School of Information Technology and Mathematics Undergraduate Program Guide 2013 by ITEE_UniSA

2013 Computer and Information Technology • Information Technology - Business Systems - Cloud Computing - Games and Entertainment - Networking and Security - Software Development - Systems Administration • Software Engineering • Double Degrees • Honours Degrees

The recently opened Materials and Minerals Science Building is a catalyst for innovative learning and teaching and high quality research in the materials and minerals science and engineering hub located at the Universityâ&#x20AC;&#x2122;s Mawson Lakes campus. The building facilitates the engagement between undergraduate and postgraduate coursework students, higher degree research students, leading researchers and industry stakeholders in a flexible, open and creative space aimed at stimulating innovation in relevant areas.

Contents Why study at the University of South Australia? Make the most of your experience Why study computer and IT at the University of South Australia?

2 3 4

Associate Degree Associate Degree in Information Technology (IT)

Bachelor of Business (Management of Information Technology) 8 Bachelor of Computing (Multimedia) 10 Bachelor of Information Technology 12 Bachelor of Information Technology (Business Systems) 14 Bachelor of Information Technology (Cloud Computing) 16 Bachelor of Information Technology (Games and Entertainment Design) 18 Bachelor of Information Technology

(Networking and Security) Bachelor of Information Technology (Software Development) Bachelor of Information Technology (Systems Administration) Bachelor of Software Engineering Bachelor of Information Technology (with TAFE SA)

20 22 24 26 28

Double Degrees Bachelor of Information Technology (IT), Bachelor of Management Bachelor of Engineering (Mechanical), Bachelor of Information Technology

30 34

Bachelor of Computer Science (Honours) 36 Bachelor of Information Technology (Honours) 38

Welcome Welcome to the University of South Australia, and the beginning of a rewarding and inspiring journey of discovery. We are an innovative, outward-looking institution with a strong commitment to excellence. We provide the widest range of degree programs in South Australia, and have a reputation for excellence that extends across our four academic divisions. Some of the world’s brightest minds teach and research at the University in the areas of business, education, arts and social sciences, health sciences, information technology, materials science, engineering and the environment. In the 2011 QS World University Rankings, the University of South Australia recorded the fastest rise of any Australian university (for the second consecutive year), and we are ranked in the top three per cent of more than 10,000 universities worldwide. In addition, the University recently scored above the national average for broad overall satisfaction in the annual Australian Graduates Survey. Our world-class research informs our teaching and learning, and a large part of our ongoing success stems from the collaborations we have developed with key partners in business, industry, government and the community, which complement the professionalfocused nature of our degrees. As shown in the Graduate Careers Australia employment results, our graduate employment rate over recent years has been consistently above average and, in 2011, was two percentage points higher than the national average. The University also maximises its international links to remain at the forefront of research and teaching. We continue to recruit academic staff from around the world who are research leaders in their fields, and who provide students with a combination of high-level academic expertise and professional experience. On two occasions in recent years our academics have received the nation’s highest honour for university teachers - the Prime Minister’s Award for University Teacher of the Year. The University of South Australia also continues to provide opportunities for people from less advantaged, regional and remote backgrounds to attend university, and offers ongoing support that enables successful completion of their degrees. In addition, the University is making significant investments to develop some of the most exciting learning and research environments in Australia. Over coming years, we are investing more than $1 billion in physical and virtual infrastructure, new initiatives, and improved services across our campuses. This will further enhance our standing as an education provider of first choice, and ensure we continue to be recognised for the quality of our teaching, learning and research. At the University of South Australia, we strive to ensure that the inquiring minds of today receive the opportunities and the tools to tackle the challenges of tomorrow. Our degrees are recognised and respected throughout the world, and will provide you with the experience, knowledge, skills and confidence you need to forge a successful career. I wish you every success in your academic endeavours.

Professor Peter Høj Vice Chancellor and President

Why study at the University of South Australia? We have great teachers Almost three-quarters of our academic staff hold PhDs which means they have made a significant contribution to knowledge in their field of expertise. They’re always winning awards like Citations for Outstanding Contributions to Student Learning. Two of them have won the nation’s highest honour for university teachers – the Prime Minister’s Award for University Teacher of the Year.

We’re dynamic, vibrant and successful In the 2011 QS World University Rankings the University of South Australia was ranked among the top 3 per cent of universities in the world. It was the biggest improvement in the rankings of any Australian university.

We’re investing in our learning environment We’re spending almost $1 billion on new teaching and research initiatives and creating new student services to make yours an exceptional student experience. The University’s campuses are spacious and well-equipped and we’re making them even better. Over $200 million will be spent to transform the campuses into some of the most exciting learning and research environments in Australia, while complementing developments in the urban landscape of Adelaide. There will be significant investments in landscaping and improvements to the City West and East campuses; the construction of a new $95 million learning centre to be completed in 2013, and a total of $73 million on the development of the new Materials and Minerals Science Learning and Research hub at Mawson Lakes. At right are artist’s impressions of the $95 million learning centre being built on Hindley Street, in the Adelaide CBD adjacent to the University’s City West campus.

What you learn will give you a pathway into a professional career The knowledge and the practical skills you need to give you the best possible start to your career are within your reach at the University of South Australia. Our world-class educators, state-of-the-art learning and research facilities and strong links with industry will provide you with a dynamic education with plenty of hands-on learning opportunities. This allows you to hit the ground running in your chosen profession and forms the basis of a successful global career. In the 2011 Employer Reputation Indicator* the University of South Australia ranked amongst the world’s top 100 universities for smart, work-ready graduates. *source: the 2011 QS World University rankings.

Visit us now on Facebook (facebook.com/UniSA) Give us your best 140 on Twitter (twitter.com/#!/universitysa) Watch us on Youtube (youtube.com/unisouthaustralia) See us on flickr (flickr.com/photos/unisouthaustralia)

Make the most of your experience We want you to have the best possible experience at the University of South Australia so that you graduate ready to take on the world. There are lots of different opportunities you can take advantage of during your studies, both within your academic program and through a wide range of social and personal development activities. Experience Plus is where you can take advantage of the vast array of extracurricular activities across the University which provides more experience and adds to your study. You can develop your career skills while mixing with fellow students from Australia and around the world. By the end of your experience, you will have developed a social network of friendships that will last well after graduation. Whether you are looking to boost your employability through leadership opportunities and volunteering or just looking to meet new and interesting people in a fun and social environment, Experience Plus can direct you to a wide range of activities that will allow you to have a university experience tailored to your needs. Experience Plus will help you to find information about:

• Developing an understanding of global issues.

applying to university and waiting on your offer.

unisa.edu.au/ltu

With UniSA Preferred, many programs now offer you a guaranteed place if you have a certain year 12 score or a relevant TAFE/ RTO diploma or higher. If your ATAR or TAFE/RTO award meets the UniSA Preferred qualification for that program, you have met any prerequisites, and you have listed the program as your first preference, you are in. It’s guaranteed.

