on the corner of University Boulevard and Main St also integrates the University of South Australia as part of the Mawson Lakes community.

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Food Eating in Mawson Lakes is a pleasure with a wide variety of options including takeaway and fast foods for those after a quick bite, cafes for more leisurely lunches and restaurants for family dinners and meals-for-two. Cuisines vary with a number of international offerings including Vietnamese, Indian, Chinese, Thai, Italian and many more to choose from.

Bus and Train – A number of regular, direct bus and train services travelling between the City of Adelaide and into the heart of Mawson Lakes make commuting straight-forward and affordable. Road – Mawson Lakes is connected to the Adelaide CBD via Main North Road and the North-Western suburbs via the Port River Expressway. Bikes – comprised mostly of low-lying and undulating surfaces the City of Adelaide well-known as the perfect location to use your bike as a mode of transport. Cyclists enjoy generally moderate weather conditions and a number of exclusive tracks linking them to a variety of locations. Walk – Mawson Lakes features a number of centrally-located amenities and conveniences that make walking a convenient and inexpensive way to get things done. Car Parking – Students studying at the Mawson Lakes Campus are provided with ample car parking for a minimal daily charge.

International students also receive public transport concessions while they are studying in Adelaide. For more information on Mawson Lakes visit: www.salisbury.sa.gov.au

Research Institutes and Centres Our flagship research institutes and related research concentrations are intellectually rigorous in their teaching, research and knowledge transfer in areas that are among the most compelling in modern society.

The research institutes and centres are the platform for the Division of Information Technology, Engineering and the Environment’s standing as a research leader, with a national and international reputation as a dynamic, vibrant and connected research organisation, committed to producing high-quality outputs relevant to real-world situations. The division’s intellectually rigorous research environment encompasses three research institutes and seven research centres undertaking world-leading

research at the University’s City East and Mawson Lakes Campuses that are engaged in collaboration with some of the world’s best research institutions. The multidisciplinary research teams comprise more than 300 academic researchers and more than 320 PhD students involved in ground breaking studies through one of the specialist centres:

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Defence and Systems Institute

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Institute for Telecommunications Research

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Ian Wark Research Institute (The Wark)

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Mawson Institute

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Advanced Computing Research Centre

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Barbara Hardy Institute

Centre for Industrial and Applied Mathematics

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Research Institutes and Centres •

Centre for Environmental Risk Assessment and Remediation

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Phenomics and Bioinformatics Research Centre SA Water Centre for Water Management and Reuse

Journals University of South Australia researchers are regularly publishing in world class journals such as: •

Nature Materials

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Advanced Materials

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Journal of Materials Chemistry

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Chemical Communications

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Biomaterials Sciences

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BioMed Research International

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Hydrometallurgy

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Progress in Polymer Science

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Journal of Controlled Release

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Angewandte Chemie International Edition Journal of Theoretical and Applied Electronic Commerce Research The Virtual Reality Journal

International collaboration locations

RESEARCH INSTITUTES AND CENTRES

Advanced Computing Research Centre The Advanced Computing Research Centre’s (ACRC) research focus is to advance the state-of-the-art in computational modelling, visualisation, and analysis of our world in order to provide comprehensive ICT solutions for challenging problems relevant to industry, government and society. The ACRC is integral to the University of South Australia’s School of Information Technology and Mathematical Sciences (ITMS). The Centre’s research combines the expertise from three complementary areas, combining three fundamental concepts: Visualise – Model – Understand. These are represented by three major areas of research: Intelligent Software Engineering, Visualisation and Augmented Reality, and Data Analytics and Business Intelligence. ACRC research capability includes:

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software engineering, information and knowledge modelling; interoperability and architectures for large scale software ecosystems;

social network modelling.

business intelligence evaluation and support;

Research Degrees

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spatial and mobile augmented reality;

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large-scale visualisation;

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wearable devices;

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reconfigurable processors;

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digital forensics and cyber crime;

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augmented reality support for interactive artworks and games;

web content analysis;

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networking and cyber security;

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ACRC research is delivered in partnership with Australian organisations such as DSTO, ANSTO, DMO, VPAC, many industry partners from 10 countries on four continents, and involves collaborations with research organisations in the US, Canada, Germany, the UK, Finland, Austria, Japan, the Netherlands, and other countries.