We’ll help support your work The University’s Learning and Teaching Unit (LTU) promotes innovation and inclusivity, and ensures that everyone has the opportunity to excel through the University’s teaching, learning and research education programs. You can use the LTU’s services and resources like language and learning advice, counselling services, and careers and employment support to enhance your university experience. Students with disabilities or medical conditions, international students and higher degree research students can also access specialised services. unisa.edu.au/ltu

• Enhancing your employability

Guaranteed entry

• Leadership programs and opportunities

UniSA Preferred is a scheme that offers guaranteed entry into many University programs for domestic year 12 and TAFE and other registered training organisation (RTO) qualified students. It has been designed to reduce some of the stress you face when

• Volunteering at the University of South Australia and in the community • Interacting with people from different backgrounds

Scholarships to help you study Each year more than 2500 students at the University of South Australia benefit from scholarships and grants worth millions of dollars. Not only do they provide financial assistance but they often include valuable work experience, mentoring opportunities and even overseas travel. Students in financial need, rural and isolated students, Indigenous students and high achievers are all eligible for scholarships and new ones are being added every day, so check the website below to find one that might suit you. unisa.edu.au/scholarship

Why study computer and IT at the University of South Australia? • Our school is the largest IT school in South Australia with a large variety of courses to fully prepare you for a great career • We offer a very personal, student orientated approach to learning in a hands-on learning environment • The School has strong industry links through the Industry Alliances Program. This program provides opportunities for real-life projects to enhance your employability.

unisa.edu.au/itee

Computer and information technology IT is now in every facet of life; work, family, sport and leisure. The new ways to use computer technology mean that different roles in this exciting profession are emerging every year. IT demands people who are creative and curious; those who like to push boundaries and want to make a difference in society. Those who gain great satisfaction in making the business of government and industry more efficient also find fulfilling roles as technical professionals or as systems designers working with business stakeholders. IT graduates also have great opportunities to start their own businesses and become tomorrow’s great entrepreneurs and innovators. The University of South Australia’s School of Computer and Information Science is the largest IT school in South Australia and one of the most dynamic and exciting schools in Australia. We strive to give you an educational experience beyond expectation, enabling you to reach your full potential. This is reflected in our flexible and innovative teaching methods delivered by highly qualified staff with a wealth of industry knowledge and expertise. We have spent a lot of time designing our programs so that they continue to reflect what employers are telling us they want and expect of our graduates. We are dedicated to creating and establishing tomorrow’s IT leaders through a comprehensive choice of industry-relevant degree programs which combine real-world experience with the expertise to succeed. We look forward to welcoming you as a student soon. For more information please visit unisa.edu.au/IT

Experiential Learning The School of Computer and Information Science is dedicated to creating graduates who are industry ready. Students are presented with a variety of opportunities to think creatively and experience aspects of the IT industry. Students use the tools and certification programs including SAP, CISCO, Cisco Certified Network Professional (CCNP) and Cisco Certified Network Associate (CCNA) that are currently utilised within the workplace. Experiential learning is also combined with other unique activities including Global Experience, student exchange, work placements and industry and community projects.

Customised degrees The School of Computer and Information Science offers a selection of programs allowing our students to undertake specialised and advanced work in their field of interest. Courses are offered by academics who are active researchers and practitioners in their field. Their experience and expertise is directly integrated into all aspects of the academic environment.

5 Our IT degrees have been developed to meet the needs of industry and are accredited by the Australian Computer Society allowing graduates to practise anywhere in the world.

Common first year All of our undergraduate degrees contain a common first year of core courses. These courses lay the foundations and ready students for the specialisation of their choice. Students have the opportunity to change to an alternative specialisation without the loss of the courses they have already passed.

Industry Alliances Program The school operates an Industry Alliance Program that has over 200 industry partners, including Fujitsu Australia, SA Water, Uniting Care Wesley Adelaide and many more, providing real-world industry experience through student projects and placements before graduation. For more information visit unisa.edu.au/cis

Pathways The School of Computer and Information Science offers the most flexible entry pathways into our bachelor programs, whether youâ&#x20AC;&#x2122;re a mature aged student, secondary student or an international student. Below is a pathway map which will assist you in determining how to get into one of our programs. The School of Computer and Information Science also recognises

your previous tertiary level study by offering credit in a number of courses depending on the level of education you previously completed. This can be very important as it will reduce the length of your IT degree.

Scholarships and prizes Students are recognised annually for outstanding achievements via industry and school-sponsored prizes and awards. This is testimony to the support and commitment of our industry partners who make a valuable contribution toward recognising our brightest stars. Students undertaking programs within the School are provided the opportunity to apply for one of many grants on offer. For more information visit unisa.edu.au/scholarships

Book a School Visit or Rolling Roadshow? Students are provided with a balance of practical and theoretical coursework to engage their minds and refine their skills. At the University of South Australia, we are taking the innovation generation to a new level creating new leaders for the IT age. Our interactive IT Rolling Roadshows conduct school visits around the state providing fascinating insights into the world of IT. Itâ&#x20AC;&#x2122;s a unique opportunity for would-be IT students to sample our course curriculum by taking part in fun and interactive programs, including programming, animation and other multimedia activities. If you are interested in having an event at your school please contact the School on 8302 3582.

Your pathway to an Information Technology degree at the University of South Australia. The University of South Australia now offers the widest range of flexible pathways to become an IT professional in Adelaide or abroad. These pathway options have been introduced to attract more people into IT careers to help meet significant industry growth, particularly in the fields of defence, mining and resources, health, and public enterprise.

Note: If enrolling in the three-year Bachelor of Information Technology degree, you can choose a specialisation in either Business Systems, Cloud Computing, Games and Entertainment, Networking and Security, Software Development, or Systems Administration and graduate with this major. Information correct at the time of printing. * Students can move into Year 3 of another program subject to satisfactory academic performance during the Associate Degree.

Associate Degree in Information Technology (IT) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code Apply directly to UniSA Program code LTCI CRICOS code (international students only) 067901J Program length 2 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available No Program fees Commonwealth supported Program fees (international students only) A$24,000 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview This two-year program provides a solid grounding in information technology (IT), preparing you for further study, or an IT career within the software development and information services industries.

What will I study? In first year, you are introduced to the essentials of IT and software systems, during which you acquire practical programming skills, learn how to problem solve, and create and use databases.

You will also acquire the necessary education to assume positions in small to medium enterprises where a broad range of IT skills are demanded. This program has a strong practical and industry focus and is especially suited to students who may not necessarily qualify for entry into a three or four-year degree program.

In the second year, you may select a specialisation in either networking, programming or network security and also complete an industry-based project. If you are a high-achieving final year student, or upon graduation, you may apply for entry into another IT degree program and receive credit for all equivalent courses in the program.

Our common first year, with most other programs in the School, will provide you with the flexibility to transfer into another IT program without any loss of courses completed.

What does it take? The main role of an IT professional is to solve problems using computing technology. IT professionals are often required to document solutions and communicate with others, particularly those who may not be trained in computer and information science. This requires good written and verbal communication skills and the ability to work well with others. You should have an inquiring mind and a flexible, creative approach. Often the most obvious solution to a problem may not be the best one. IT professionals are required to collect all the facts â&#x20AC;&#x201C; often through their own initiative â&#x20AC;&#x201C; and analyse them accordingly. Entry is available on the basis of successful completion of the ATN Test, a multiple choice test assessing aptitude to think scientifically, solve quantitative problems, critically analyse information and display interpersonal understanding. Who will employ me? The demand for IT graduates is very high and there is currently a shortage of skills in this industry. This program prepares you for a career specialising in either networking, network security, or programming, particularly in small to medium business enterprises. Professional accreditation This program has been accredited by the Australian Computer Society (ACS) for Associate Membership. Additional notes Minors are undertaken in networking, network security, or programming. This program can also be taken online.

Chris Horsell Associate Degree in Information Technology Employment – Team Manager Information Services, City of Playford ‘As a mature age student, entering the world of university was a big step, especially balancing full-time work and a young family. UniSA provided the flexibility to manage the competing demands of work, life and study and I have been rewarded by advancing my career as a direct result of the studies undertaken.’

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Business (Management of Information Technology) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 424121 Program code DBMS CRICOS code (international students only) 024194J ATAR (February 2012 cut-off) 73.45 UniSA Preferred Score 75.00 Program length 3 years Prerequisites None Assumed knowledge None Home campus City West Accepts Special Entry (STAT) Yes External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available No Commonwealth supported Program fees Program fees (international students only) A$22,750 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview Information systems are critical to any modern organisation. This program will enable you to develop and implement strategic information systems and business processes that align with organisational needs and priorities. You will learn how to plan and develop strategic IT solutions for business problems, and how to implement and manage information systems. You will also develop skills in accounting, economics and general business while gaining a comprehensive understanding of how to apply IT to address contemporary business needs. As a student of this program, you will have access to the new Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed.Â

What will I study? Over the first two years, you will complete core business courses in economics, management, marketing, accounting, statistics and law to develop an awareness of business processes and functions. In addition, you will develop an understanding of the basics of IT, analysis, design and project management and undertake practice-based learning to develop organisational and communication skills. The final year will enable you to explore the latest organisational IT issues and complete an industry-based project. The final year courses cover IT strategy and management, business transformation, business practice, business intelligence, and information security management.

What does it take? You will need to think logically and analytically and have sound technical and problem solving skills which are needed to manage and implement IT solutions. Well-developed interpersonal skills and the ability to apply a professional and ethical approach to your work are also important. Who will employ me? Upon graduating, you will have a solid grounding in IT management, vital to the successful implementation of information systems strategy in any organisation. You may find employment in business and government as analysts, business consultants, information systems officers/managers, project officers/ managers, or web design consultants. Professional accreditation This program is professionally accredited by the Australian Computer Society. Additional notes The Bachelor of Business (Management of Information Technology) is also available as a Double Degree with Bachelor of Laws. Details are available in the Law Discipline Brochure. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Management Principles Second Semester (Study Period 4, 5 or 6) Web and Database Development Marketing Principles: Trading and Exchange Foundations of Business Law SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Information Technology Fundamentals Accounting for Business Second Semester (Study Period 4, 5 or 6) Network Fundamentals Quantitative Methods for Business Principles of Economics Information Security Management

THIRD YEAR First Semester (Study Period 1, 2 or 3) Information Technology Business Practice Information Technology Strategy and Management Enterprise Systems Elective Second Semester (Study Period 4, 5 or 6) ICT Project OR ICT Specialist Industry Project Information Technology Driven Business Transformation Business Intelligence and Enterprise Data Mining

Amanda Busbridge Bachelor of Business (Management of Information Technology) ‘I chose this University of South Australia program to enhance my career options and give me the flexibility to look at a range of career paths if I wish to. The external study option is very important to me as I work part-time and have family commitments. I work at Primary Industries & Regions SA (PIRSA) as the Information and Communications technology (ICT) Configuration Manager, managing all ICT changes that are implemented and affect the organisation’s network and also the computer fleet of PIRSA. I attend lectures if needed, and find the revision lecture before exams is particularly useful. Being able to download the tools needed for some subjects helps immensely and I get a lot of practical experience from my everyday employment. I find the facilities at the University are of a high standard and PC Barns are always tidy.’

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Computing (Multimedia) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 444041 Program code MBIC CRICOS code (international students only) 026348B ATAR (February 2012 cut-off) 61.10 UniSA Preferred Score 70.00 Program length 4 years Prerequisites None Assumed knowledge None Home campus Magill Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship

The multimedia component of the program covers foundation multimedia courses and you may then elect to specialise in animation or interactive multimedia. In the fourth year, you'll complete a major project which may be industry-based, or a multimedia specialisation, and take two of the specialist IT courses. What does it take? As a content creator and IT professional, good written and verbal communication skills are essential, as is the ability to work well in a team. It is vital that you can think creatively and logically, as well as being adaptable and committed to keeping up with evolving developments in IT and computing. Who will employ me? The global demand for high quality and innovative games means that as a graduate of this program you could start as testers or developers in games development, multimedia and web-based companies. These roles will eventually lead to positions such as team leader, creative director or creative technologist.

*Some courses are available in online/external mode, others are only offered internally

Professional accreditation This program has been accredited by the Australian Computer Society (ACS). Program overview With the explosion of multimedia and the internet, there is huge demand for computer professionals specialising in the dynamic field of multimedia. This is a rewarding program which will lead to a fulfilling career in one of the fastest growing sectors of the information technology (IT) industry. This program will appeal to you if you have an artistic flair for creating original content for multimedia applications, as well as strong problemsolving skills. It features a unique and much sought after combination of computing (technical) and multimedia (practical and creative) streams in one program. This program shares a common first year with most other programs in the School. This provides you with the flexibility to transfer into another IT program without any loss of courses completed should you decide to change the direction of your study.

As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? In the IT component of the program you are introduced to the essentials of IT and software systems, gaining practical programming skills, learning how to determine requirements, and designing and developing software. There are courses on user interface design, Agile Development with NET, development of software for mobile phones and web engineering.

Honours Students achieving a credit level average at the end of third year may be allowed to enrol in Honours courses in fourth year. Successful completion of the program may lead to the award of a degree with Honours.. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Programming Fundamentals Introduction to Digital Media

SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Data Structures Introduction to Film and Television Production Second Semester (Study Period 4, 5 or 6) Network Fundamentals User Interfaces Multimedia Desktop Video Music Sound Studio THIRD YEAR First Semester (Study Period 1, 2 or 3) Mobile Applications Development Agile Development with NET Multimedia Specialisation 1 Multimedia Specialisation 2 Second Semester (Study Period 4, 5 or 6) Web Engineering Elective Multimedia Specialisation 3 Multimedia Specialisation 4 FOURTH YEAR Second Semester (Study Period 4, 5 or 6) CIS Elective Multimedia Specialisation 5 Multimedia Project 1 OR Multimedia Project 1 (Honours) Second Semester (Study Period 4, 5 or 6) CIS Elective Multimedia Specialisation 6 Multimedia Project 2 OR Multimedia Project 2 (Honours) MULTIMEDIA SPECIALISATIONS Animation Specialisation 2D Computer Animation 3D Computer Animation Intermediate 3D Computer Animation Advanced 3D Animation Design for Interactive Media Games: Industry, Culture and Aesthetics Interactive Multimedia Specialisation Web Technologies Digital Design Publishing Creating Interactive Multimedia Electronic Publishing on the Internet Website Graphics Design Documentary Production, Forms and Techniques

Dimitrios Apostolou Bachelor of Information Technology (Computing and Multimedia) ‘I chose to study at the University of South Australia because this combination of programs wasn’t offered anywhere else, and I really wanted to complete this degree in particular because of its increased hands-on and proactive approach to learning in this craft. I really enjoyed my final year project which gave me the creative freedom to create, set and plan an entire project based on a true craft within the media and advertising industry. As part of this final year project I was also placed into the industry with a real-life client. I strongly believe this was paramount to my career pathway, especially in such a competitive and demanding industry, because the more industry participation is made available to students, the better equipped you will be once you graduate. By immersing myself in the industry during my degree as a freelance media designer and developer I was able to get a head start, and now my current career pathway is as a tutor at the University of South Australia under the School of Communication and Media Arts. I went on to complete a diploma in marketing at the University of South Australia to be able to start my own business using the strong foundation from my Bachelor of Information Technology. Now I run my own business with a team of 10 amazing individuals.’

Bachelor of Information Technology Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434041 Program code LBCP CRICOS code (international students only) 024199D ATAR (February 2012 cut-off) 61.15 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview This program builds upon the University of South Australia’s flagship programs as an 'all round' degree that enables graduates to move into rewarding careers as information technology (IT) professionals. The Bachelor of Information Technology provides you with the passport to a career in computing, software development and the information services industries. You will be exposed to real-world applications and the latest research developments and technologies through industry placements, internships and research projects with industry partners, providing you with greater employment prospects after graduation. In this program you get the choice to select either two minors within the IT school or one IT minor as well as another minor in a different discipline within the University. This allows you to diversify your skill set and enhance your employability in areas such as business, healthcare or education.