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data and information quality assessment and improvement;

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data capture and metadata management;

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data mining and causal analysis;

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predictive modelling;

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PhD Computer and Information Science Master by Research Computer & Information Systems

Research degree information, visit: www.unisa.edu.au/acrc

Barbara Hardy Institute This innovative institute is one of Australia’s foremost research centres on advancing solutions to the complex human and technical issues involved in developing more environmentally sustainable communities. The Barbara Hardy Institute brings together world-leading researchers dedicated to ecologically sustainable development, biodiversity conservation, environmental valuation, renewable energy production and use, and maintenance of the natural processes that sustain life. Drawing on leading expertise in the sciences, engineering and social science disciplines, the Institute is devoted to the widespread adoption of sustainability principles and environmentally correct practices – working across a broad

spectrum of issues from dealing with climate change aligned to carbon and greenhouse reduction strategies to intelligent transport systems. Its fields of endeavour include renewable energy, transport systems, urban and regional planning, engineering, construction and infrastructure development, clean technologies for agriculture, manufacturing and industrial applications, complex systems modelling and evaluation, education, health sciences and urban ecology.

national, state and local government and industry organisations. The Barbara Hardy Institute has PhD and masters research students working on a wide range of topics across a broad spectrum of disciplines that are fundamental to the sustainability of natural and built environments. Research degree information, visit: www.unisa.edu.au/BarbaraHardyInstitute

Researchers are involved in a number of Cooperative Research Centres as well as Australian Research Council and other high-level Australian competitive grant funded projects. Institute researchers also provide technical and consultancy services for various international,

Pictured: Dr Barbara Hardy AO: Renowned leader in science education, environmental advocacy and charity activities, Dr Barbara Hardy has led an exemplary public life most of which has been voluntary.

RESEARCH INSTITUTES AND CENTRES

Centre for Environmental Risk Assessment and Remediation Australia’s leading science-based centre for research into the protection of natural resources. The Centre for Environmental Risk Assessment and Remediation (CERAR) research focus is to deliver innovative solutions and technologies for the assessment, remediation and management of contaminated urban, industrial and mine sites in Australia and the Asia-Pacific region, and the sustainable management of waste for beneficial use.

CERAR’s strengths lie in the application of fundamental and applied research and the interdisciplinary expertise in biogeochemistry, contaminant chemistry, ecotoxicology, environmental biotechnology, hydrogeology, resource recycling and nanotechnology. These disciplines are essential in developing sustainable environmental solutions to real-world environmental problems. To undertake environmentally focused research, CERAR has established expertise in the following areas: •

Risk based land management;

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Contaminant life cycle assessment;

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Waste characterisation;

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Speciation and toxicity assessment;

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Ecological and human health risk assessment;

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Bioaccessibility/bioavailability assessment; Innovative remediation methods for contaminated soil and ground water;

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Risk communication;

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Specialised analytical testing;

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Specialised services including treatability studies for remediation; Remediation treatability studies.

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PhD Environmental Remediation and Public Health Masters by Research Environmental Remediation and Public Health

Research degree information, visit: www.unisa.edu.au/cerar

Centre for Industrial and Applied Mathematics Through innovative industry based research projects in applied mathematical and statistical techniques the Doctoral Training Centre provides PhD students the opportunity to gain valuable experience via diverse projects: solar and electric cars, solar lighting, air traffic management, drug evaluation, scheduling and environmental modelling, and operations research.

The Centre is connecting leading research to real-world application; projects are as varied as applying mathematics to motor vehicle emissions, credit migration and the El Niño weather pattern. The Centre for Industrial and Applied Mathematics (CIAM) brings together the University’s researchers in pure and applied mathematics to discover, understand and interpret natural phenomena, apply mathematics to important industrial and social problems and develop new research strengths in mathematics and statistics. CIAM research themes include: •

Modelling of chemical and physical phenomena and processes, including fluid flows, electrokinetics and reaction-diffusion;

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Finance, risk and stochastic modelling, including environmental modelling; Scheduling and control, applied optimisation and operations research; Mathematical analysis, including theoretical and numerical optimisation, optimal control, singular perturbation analysis, complex analysis, harmonic analysis, and signal and image processing.

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PhD Mathematics

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PhD Statistics

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Masters by Research Mathematics

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Master by Research Statistics

Research degree information, visit: www.unisa.edu.au/ciam

RESEARCH INSTITUTES AND CENTRES

Defence and Systems Institute The Defence and Systems Institute is Australia’s largest provider of leadingedge research and postgraduate education in systems engineering and the design, integration, and modelling of complex defence, engineering, and autonomous systems. The Defence and Systems Institute (DASI) is integral to the School of Engineering. The Institute blends academic excellence with high-quality applied research, bringing academic, industry and defence experience to solving problems taking into account the entire system development and deployment cycle.