As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? In first year, you will study core concepts in IT, establishing a solid foundation for more advanced coursework in subsequent years. The common first year also provides the flexibility for you to transfer into another IT program without any loss of courses completed. In the final two years, you will study core topics in software development and web engineering, participate in an industry-based project, and choose two of the following minors or a minor from another discipline area:

»» Software Development: Software Development with C++, Agile Development with NET, Operating Systems, Systems Architecture. »» Programming: Software Development with C++, Mobile Applications Development, Agile Development with NET, Computer Graphics. »» Entertainment Animation: Introduction to Digital Media, Introduction to Film and Television Production, Computer Animation 3D, Computer Animation. »» Mobile Development: Mobile Application Development, Mobile Enterprise Workshop, IT Business Practice, Mobile Commerce. »» Networking: Network Architecture, Network Management, Information Technology Security, Information Security Management. »» Business Systems: Business Intelligence and Enterprise Data Mining, Enterprise Systems, IT Driven Business Transformation, Information Technology Strategy and Management. »» Computer Science: Artificial Intelligence, Database Technology, Operating Systems, Discrete Mathematics. What does it take? The main role of an IT professional is to solve issues using computing technology. IT professionals are often required to document solutions and communicate with others, particularly with those who may not be trained in computer and information science. This means good written and verbal communication skills, and the ability to work well with others is important. You will also need an inquiring mind and a flexible, creative approach because often the most obvious solution to a problem may not be the best one. IT professionals are required to collect all the facts – often through their own initiative – and analyse them accordingly. Who will employ me? The immediate prospects for employment are excellent for graduates of this program, particularly in the emerging defence, mining, and multimedia (entertainment) sectors. There is a national shortage of skills in IT and well-trained people are in high demand.

Career opportunities also exist interstate and overseas, as IT graduate qualifications are transferable unlike other specialised professions. IT graduates can expect starting salaries in excess of other professions and may secure employment at respected, high-profile companies and public sector organisations. After completing this program you are likely to be employed in positions such as but not limited to: technical development manager, data modeller, web developer, testing manager, database administrator, sales consultant, account manager, PC support and programmer. In 2010, 79 percent of University of South Australia graduates found full time employment. Professional accreditation This program is professionally accredited by the Australian Computer Society.

SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Data Structures Minor Course Second Semester (Study Period 4, 5 or 6) Web Engineering User Interfaces Minor Course Minor Course THIRD YEAR First Semester (Study Period 1, 2 or 3) Elective Minor Course Minor Course Minor Course Second Semester (Study Period 4, 5 or 6) ICT Project Minor Course Minor Course

Bachelor of Information Technology (Business Systems) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434901 Program code LBCP CRICOS code (international students only) 067900K ATAR (February 2012 cut-off) 67.15 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview The University of South Australia is a leader in information systems education with more than 20 years of heritage in the discipline. The Business Systems specialisation continues this tradition in ensuring a stream of graduates who can bridge the gap between the technical IT and business aspects of all major organisations. This program provides the necessary knowledge and skills that you will need to be a successful business or systems analyst in medium to large organisations, or in information services industries. You will be exposed to real-world applications and the latest research developments and technologies through industry placements, internships and research projects with industry partners, providing greater employment prospects after graduation.

As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? In first year, youâ&#x20AC;&#x2122;ll study core concepts in information technology, establishing a solid foundation for more advanced coursework in subsequent years. At this point if you wish to change to another specialisation within the IT program, you will have the opportunity to do so without loss of credit. In the final two years, you will study core topics in business systems and develop an understanding of the relationship between the development of software and its implementation within a business context.

Typical courses include those that provide an understanding of the systems development process aligned to business integration and IT strategies within organisations. What does it take? A business systems professional needs to be capable of seeing the world from another person's perspective and to be open to learning new things. This means you will need good written and verbal communication skills and the ability to work well with others. You will also need high-level organisation skills, an eye for detail as well as the ability to conceive the big picture view and solve and document solutions to problems. Who will employ me? Contemporary business is calling for more personnel with a sound education in business and IT and there are valuable propositions through well-designed applications in Australia and overseas. All large public and private sector organisations require IT professionals who can communicate clearly with business management in nontechnical terms and translate requirements into system designs as part of application developments or redevelopments. As a graduate you may be initially employed in systems analysis roles which can progress to a range of senior positions in project management, program and portfolio management and other similar roles as you gain more experience. After completing this program you are likely to be employed in positions such as, but not limited to: systems analyst, project manager, capability manager, change manager, business analyst, quality manager, business process modeller, vendor relationship manager, IT strategist, IT manager and chief information officer. In 2010, 79 per cent of University of South Australia graduates found full-time employment. Professional accreditation This program is professionally accredited by the Australian Computer Society.

Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Network Fundamentals Programming Fundamentals SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Data Structures Information Technology Business Practice Second Semester (Study Period 4, 5 or 6) Web Engineering User Interfaces Mobile Commerce Elective THIRD YEAR First Semester (Study Period 1, 2 or 3) Information Technology Strategy and Management Enterprise Systems ICT Project OR ICT Specialist Industry Project Second Semester (Study Period 4, 5 or 6) Information Technology Driven Business Transformation Information Security Management Contemporary Issues in Information Systems Business Intelligence and Enterprise Data Mining

Bachelor of Information Technology (Cloud Computing) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434991 Program code LBCP CRICOS code (international students only) 074116J ATAR (February 2012 cut-off) 61.70 UniSA Preferred Score 70.00 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview Cloud computing and virtualisation represent the latest paradigms for modelling IT services. The various cloud computing models and underlying architectures will allow you to experience a range of opportunities, both for organisations offering cloud services and for organisations interested in the uptake of those services. The potential benefits of cloud computing, including scalability and reduced cost, are driving the rapid development and uptake of the various cloud services. Analysts predict that this trend will continue to accelerate in the coming years. As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed.

What will I study? In the first year, you will study common first year courses in information systems, covering both IT and key areas of business. At this point if you wish to change to another specialisation within the IT program, you will have the opportunity to do so without loss of credit. The final two years will build on this solid foundation with further courses in information systems and participation in an industry-based project or placement. The cloud computing specialisation covers a range of topics including: business intelligence, core business concepts, network management, information security management, and IT strategy and management, with a focus on the ability to define, implement and negotiate systems and services based on cloud computing and virtualisation. Through case studies and using a problem-solving approach,

you will learn to effectively bridge the gap between IT professionals, vendors, clients and end users of information systems. What does it take? Cloud computing is an emerging service within the IT industry that is continuing to gain speed. This program will be suited to those who thrive in a rapidly changing environment as the technology and services continue to develop. You should have an interest in the management of ITrelated projects and good communication skills for use in translating data into business language. Companies will seek out individuals who can analyse data and develop methods to spot patterns, track user interactions and understand customer trends to increase productivity. Who will employ me? There will be a growing job market for IT professionals who have the ability to assess the potential benefits of moving to a cloud computing environment and lead the implementation of the transition. The Cloud Dividend Report (December, 2010) states that the roll out of cloud will produce 446,000 jobs every year in the retail, hotel, financial and public sectors within Europe, the Middle East and Africa. Cloud is also expected to have a significant impact within Australia as corporate and government organisations move to capitalise on the new opportunities offered through cloud computing. graduates may find positions within the area of cloud computing as engineers, strategists, technical support officers, software developers, high performance computing administrators, data centre and virtualisation officers, consultants and security consultants. Professional accreditation This program is professionally accredited by the Australian Computer Society. Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results.

THIRD YEAR First Semester (Study Period 1, 2 or 3) University-Wide Elective Information Technology Strategy and Management Enterprise Systems Cloud Computing and Virtualisation Second Semester (Study Period 4, 5 or 6) Project Course Information Security Management Systems Architecture Project Course Alternatives ICT Project OR ICT Specialist Industry Project

Bachelor of Information Technology (Games and

Entertainment Design)

Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation

mobile development. You will also undertake a course from UniSA's well-established School of Communication in film and television production. The final year features a major project that will consolidate the skills acquired throughout your studies.

For more information and to register, visit unisa.edu.au/events

SATAC code 434881 Program code LBCP CRICOS code (international students only) 067898K ATAR (February 2012 cut-off) 60.80 UniSA Preferred Score 70.00 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview With the emergence of computers and software applications in games and entertainment design, a discipline area emerged that demanded specially trained IT professionals to develop new and exciting applications for recreational and educational purposes. This program will appeal to you if you have an interest in computer graphics programming and the design aspects of multimedia, as well as the wider area of information 'visualisation'. It provides a mix of technical and creative skills for those who want to learn techniques to build systems that are highly visual. It builds upon UniSA's extensive experience in offering courses that apply technical computing skills within creative industries, such as entertainment and design.

You can expect a first-class education that will give you a 'foot in the door' to developing games and entertainment applications. It will prepare you for positions that support the growing demand for visually impacting presentations and software interfaces in public and private enterprise. As a student of this program, you will have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? In first year you will study common first year courses in Information Technology, establishing a solid foundation for more advanced coursework in subsequent years. In the final two years you will focus on graphics programming courses, including application development principles, 2D and 3D animation, computer graphics and

What does it take? As a games and entertainment programmer and designer you will need to use your creative expression and technology skills to entertain and educate end users. Your problem solving skills and desire to build engaging applications will prove paramount in preparing successful career consulting with multimedia professionals. You will also need an inquiring mind and a flexible, creative approach. This degree requires the ability to form the bridge between technical applications and creative communication. You will need to communicate with creative and technical people and senior leaders, as well as embracing creative and technical positions. Who will employ me? Employment prospects continue to grow for graduates with a flexible approach to working in the evolving entertainment and games design sector. As a graduate of this program your skills will prove 'transportable' across a variety of multimedia platforms. You may start in a small organisation that has only one or two core applications and is seeking to expand its portfolio, or you may find an opportunity in a major Hollywood studio developing the tools that support computer graphics in movies, games and other multimedia. A number of forward-thinking organisations are using games as a means of providing instruction or training to employees in new or significantly redeveloped applications. New uses of games and entertainment applications, beyond the more obvious recreation uses are emerging, and it is expected that the growth of opportunities will steadily grow over time for creative and expansive-thinking graduates who are prepared to push boundaries.

After completing this program you are likely to be employed in positions such as but not limited to: Multimedia Specialist, Web Developer, Graphics Designer, Programmer, IT Specialist, Animator or Game Designer. In 2010, 79 per cent of UniSA graduates found full-time employment upon completion of their degree. Professional accreditation This program is professionally accredited by the Australian Computer Society.

Shawn McCarten

Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results.

Bachelor of Information Technology (Games and Entertainment Design)

â&#x20AC;&#x2DC;I have always wanted to learn how to program computers, being particularly interested in the graphic and animation side of the industry. I had just started a generic IT degree externally while living overseas when I found this program online. It was exactly what I was looking for as it teaches programming from the beginning, starting with the fundamentals, and teaching the more advanced languages as your knowledge grows. It was the best move I could have made. I enjoy the hands-on practical sessions. The ability to work through tasks and projects helps to obtain a deeper understanding of the concepts that I am learning than would be possible with just reading alone. Once I graduate, I would like to have a career as 3D Animation Artist for games, TV or film. Having had experience with multiple programming languages and continuing to gain knowledge of the more advanced concepts is of great benefit. Also, realising what aspects of the degree that I really enjoy has given me the inspiration and motivation to obtain as much knowledge as is possible in those areas.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Information Technology (Networking and Security)

SATAC code 434891 Program code LBCP CRICOS code (international students only) 067899J ATAR (February 2012 cut-off) 62.90 UniSA Preferred Score 70.00 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview If you have a strong interest in networking and security then this program is for you. It capitalises on the University of South Australia’s leadership in delivering a consistently high level of education in this domain over many years. The security of information systems has become a very important aspect of contemporary information technology (IT). In this specialisation, you will be exposed to the techniques and theory that support network infrastructures in small to large businesses, which will improve your career prospects. As part of the Bachelor of Information Technology (Networking and Security) program, you can continue to learn from the experience of our highly qualified and experienced academic staff to graduate in this specialisation. As a student of this program, you will also have access to the new IT Innovation

Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? In first year you will study core concepts in IT, establishing a solid foundation for more advanced coursework in subsequent years. The common first year also provides the flexibility for you to transfer into another IT program without any loss of courses completed. In the final two years you will begin to focus on networking and security in areas such as network design, network implementation, intrusion detection, and security auditing. You will also acquire the skills to support a network roll-out and the maintenance of infrastructure, while gaining an understanding of networking topologies and networking devices such as routers and firewalls. In particular, the networking

courses prepare you for industry certification examinations in CISCO Certified Network Associate (CCNA) and CISCO Certified Network Professional (CCNP) where you will be in a position to not only graduate with a degree, but this highly regarded industry certification, increases employment prospects. This program has a hands-on approach where you will gain experience in the University’s dedicated security and networking labs and also be involved in an industry-based project in your final year. What does it take? This program will interest you if you enjoy the practical side of information technology and have a flair for building business infrastructure in line with the latest technological advances. You will also need to be well organised and act with precision in being the interface between management and technology in most circumstances. You will also need an inquiring mind and a flexible, creative approach because often the most obvious solution to a problem may not be the best one. IT professionals are required to collect all the facts – often through their own initiative – and analyse them accordingly. Who will employ me? Employment opportunities are abundant for graduates with strong networking skills and solid technical and business backgrounds. This is a result of increasing interest in network intensive applications such as e-commerce, which are accelerating the development of computer networks and distributed systems. In our connected world, there will always be demand for graduates with networking and security skills as organisations continue to exploit the internet to develop opportunities to connect globally in the safest and most secure ways possible. This will only increase through the Australian Government`s investment in a national broadband scheme. Upon completion of this program you may find employment in both small or large specialist IT services and solution providers in South Australia, interstate or overseas. After completing this program you are likely to be employed in positions such as but not

limited to: network analyst, customer service manager, customer relationship manager, telecoms engineer, capacity planner, security specialist, systems administrator, network manager, PC support, sourcing specialist or network designer. In 2010, 79 per cent of UniSA graduates found full-time employment upon completion of their degree. Professional accreditation This program is professionally accredited by the Australian Computer Society. Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Web and Database Development Network Fundamentals Programming Fundamentals SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Operating Systems Network Architecture Second Semester (Study Period 4, 5 or 6) Web Engineering User Interfaces Mobile Commerce CCNP Route THIRD YEAR First Semester (Study Period 1, 2 or 3) Elective CCNP Switch and Troubleshoot Cloud Computing and Virtualisation Information Technology Security Second Semester (Study Period 4, 5 or 6) ICT Project OR ICT Specialist Industry Project Information Security Management Network Management

Mrinalini Rae Bachelor of Information Technology (Networking and Security) â&#x20AC;&#x2DC;I am interested in studying computers and had heard positive feedback about the program at the University of South Australia. I like that there is a lot of research which improves our knowledge, along with practical sessions and the opportunity for hands-on learning. You can expect to get a lot of experience and knowledge from guest speakers who come from various fields of business organisations and share their views, which helps to equip students with knowledge about what is going on in the industry. This program provides a very good way to work out your skills in different sections of the IT field, such as IT security and networking. Once I graduate, I would like to get a job as a business analyst.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Information Technology (Software Development) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434871 Program code LBCP CRICOS code (international students only) 067897M ATAR (February 2012 cut-off) 63.75 UniSA Preferred Score 70.00 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview If you're interested in software development and programming skills in a variety of languages, then you will find the Bachelor of Information Technology (Software Development) both challenging and rewarding. A key focus is on learning how large software systems are designed and created. You will be exposed to real-world applications and the latest research developments and technologies through student placements, internships and research projects with industry partners, providing greater employment prospects after graduation. As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in information technology (IT) by combining real-life experience with the knowledge to succeed.