DASI conducts research in both ‘hard’ (technologies, products, infrastructure) and ‘soft’ (human, organisational, process) systems, which are sponsored by the ARC, government departments and industry. DASI’s research comprises a fundamental research program and an applied research program. In combination, the programs target the development of new theories and methods, and the application of these in a variety of targeted industrial and systems contexts.

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Research projects include: •

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Systems Technologies and Applications: Autonomous and robotic systems, unmanned vehicles, intelligent systems, data fusion, sensing systems, humanmachine interfaces, and real time distributed sensing. Systems Modelling, Simulation and Analysis: Model-Based Systems Engineering.

Systems Methodologies, Tools and Techniques: Systems engineering processes, systems enterprise improvement through to test and evaluation strategies, soft systems methodologies, and cost-benefit analysis. Systems Engineering Frameworks: Systems thinking, systems science, multi-research methods, crosscultural/discipline impacts of systems engineering practice, through to systems engineering and project management, value of systems engineering, creativity in engineering.

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PhD Systems Engineering Masters by Research Engineering (Systems Engineering)

Research degree information, visit: www.unisa.edu.au/dasi

Institute for Telecommunications Research As the largest university-based telecommunications research centre in Australia, the Institute for Telecommunications Research (ITR) holds a pre-eminent position in advancing knowledge in the transmission, processing and use of digital information.

systems, at both the physical (transmission) and network layer, and across the spectrum of activities from theoretical and mathematical research through to the implementation, demonstration and deployment of communications devices and systems.

ITR is an innovator in the field of wireless networks and communications; partnering with industry and government, the ITR delivers key benefits to society in the following areas: •

Satellite communications;

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High-speed data communications;

ITR’s research includes coding and information theory for wireless networks, communications signal processing and software defined radio. In addition, ITR undertakes computational and theoretical neuroscience research, an exciting area investigating how the brain represents and processes information.

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Flexible radio and networks;

Recent project highlights include:

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Computational and theoretical neuroscience.

ITR is able to offer high-quality, industry-relevant research and excellent postgraduate opportunities. ITR’s expertise in wireless communications encompasses satellite and terrestrial

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The Global Sensor Network, a twoway satellite messaging system, which has the potential to reduce the cost of ground-based remote data sensing for applications such as environmental monitoring, livestock tracking, mining equipment monitoring and national security.

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The creation of advanced vehicular wireless communications technology, now being developed for the market by spin-off company Cohda Wireless. World-first implementation of turbo codes in commercial satellites. The development of on-board satellite communications payloads. Coding methods for mobile wireless systems to improve bandwidth and power efficiency.

For more information, please visit itr.unisa.edu.au Research Degrees – Institute for Telecommunication Research •

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Master of Engineering (Telecommunications) PhD (Telecommunications)

Research degree information, visit: www.itr.unisa.edu.au

RESEARCH INSTITUTES AND CENTRES

The Ian Wark Research Institute The Ian Wark Research Institute, or The Wark™, was named in recognition of the eminent Australian scientist, Sir Ian William Wark (1899–1985), and has been a proud and integral part of the University of South Australia since its establishment in 1994. The Wark™ is distinctive in its creative and flexible approach to research and development across a range of science and engineering disciplines. Its fundamental and Sir Ian William Wark applied research is focused on chemistry and physics at interfaces that cover a wide range of areas, including bio and polymer materials, colloids and nanostructures, and mineral processing applications. The Wark™ optimises creativity and

produces unique ideas that advance global knowledge and understanding.

Research and Innovation Portfolio – The Wark™

A major function of the Institute is the education of graduate students. Students are involved in research projects that make a difference; delivering solutions to real-world problems from industry or delving into some of the fundamental questions of science. The Institute has an excellent graduate employment record, with more than 175 graduates employed in industry, government or other higher education institutions around the world.

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Master of Applied Science (Minerals and Materials) Master of Engineering (Minerals and Materials) PhD Applied Science (Minerals and Materials) PhD Engineering (Minerals and Materials)

Research degree information, visit: www.unisa.edu.au/iwri

The Wark™ is a major contributor to the University’s research in Physical Chemistry and in Resources Engineering and Extractive Metallurgy – both received ratings of 5 in the 2012 Excellence in Research for Australia (ERA) assessment, indicating outstanding performance well above world standard in these areas.

Mawson Institute The Mawson Institute’s focus is on the science and engineering that underpins next generation manufacturing, providing technology platforms based on new knowledge and innovation that can be readily integrated into products and processes. Scientists and engineers work in parallel on concepts and commercialisation, significantly reducing the time and steps in product development. The Institute is home to state-of-theart, purpose-built laboratories, which support the innovation cycle from concept through to creation, meeting the research and development needs of advanced manufacturers. Core research areas include materials science; surface engineering; nanobiotechnology; biomaterials; tissue engineering; sensor technology;

regenerative medicine; biopolymer science; and spatial augmented reality. The Mawson Institute collaborates with leading researchers in science, engineering, information technology and manufacturing and research institutions around the globe, feeding into the rich research and teaching environment. It is also a significant partner in three Cooperative Research Centres; Advanced Automotive Technology, Wound Management Innovation and Cell Therapy; and a significant partner, along with The Wark, in the Materials and Minerals Research and Teaching Hub. The Mawson Institute has a clear translational focus with its emphasis on bringing leading expertise in materials science and engineering to bear on industrial applications. In this regard, a demonstrated success is the

recent development within the surface engineering group of a new design of plastic mirrors for automobiles; the resultant products are now manufactured in Adelaide for worldwide export. At the same time, that research group has also excelled in new scientific advances, which led to a Nature materials publication in 2013. Research degree information, visit: www.unisa.edu.au/mawsoninstitute

RESEARCH INSTITUTES AND CENTRES

Phenomics and Bioinformatics Research Centre The Centre’s research into experimental design, mathematical modelling and image processing has far-reaching benefits for the future of plant science. The Phenomics and Bioinformatics Research Centre (PBRC) works to combine the analytical and computational skills of talented applied mathematicians, computer scientists and biostatisticians to support ongoing international research in plant biology.

Research Degrees

Plant phenomics is the science of identifying, understanding and quantifying physical traits, properties and development of plants that characterise their growth behaviour in different environments.

Researchers in the PBRC are involved with the design of plant experiments, the capture and analysis of biological information in the form of images or gene sequence data, and the biophysical modelling of plant processes and growth behaviour.

Bioinformatics is a multidisciplinary endeavour involving the acquisition and subsequent analysis of large volumes of data derived from biological experiments, whether they are genetic, phenomic, metabolic or physiological.

The Centre is also a partner of the Industry Doctoral Training Centre: Mathematics and Statistics, with PhD students engaged on projects in the areas of plant ontology, image analysis and biomathematical modelling.

Research degree information, visit: www.unisa.edu.au/phenomics

SA Water Centre for Water Management and Reuse The SA Water Centre for Water Management and Reuse (CWMR) was established in 2004 as a joint venture between the South Australian Water Corporation and the University of South Australia. The Centre has built on established strengths in urban water management and reuse and established core capabilities in water supply and conservation, sustainability of water resources and advanced water quality monitoring. The CWMR complements and works closely with other research concentrations such as the Australian Water Quality Centre within SA Water, Water Research Australia and the Goyder Institute. It also houses the Australian Irrigation and Hydraulics Technology Facility (AIHTF), a unique facility that provides testing to Australian Standards and pattern verification on a range of water delivery

products, such as valves, meters and irrigation appliances for a range of Australian and overseas companies. Through its strong industry connections with many of its adjunct staff sourced from industry partners, the Centre retains a focus on key applied problems facing the water industry and can structure its research portfolio accordingly. The Centre has established strong local, national and international links, with over 40 institutions partnering in its research efforts. Research Degrees •

PhD Environmental Science

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PhD Water Engineering

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Master by Research Water Engineering

Research degree information, visit: www.unisa.edu.au/cwmr

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PhD Bioinformatics, PhD Mathematics or PhD Statistics Master of Science by research Bioinformatics, Mathematics or Statistics

Schools The Division of Information Technology, Engineering and the Environment is the University of South Australia’s flourishing technology and innovation hub and a vibrant nexus for economic, industrial, social and environmental development.

The three innovative schools offer experiential learning through engagement with industry, government and the community. Our research environment encompasses three research institutes, and a number of supported research centres undertaking world-leading research at the University’s City East and Mawson Lakes Campuses. Programs offered through the University include Master degrees by research, a number of Professional Doctorates and PhDs. The Division offers research degrees in a wide range of research fields and specialisations offered through our Schools and Research Institutes and Centres within the Division of ITEE. The specialisations offered are listed in the information about each of the Schools and Research Institutes & Centres in this publication.

Facilities MM world-class learning hub

Modern Teaching and Learning Spaces

At the heart of the campus is the University of South Australia’s new $73 million Materials and Minerals Science Learning and Research Hub. The Hub features superior learning spaces, clean lab areas, innovative study environments and cutting edge research facilities which bring together our undergraduate, postgraduate and research degree students with our research leaders, teaching academic staff and industry partner representatives.