What will I study? In the common first year, you will study core concepts in IT to establish a solid foundation for more advanced coursework in subsequent years. The common first year also provides the flexibility for you to transfer into another IT program without any loss of courses completed. In the final two years, you will study core topics leading to a major where you will gain a solid grounding in the design, implementation and testing of small and large software systems. In the final year, you will complete a project that puts into practice many of the skills you have acquired. What does it take? To be a successful software developer and programmer you will need strong analytical skills and be a logical thinker with an interest in problem solving. IT professionals are often required to document solutions and communicate with others, particularly those

from a non-IT background. This means good written and verbal communication skills are required, as well as the ability to work well with others. You will also need an inquiring mind and a flexible, creative approach because often the most obvious solution to a problem may not be the best one. IT professionals are required to collect all the facts – often through their own initiative – and analyse them accordingly. Who will employ me? As a graduate of this program, the immediate prospects for employment are very good. Globally, many organisations are developing or redeveloping applications to drive value from their IT systems in public and private sectors. Typically, many organisations acquire software frameworks which are adapted to suit their operations. This requires using different tools and techniques to exploit these frameworks so that the applications fit the nature of the business and its processes. Predominantly, this type of work is undertaken within organisations as the software needs to be aligned to the business and its end users. Opportunities for employment in Australia and overseas as qualified IT graduates are readily available worldwide. Some graduates have even started up their own businesses due to the transferrable nature of software development and programming skills. As a graduate, you can expect starting salaries in excess of other professional organisations and may secure employment at respected, high-profile companies. After completing this program you are likely to be employed in a positions such as but not limited to: software architect, software developer, testing manager, release manager, sales consultant, quality manager, trainer, application architecture, strategic planner, software engineer, programmer. Professional accreditation This program is professionally accredited by the Australian Computer Society.

Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Network Fundamentals Programming Fundamentals SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Data Structures Discrete Mathematics Second Semester (Study Period 4, 5 or 6) Web Engineering User Interfaces Software Development with C++ Database Technology THIRD YEAR First Semester (Study Period 1, 2 or 3) Elective Agile Development with NET Operating Systems Mobile Applications Development Second Semester (Study Period 4, 5 or 6) ICT Project Artificial Intelligence Systems Architecture

Natasha Petito Bachelor of Information Technology (Software Development) â&#x20AC;&#x2DC;I chose this program to enhance my previous tertiary qualifications to help provide better job opportunities for my career. The ability to take most courses externally provides great flexibility in allowing me to continue studying while working full-time. I enjoy working with technical documentation and understanding different type of systems, however I also enjoy the interactions with clients, so working as a business analyst has allowed me to work in a field which addresses all my interests. If you put in the work anything is achievable, and you can make use of all the help that is available to you as a student. If you get stuck, there is always someone who can answer your questions.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Information Technology (Systems

Administration)

SATAC code 434001 Program code LBCP CRICOS code (international students only) 074117G ATAR (February 2012 cut-off) 71.85 UniSA Preferred Score 70.00 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview There are few university programs that specifically lead to a role as a systems administrator. The Systems Administration specialisation of the Bachelor of Information Technology (IT) will offer you a pathway into this and similar roles within the IT industry. Whether you are already working in IT or are looking for a new career, this program is tailor-made to deliver the necessary skills required to maintain and operate computer systems and networks. This program is a balanced mix of computing fundamentals, networking skills, management principles, and specific system administration courses. All these skills are put to the test in either a major project or industry placement in your final year. Combine this with the opportunity to undertake industry certifications such as Cisco while in the program and

you will graduate with all the skills and knowledge needed to be successful in a modern system administrator role. As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? This program has a common first year with most other programs in the School during which you will study the core concepts of IT to establish a solid foundation for more advanced coursework. At this point if you wish to change to another specialisation within the IT program, you will have the opportunity to do so without loss of credit.

In the final two years, the Systems Administration specialisation will cover a range of topics including: core business concepts, networking, information security management, operating systems, and systems administration. Many of the courses in this program focus on the practical skills system administrators use every day. These include technologies such as Microsoft, Apple, Linux, Cisco, as well as many of the softer skills such as good communication, professionalism in the workplace, leadership and the ability to make important decisions. This program culminates in a semester-long major project or industry placement in the final year. What does it take? To be a successful systems administrator you will need to be a self-directed individual with strong communication skills and the ability to work under pressure to solve complex and often confusing problems. You will also need an inquiring mind and a flexible, creative approach because often the most obvious solution to a problem is not the best one. System administrators are required to use their initiative to collect and analyse all the facts, develop a solution and put it into practice with little or no disruption to the users of the systems. Who will employ me? Today, almost every company in every industry uses computers and networks to conduct their business. Computing systems are a vital resource to modern businesses. The industry demands highlytrained professional staff to maintain and manage these systems. Small, medium and large enterprise organisations have a team of system administrators who work to effectively manage the computer systems and advise senior management on future technology procurements and IT related strategies. In today`s connected world, many system administrators have the luxury of working off-site in any location with an internet connection. You will be work ready with current knowledge and skills in systems administration.

Systems administrators play a key role in the provision of IT support and maintenance. Depending on your area of interest, you may undertake positions in areas such as: IT support, information security, network sustainability, hardware and software infrastructure procurement, systems management, and any other of the many jobs associated with systems administration. In this program you will develop lifelong learning practices which will enable you to apply not only for system administration positions but also many other positions in the IT industry. Professional accreditation This program is professionally accredited by the Australian Computer Society. Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results.

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Network Fundamentals Programming Fundamentals SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Network Architecture Management Principles Second Semester (Study Period 4, 5 or 6) Web Engineering User Interfaces Accounting for Business Information Technology Driven Business Transformation THIRD YEAR First Semester (Study Period 1, 2 or 3) University-wide Elective Enterprise Systems Information Technology Security Operating Systems Second Semester (Study Period 4, 5 or 6) Project Course Information Security Management Systems Administration Project Course alternatives ICT Project ICT Specialist Major Project 2 (Honours)

Bachelor of Software Engineering Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434211 Program code LBSG CRICOS code (international students only) 024210C ATAR (February 2012 cut-off) 62.90 UniSA Preferred Score 80.00 Program length 4 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$23,750 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview Software engineering is more than just programming. Developing large, complex systems on time and within budget requires up-to-date software engineering knowledge and familiarity with current software engineering practices used throughout the world.

What will I study? This program covers core courses in computer science, software engineering and web technologies, as well as specialist courses in areas such as computer science, systems development, database and knowledge management, health informatics, networking and security.

This program provides a broad understanding of computing and information technology (IT) theory and practice, along with the specialist knowledge and skills required of a software engineer.

This program shares a common first year with most other programs in the School and provides the flexibility to transfer into another IT program.

During your final year, you will complete a year-long, industry-based project that presents a solution to a real-world IT problem. This will enable you to gain direct experience in solving an IT problem using software engineering principles and project management skills.