Due to recent significant investments in campus facilities made by the University of South Australia, students studying at Mawson lakes have access to bright, modern teaching and learning spaces including a new Geology Laboratory for Environmental and Geospatial Sciences students, a Mechatronics Laboratory for Engineering students, a new Maths and Science learning centre through to an Advanced Prototyping Laboratory, with a focus on Software Defined Radio to enable transition from theoretical and algorithmic outcomes to proof-of-concept demonstrations and the Satellite ground stations (incorporating 6.8m X-band, 3.0m S-band and UHF/VHF capability) on site.

SCHOOL OF ENGINEERING

A world-leader in engineering teaching and research, boasting standards of academic excellence, the School of Engineering offers a suite of postgraduate and research programs that have been established through collaboration with leading industry organisations.

We maintain an outstanding national and international reputation in applied research, including leading edge research in systems engineering at the Defence and Systems Institute. Our school also undertakes collaborative research both locally and globally, aided by our proximity to Technology Park and links with the Defence Science and Technology Organisation. The School of Engineering is focused on producing engineering professionals and undertaking research that addresses global opportunities in security, energy and agricultural machinery. Undergraduate teachings centre on the disciplines of mechanical engineering, electrical and information engineering, mechatronics engineering, systems engineering and material science and metallurgy. All undergraduate bachelor programs satisfy the requirements for graduate membership of Engineers Australia and comparable international institutions through the Washington Accord. The strength of the program suite is the significant number of undergraduate students who continue on with postgraduate study at masters and doctorate levels. The School’s postgraduate focus is on engineering management, autonomous systems, telecommunications and electrical power engineering with strong links to the Barbara Hardy Institute, Mawson Institute, Defence and Systems Institute, Ian Wark Institute and the Institute for Telecommunications Research.

These collaborations bring together internationally recognised research concentrations encompassing sustainable energy and energy efficient buildings; electrical and electronic engineering, electrical and mechatronic engineering, telecommunications, digital signal processing, wireless sensors; agricultural machinery and farming systems; mechanical and mechatronic engineering; autonomous systems, unmanned systems, and robotic systems; telecommunications systems; complex systems and systems engineering; scientific and technological innovation for global advanced manufacturing; manufacturing management; nano-technology; nano composites; and the generation, processing, transfer, conversion and control of energy and information.

Research Degrees PhD • Mechanical and Manufacturing Engineering • Electrical and Information Engineering • Applied Physics • Systems Engineering Professional Doctorate • Engineering Practice Masters by Research • Mechanical and Manufacturing Engineering • Electrical and Information Engineering • Applied Physics • Engineering (Systems Engineering) Research degree information, visit: www.unisa.edu.au/eng

SCHOOL OF INFORMATION TECHNOLOGY AND MATHEMATICAL SCIENCES

Under the one umbrella, the fields of Information Technology and Mathematical Sciences create a powerhouse of high profiled and unique postgraduate and research programs having been developed in conjunction with key industry and university staff both from within Australia and internationally.

The School is the largest Information and Communication Technology (ICT) education provider in South Australia offering a centre of high calibre teaching, learning and cutting-edge research. The undergraduate IT programs offer specialist areas of study relevant to the needs of the IT Industry such as Games and Entertainment Design, Networking and Cybersecurity, Software Development, Systems Administration, Mobile Applications and Software Engineering. The mathematical program covers specialisations in optimisation, applied mathematics and statistics and our science degree offers a wide range of majors such as biology, physics, chemistry, environmental systems, mathematics and geoscience. The University of South Australia, in partnership with global IT giant HewlettPackard (HP), is set to open a new HP Innovation and Collaboration Centre at the City West campus. This exciting new centre will see the launch of a new four-year honours degree program in IT and business informatics, coupling leading edge training and education with internships in HP for students during the course of their studies.

The high tech learning facilities include: a CISCO networking academy laboratory, Innovation Studio for ICT projects incubation, Mac laboratory, Wearable Computer laboratory and Information Assurance Forensic laboratory. These facilities ensure students work with stateof-the-art technology to enhance their learning and gain practical experience. In addition to a dynamic, multidisciplinary teaching and research base, opportunities for collaborative research and engagement with industry are available via our research centres: •

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The high profile and unique postgraduate programs on offer have been developed in conjunction with key industry and university staff both from within Australia and internationally: Doctor of IT Management, Library and Information Management, Cyber Security and Forensic Computing, Business Information Systems, Business and Information Management, Information Communication Technology and the new Master of Data Science.

Advanced Computing Research Centre (ACRC) Centre for Industrial and Applied Mathematics (CIAM) Phenomics and Bioinformatics Research Centre (PBRC)

The School is also home to Australia’s first Industry Doctoral Training Centre. Research within the school encompasses computer science, information technology, forensic computing, information management, mathematical statistics, applied statistics, biostatistics, bioinformatics, biological image analysis, applied mathematics, financial mathematics & mathematical modelling

Through innovative industry based research projects in applied mathematical and statistical techniques, PhD students gain valuable experience via diverse projects: solar and electric cars, plant ontology, solar lighting, air traffic management, drug evaluation, image analysis, scheduling and environmental modelling, biomathematical modelling and operations research. Research Degrees PhD • Computer and Information Science • Mathematics • Statistics • Bioinformatics Professional Doctorate • Information Technology Masters by Research • Computer and Information Science • Mathematics • Statistics • Bioinformatics Research degree information, visit: www.unisa.edu.au/itms

SCHOOL OF NATURAL AND BUILT ENVIRONMENTS

The School’s multidisciplinary nature is central to its success; a mix of diverse disciplines covers the domains of the built and natural environments, and a stimulating research environment, including a vibrant research hub for Water research, with over 100 HDR students.

Research encompasses construction management; sustainability; building information modelling; project management, urban and regional planning, building codes and standards; transportation systems design and engineering; geotechnical, structural and water engineering; geomatics; geospatial information science; land surveying; environmental management; biodiversity; soil science; and plant physiology.

The School focuses on the unique relationships and synergies between natural and built environments offering a diversity of academic programs in environmental management and sustainability, civil engineering, surveying, water resources management, construction management and economics, quantity surveying, building surveying, urban and regional planning, project management, transport system design, surveying, geographic information systems and geospatial systems. Its particular strength is in teaching and research to support improved environmental and socioeconomic sustainability. The School’s research endeavours are largely conducted through the Centre for Water Management and Reuse (CWMR) and the Barbara Hardy Institute in: •

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surveying) and building surveying. The project management programs offer postgraduate level teaching in generic project management principles and knowledge that can be applied across various industries – IT, construction, engineering, defence, finance and community development. •

Civil Engineering – Postgraduate specialisation offered in civil and environmental, and transport. Construction and Project Management – only one of its kind in South Australia and carries international accreditation in three distinct areas: construction management, construction economics (quantity

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Environmental and Geospatial Sciences – The environmental science degree covers the fields of studies in ecology, soil science, geoscience, geospatial analysis, and the environment. Geospatial science offers a blend of the fundamentals with applications in environmental management and modelling and is a pathway into the state’s only Master of Surveying. Urban and Regional Planning – The longest established town planning program in Australia, with a history of educating planning professionals spanning more than 60 years. This background, along with a worldclass ranking for research recognised by Excellence in Research Australia and international recognition and accreditation by the Planning Institute of Australia, provides a stellar foundation for graduate success.

Research Degrees Located at City East Campus PhD • Sustainable Environments • Transport Engineering • Building • Construction Management • Planning • Project Management Professional Doctorate: • Project Management Located at Mawson Lakes Campus PhD • Environmental Science • Engineering (Civil) • Water Engineering • Geoinformatics Masters by Research • Engineering (Civil) • Geoinformatics Research degree information, visit: www.unisa.edu.au/nbe

How We Support Research Study The University of South Australia is engaged in over 500 research collaborations across 45 countries, providing a high level of support and resources to research degree students.

The University is internationally renowned for its research degree supervisors who provide expert supervision across an impressive range of research interests. Many students come to the University of South Australia’s Division of Information Technology, Engineering and the Environment to work with specific researchers and directly learn from their expertise and experience. The Division is very active in its student centred activities, hosting events such as inductions, workshops, colloquia, seminars and special lectures for research degree students. These provide relevant information and a great opportunity to meet with other students and staff.

International Support Services The Graduate Research Centre provides valuable services, information and resources to research degree students to support a quality research degree experience at the University of South Australia. The Centre also manages the research degree needs of the University, from recruitment and admission through to graduation, with a strong focus on high-quality customer service and continuous improvement. The Learning and Teaching Unit (LTU) Research Education team offer on-campus workshops, professional development opportunities, and online resources for research students and their supervisors. For students studying for a Doctor of Philosophy, a Master by Research or a Professional Doctorate by Research, the Team provides workshops to: •

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assist with developing the initial research proposal; help develop research writing and the writer’s voice;

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help develop expertise in research methodologies; develop expertise in research communication through the media of the research thesis, journal articles, conference presentations and the media and public talks; explore what research degree examiners are looking for and how best to publish whilst also writing a thesis; and support in managing research projects.