What does it take? As a software engineer, you will need to understand and apply software design skills, internationally recognised standards and the methods as well as techniques and tools that support them, while using good management practice. It is the task of the software engineer to draw together these separate areas of expertise and use them in developing quality software. Who will employ me? The growth of large systems and their complexity means that the demand for software engineers is currently very high. Locally, the number of projects demanding competent software engineers is expected to increase in the defence sector. Internationally, qualified software engineers are sought in the financial services, health and manufacturing industries. The types of jobs you can expect upon completion of your degree include; software architect, software developer, testing manager, release manager, sales consultant, quality manager, trainer, application architecture, strategic planner, software engineer, programmer and team leader. Professional accreditation This program is professionally accredited by the Australian Computer Society. Honours Upon achieving a credit level average at the end of the third year you may be invited to enrol in the Honours courses in the fourth year. Successful completion of the program may lead to the award of a degree with Honours.

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Programming Fundamentals Network Fundamentals SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Data Structures Discrete Mathematics Second Semester (Study Period 4, 5 or 6) Web Engineering User Interfaces Software Development with C++ Database Technology THIRD YEAR First Semester (Study Period 1, 2 or 3) Agile Development with NET Operating Systems Computer Science Topics for Software Engineers Mobile Applications Development Second Semester (Study Period 4, 5 or 6) Workflow, Maintenance and Re-engineering Systems Architecture Artificial Intelligence Elective FOURTH YEAR First Semester (Study Period 1, 2 or 3) ICT Specialist Major Project 1 OR ICT Specialist Major Project 1 (Honours) Software Engineering Minor 1 Software Engineering Minor 2 Second Semester (Study Period 4, 5 or 6) ICT Specialist Major Project 2 OR ICT Specialist Major Project 2 (Honours) Software Engineering Minor 3 Software Engineering Minor 4

SOFTWARE ENGINEERING MINORS Honours Minor CIS Research Methods Plus 3 courses from: Advanced Knowledge Representation Advanced Human Computer Interaction Parallel Reconfigurable and Cluster Computing Software Architecture and Software Engineering for Web-based Applications Health Information Systems Advanced Computing Seminar Non-Honours Minor Four courses from: Computer Graphics Business Intelligence and Enterprise Data Mining Information Technology Business Practice Forensic Computing: Tools, Techniques and Investigations Network Architecture Information Technology Driven Business Transformation Mobile Enterprise Workshop Data and Web Mining

Donald Urquhart Former 4th year Bachelor of Software Engineering student now undertaking the Bachelor of Information Technology (Honours) â&#x20AC;&#x2DC;I have always been good at programming as a hobby and started off at a young age, so software engineering seemed like a perfect fit for me. I enjoy the opportunities to learn new programming languages and challenge my current knowledge and programming skills. A highlight for me has been a trip to the World Wide Developers Conference in San Francisco through a scholarship with the Apple University Consortium. The experience was quite spectacular and probably once-in-a-lifetime. I learnt a lot about the development possibilities within OSX and the iPhone. I was able to chat with actual Apple developers about how things work when developing for OSX and took part in practical sessions where you could try out new and upcoming tools with live support from Apple engineers.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Information Technology (with TAFE SA) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434621 Program code LBCF CRICOS code (international students only) 024199D ATAR (February 2012 cut-off) 58.05 Program length 3 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available Yes Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship

Program overview The program combines the University of South Australiaâ&#x20AC;&#x2122;s Bachelor of Information Technology program with study at TAFE SA. This degree offers sound, practical education in information technology (IT), preparing graduates for a variety of roles in business, industry and government. The three-year program requires the majority of the first 1.5 years of study at TAFE SA at its Adelaide campus before completing the majority of the final 1.5 years at the University of South Australia. The program is a great blend of vocational training offered by TAFE SA and the academic-based education provided by the University, producing skilled and knowledgeable graduates that are highly appealing to IT employers. This program may be a great alternative if you donÂ´t meet the entry requirements to the other IT programs at the University as it has been specifically designed as an alternative pathway program into a University of South

Australia IT bachelor degree program. As a student of this program, you will also have access to the new Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed. What will I study? In the first half of the program, you will focus on specific software packages, programming courses, webpage construction and network configuration at TAFE SA, as well as some theory-based courses through the University of South Australia. In the second half of the program, the focus changes from TAFE SA to the University of South Australia and you will complete courses in computing and IT, systems, databases and some management courses. The remainder of the syllabus is composed of University of South Australia electives. You will choose six electives in the final two years of the

program. These electives allow you to specialise while gaining the knowledge and skills to be agile in this demanding professional field. You may specialise in areas such as computer science, system development, database and knowledge management, e-commerce and multimedia. . What does it take? The main role of an IT professional is to solve problems using computer technology. IT professionals are often required to document solutions and communicate with others, particularly those who may not be trained in computer and information science. This means good written and verbal communication skills, and the ability to work well with others is important. You should also have an inquiring mind and a flexible, creative approach because often the most obvious solution to a problem may not be the best one. IT professionals are required to collect the facts often through their own initiative and analyse them accordingly. Who will employ me? Many roles are open to graduates both in Australia and overseas, including computer scientist, computer or network manager, programmer, systems analyst, system designer or software engineer. You can pursue careers with computer equipment manufacturers, software companies, scientific or defence organisations, financial or educational institutions and government departments. The types of jobs you can expect to gain in completing your degree include: technical development manager, data modeller, web developer, testing manager, database administrator, sales consultant, account manager, PC support, programmer. Professional accreditation This program is professionally accredited by the Australian Computer Society. Honours An Honours degree (LHCP) is available as an additional year of study for those with outstanding academic results.

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) TAFE Course 1 TAFE Course 2 Information Systems Professional Practice Second Semester (Study Period 4, 5 or 6) TAFE Course 3 TAFE Course 4 TAFE Course 5 TAFE Course 6 SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management TAFE Course 7 IT Sub-Major 1 Second Semester (Study Period 4, 5 or 6) TAFE Course 8 TAFE Course 9 IT Sub-Major 2 IT sub-Major 3 THIRD YEAR First Semester (Study Period 1, 2 or 3) TAFE Course 10 TAFE Course 11 IT Sub-Major 4 IT Sub-Major 5 Second Semester (Study Period 4, 5 or 6) TAFE Course 12 IT Sub-Major 6 ICT Project

Peter Kennedy Bachelor of Information Technology (with TAFE SA) â&#x20AC;&#x2DC;This program was perfectly suited to me with the mixture of courses at the University of South Australia and TAFE SA. This balance provided a lot of practical work and the subjects were well fitted to my chosen career. I loved the practicals and found the assignments challenging and rewarding. Programming is never boring and the problem-solving process is very satisfying. We did a lot of group work and had many guest speakers who taught us a range of skills. Mobile Enterprises was a fun course where we learnt a lot about the limitations and the vast opportunities offered by mobile communications. I have done some contract work since I completed my degree, including a position as a research student assistant for the University. I am considering my future work options, and the prospect of further study.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Information Technology (IT), Bachelor of Management Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation

There is also an emphasis on working in teams and developing strong communication skills throughout the program. In the fourth year, you will develop higher level business management skills and complete an industry-based ICT project.

For more information and to register, visit unisa.edu.au/events

SATAC code 424061 Program code DBIM CRICOS code (international students only) 024198E ATAR (February 2012 cut-off) 74.05 UniSA Preferred Score 75.00 Program length 4 years Prerequisites None Assumed knowledge None Home campus City West Accepts Special Entry (STAT) Yes External study available No Part-time study available No TAFE credit available Yes Honours study available No Commonwealth supported Program fees Program fees (international students only) A$21,880 per annum Scholarships available unisa.edu.au/scholarship

Program overview It is vital for organisations to align and integrate IT initiatives with business strategies. This exceptional double degree program provides a unique combination of business and IT skills and perspectives that are increasingly sought by industry. You will gain a comprehensive understanding of both IT and business issues, enabling you to bridge the gap between technical personnel and management and, ultimately, succeed as a senior manager. As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed.