International students are additionally supported through the LTU, with assistance including on arrival reception service as well as information on living and getting around in Adelaide. Orientation and welcome sessions are held for international students and ongoing support, such as help with English writing skills.

USASA (the University of South Australia Students’ Association) USASA, the University students’ association encourages the development of a strong student community through the provision of a voice for student opinions and leadership skills, academic advice and students clubs and activities through the year.

Experience Plus Experience Plus brings together the vast array of non-academic activities across the University to make it easier for you to enhance your experience as a student. The Student Experience Team recognises that being a university student is not just about attending formal program activities, it is equally important to have a positive social experience. Experience Plus offers a wide range of events, programs and initiatives including grants

and scholarships all designed to help you think outside the lecture theatre and challenge and develop your professional, networking, social and leadership skills while studying. Experience Plus will help you to find information about: •

Enhancing your employability.

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Leadership programs and opportunities.

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Volunteering at the University and in the community. Interacting with people from different backgrounds. Developing an understanding of global issues.

Types of research degrees Doctor of Philosophy 3–4 years full-time or part-time equivalent Doctor of Philosophy (PhD) programs provide training and education aimed at producing graduates with the capacity to conduct research independently at a high level of originality and quality. Professional Doctorate 3–4 years full-time or part-time equivalent A Professional Doctorate is a rigorous program of advanced study and research, designed specifically to meet the needs of industry and professional groups. Professional Doctorates usually consist of a blend of coursework and research. Master Degree by Research 2 years full-time or part-time equivalent Master by Research programs aim to train students in analysing literature, relevant artefacts and debate in the area of the thesis topic at an advanced level; research methodology and techniques and their critical evaluation, appropriate to the field of study.

Research Scholarships Research degree scholarships enable students to focus on their research without needing to work in paid employment to pay for their tuition fees or to support their living expenses while they are undertaking their research degree.

Scholarships to undertake a research degree in Australia are available from the Federal Australian Government and from the University of South Australia.

Australian Government scholarships – The Australia Awards Australia Awards are a whole-ofAustralian government initiative which brings together scholarships and fellowships administered by the Federal Australian Government Departments of Foreign Affairs and Trade, Education and the Australian Centre for International Agricultural Research (ACIAR). There are a range of generous scholarships available to international students from specific countries and the eligibility criteria, scholarship conditions and funding levels vary – it is strongly advised to read the information available on the Australia Awards website at www.australiaawards.gov.au/ content/awards to check when the application rounds are open to determine eligibility. It is important to note that with some specific scholarships, e.g. the *Endeavour Postgraduate Awards, applicants need to apply to the University of South Australia first and have received a valid and current offer of admission before applying for the scholarship. *While the Endeavour Awards provide generous financial support towards tuition fees, living expenses, travel costs and health insurance the tuition allowance is strictly limited. In some cases this annual allowance is insufficient for full payment of the annual tuition fee for the program of choice and the student is expected to pay this difference. For this reason, the University of South Australia will automatically waive the funding gap between the scholarship tuition fee allowance, which is A$25,000 per year in 2014, and the actual tuition fee of the Master or research program offered by the Division.

Research Scholarships offered by the University of South Australia

Scholarships offered by Government in your own country

The University of South Australia offers the following scholarships to international students to undertake a master or PhD at the University:

Governments of many countries also offer scholarships programs to encourage their own citizens to undertake study in coursework and research degrees in other countries including Australia. You are advised to contact relevant government authorities to enquire about scholarships programs which may be available to you within your own country. In many countries these are generally offered through the Ministry of Higher Education and/or Ministry of Human Resource Development.

International Postgraduate Research Scholarship (IPRS): this scholarship is awarded on the basis of academic merit and assessed potential to undertake research. The scholarship includes tuition fees, living expense stipend, Overseas Student Health Cover and a thesis allowance. University President’s Scholarships (UPS): Awarded on the basis of academic merit, a UPS will cover tuition fees and Overseas Student Health Cover (OSHC). The living allowance must be provided by the University of South Australia centre, school, division or institute where an applicant has applied. The minimum rate is the Australian Postgraduate Award base rate but this can vary depending on the school/institute. In some cases, the living allowance may be provided by a sponsor or external funding provider. To find out more information about these scholarships, terms and conditions and how to apply please go to the following website:

Entry Requirements for admission into a research Degree at the University of South Australia: You may be eligible to be considered for admission to a research degree if you have qualifications recognised by the University of South Australia as being equivalent to the following Australian Qualifications: •

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www.unisa.edu.au/Research/Researchdegrees/Scholarships/Internationalscholarships/ •

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a Bachelor Degree with Honours Level 1, Honours Level 2A (H2A), or a Masters by Research or a Masters by coursework Honours Level 2B (H2B) or a Graduate Diploma, plus demonstrated capabilities as proven through evidence of professional work experience in the field of proposed study and by relevant quality publications a Bachelor Degree, Double Degree, Honours Level 3 (H3) or a Graduate Certificate, plus: demonstrated research capabilities as proven through evidence of professional work experience in the field of proposed study and by relevant quality publications additional work experience and publications.

Pathways to research degree programs at the University of South Australia Honours 1, Honours 2A or an appropriate Master degree, or equivalent

Other postgraduate and undergraduate degrees

No tertiary education qualifications1

Individual assessment of qualifications and research capabilities as proven through evidence of professional work experience in the field of proposed study and by relevant quality publications. The outcome of this assessment will determine which of the degree options below are available to you.

Applicants must demonstrate research capabilities as proven through evidence of professional work experience in the field of proposed study and by relevant quality publications.

Eligible to be considered for admission into Master degree by Research. On completion of a Master degree by Research applicants may apply for a Doctorate.

Eligible to be considered for admission into PhD or Professional Doctorate2 Research Professional Doctorate candidates must also demonstrate at least five years practice in a relevant field and normally within the last ten years.

Individuals without prior qualifications should contact the Dean of Graduate Studies in the first instance.

English Language requirements For admission into a research degree in the Division of Information Technology, Engineering & the Environment at the University of South Australia, international applicants from non-English speaking backgrounds are expected to be proficient in English. The University’s preferred English language test is the International English Language Testing System (IELTS). However, English proficiency can also be demonstrated in other ways.

Apply for a research scholarship at the University of South Australia

Spouse, Partner or Family coming to Australia also

Research degree scholarships can also be applied for using the Apply Online facility. Applicants will need to ensure they have all supporting statements and documentation before applying online – a seven-step guide through the process is available at: www.unisa.edu.au/ Research/Research-degrees/How-to-apply/

As an international student you can apply to also bring eligible family members with you while you undertake your degree. If you are intending on bringing your spouse or partner and children then you are considered to be the primary visa holder to undertake your research degree. However, your spouse or partner can also work in Australia once you have commenced your research degree at the University of South Australia. Please make sure you are aware of and comply with all of the conditions of your student visa.

Working while studying

International students who do not meet the English language requirements at the time of application have the option of undertaking an intensive English language program for academic purposes from the Centre for English Language in Adelaide at our City East Campus. For details including contact details and costs please go to the following website:

If you have a subclass 574 visa to undertake a research degree in Australia as an international student, you have no work limits applying once you have commenced your Masters by research or Doctorate program in Australia. The University of South Australia can also help support you to seek employment.

www.unisa.edu.au/Study-at-UniSA/ International-students/Preentry-andpathway-programs/CELUSA/

Post Study Work Visa (Subclass 485)

Apply for a research degree at the University of South Australia Research degree applications are made through the University of South Australia website using our Apply Online facility which is a secure step-by-step online service.

IELTS PTE Research degrees in ITEE: overall score Minimum in all subscores

TOEFL iBT (internet)

Graduates who have completed a Masters by research degree or a Doctoral degree in Australia may be eligible to apply for a three or four year post-study work visa respectively which allows you to stay in Australia and work for the specified period before returning to your home country. Note: sponsored students are advised to carefully check the conditions of their scholarship and eligibility to apply for a Post Study Work Visa.

TOEFL PBT TOEFL (paper) (computer)

6.5

90–91

577

233

54–55

CPE

CAE

Grade C Grade B –

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School education for dependants – Research degree students on an Australian Government Scholarship, a South Australian Government Scholarship, South Australian University Scholarship or many scholarships offered by the governments of overseas countries may be eligible for a tuition fee waiver for any of their children attending government primary and secondary schools in Australia. Please refer to: www.internationalstudents.sa.edu.au/ children-of-international-tertiary-students For information about your right to work as an international student visa holder, refer to the fact sheet on the Department of Immigration and Border Protection website.

Division of Information Technology, Engineering and the Environment INTERNATIONAL RESEARCH DEGREES

unisa.edu.au/itee

Shaping futures through research innovation and knowledge transfer.