What will I study? In the IT component of the program, you are introduced to the essentials of IT and information systems, gaining practical programming skills, learning how to determine requirements and design and develop information and communications technology (ICT) systems. This program has a common first year with most other programs in the School. This provides the flexibility to transfer into another IT program without any loss of courses completed. In the management component of the program, you will gain an understanding of the theories and principles of management. Factors affecting business performance, including ethical issues, are examined through courses in economics, law, accounting and marketing.

What does it take? The main role of an IT professional is to solve problems using technology. IT professionals are often required to develop and document solutions and communicate with others, particularly with those who may not be trained in computer and information science. You will need good written and verbal communication skills and the ability to work well with others. An inquiring mind and flexible, creative approach are also required as each situation is unique, and solutions need to be developed and tailored appropriately. IT professionals are required to collect and analyse all of the facts while consolidating various perspectives that have an influence on the final solution. Who will employ me? Increasingly, large organisations are looking for professionals who have the ability to align strategic plans with ICT strategies and systems. As a graduate of this program, you will have the education and skills to make a contribution to the application of IT to achieve significant business outcomes. Typically, you may be employed as a business analyst, systems analyst, programmer, network administrator, and in the longer term, you can aspire to positions such as information systems architect or chief information officer. Professional accreditation This program has been accredited by the Australian Computer Society (ACS) and European Quality Improvement Systems (EQUIS). Honours An Honours degree (LHCP) is available in the final year for those with outstanding academic results.

There is also an Honours program in Management (DHBB) available to eligible students offered in an additional year of study. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Programming Fundamentals Management Principles SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Data Structures Principles of Economics Second Semester (Study Period 4, 5 or 6) User Interfaces Network Fundamentals Foundations of Business Law Accounting for Business THIRD YEAR First Semester (Study Period 1, 2 or 3) Quantitative Methods for Business Marketing Principles: Trading and Exchange Organisational Behaviour Communication and Organisational Practices Second Semester (Study Period 4, 5 or 6) Web Engineering Managing Decision Making International Management Ethics and Values Foundations of Human Resource Management FOURTH YEAR First Semester (Study Period 1, 2 or 3) ICT Project OR ICT Specialist Industry Project Procurement and Purchasing Strategies Management Accounting Second Semester (Study Period 4, 5 or 6) Entrepreneurial Enterprises Organisational Administration Elective Information Technology Strategy and Management

Courtenay HansonMolam Bachelor of Computer and Information Science, Bachelor of Management â&#x20AC;&#x2DC;I chose this double degree because it covers two areas related to my future career aspirations. Practical aspects of the course enable you to carry out projects that you can expect to encounter in the workplace such as developing databases and programming. I also completed a five-week internship in Singapore in the Asia IT department of law firm, Allen & Overy. It was great to get experience in my field of work and gain exposure to the operations of a global business. It was good to see aspects of my learning through my degree that could be applied to the workplace environment. Once I graduate, I would like to go travelling and then get a job hopefully in the area of systems/ business analyst and database design.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Engineering (Mechanical), Bachelor of Information Technology Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434271 Program code LBRC CRICOS code (international students only) 036329M ATAR (February 2012 cut-off) 89.50 Program length 5 years Prerequisites SACE Stage 2 Math Studies Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available No Part-time study available No TAFE credit available Yes Honours study available No Program fees Commonwealth supported Program fees (international students only) A$26,250 per annum Scholarships available unisa.edu.au/scholarship

Program overview This unique, double degree program provides you with an enhanced understanding of and ability to apply engineering principles alongside theoretical and practical knowledge and skills in information technology (IT). As a graduate you will gain two separate degrees by studying only one year longer than it takes to gain the single Bachelor of Engineering (Mechanical Engineering) degree. You will also have the flexibility to select specialised engineering courses depending on your specific areas of interest. This program has a strong practical and industry focus and you will have access to the latest developments in the areas of mechanical design, advanced manufacturing technologies, sustainable energy usage and management, as well as database and network technologies. With skills in both engineering and information

technology, you will be well prepared for a career in industries such as mechanical, manufacturing, defence, building and mechanical services, information services, computing and software development. As a student of this program, you will also have access to the new Engineering Mechatronics Lab and existing, impressive facilities to help you gain valuable practice throughout your studies. What will I study? In the first year you will study eight core engineering courses along with all engineering students including Engineering Design and Innovation, Mathematical Methods for Engineers 1 and 2, Mechanics and Physics, Computer Techniques, Sustainable Engineering Practice and Electrical and Energy Systems. These courses provide a practice-centred foundation to engineering that exposes you to the

breadth of cross-disciplinary studies as well as how engineering is applied in industry. You will undertake a number of hands-on engineering projects including participation in the Engineers Without Borders Challenge. This program has been designed to provide complementary education in computer and information science and mechanical engineering. The engineering studies over the five years of the program focus on engineering concepts, computing, problem solving and communication. This is studied in conjunction with advanced studies in mechanical and manufacturing engineering through areas such as machine design, fluid mechanics, manufacturing processes, sustainable design and advanced composites. Specialist finalyear courses are also offered in advanced manufacturing, sustainable systems, applied mechatronics and nanotechnology. The IT program complements the engineering component of the degree with studies in computer system architecture, database technology, networking and internet technology and object oriented system development, which are very relevant to, and widely applied in, modern engineering professions. During final year, you will complete a research or industry-based engineering project, enabling you to apply your acquired skills in a professional environment. As a student in this program you will also undertake 12 weeks of compulsory industrial experience during your study. This experience is highly regarded by prospective employers. You will have the opportunity to apply and integrate the knowledge and skills you have gained during your program in an industry setting. Industry experience also helps you determine your career pathway enabling you to experience particular industry sectors prior to graduation. The University, in association with industry partners and sponsors, recognises several deserving students with prizes and awards at various levels of study. For more information visitÂ unisa.edu.au/scholarship

What does it take? You should have an inquiring mind with good verbal and written communication skills. An interest in science; information technology; and social, administrative and management issues is also required. Competence in mathematics and physics is essential. Who will employ me? As a graduate your ability to apply your skills across different fields will ensure you will be highly sought by industry. This degree provides you with a competitive edge for a career as a professional engineer readying you for the application of skills and knowledge in industries such as mechanical engineering, manufacturing systems, computing, software development, and information services, or within government organisations. Professional accreditation This program is professionally accredited by the Australian Computer Society. This program is also professionally accredited by Engineers Australia and is designed to meet the requirements for graduate membership of Engineers Australia and comparable international institutions Honours Students achieving a credit level average at the end of the fourth year may be invited to enrol in the engineering Honours project in their final year. Successful completion of the program and the Honours project may lead to the award of the Bachelor of Engineering with Honours. Honours in Information Technology is available as a one year full-time (or part time equivalent) program on completion of the Bachelor of Information Technology.

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Computer Techniques Engineering Materials Mathematical Methods for Engineers 1 Sustainable Engineering Practice Second Semester (Study Period 4, 5 or 6) Electrical and Energy Systems Engineering Design and Innovation Mathematical Methods for Engineers 2 Mechanics and Physics SECOND YEAR First Semester (Study Period 1, 2 or 3) Mechanics and Structures Engineering Modelling Problem Solving and Programming Mechanical Engineering Practice N Second Semester (Study Period 4, 5 or 6) Information Technology Fundamentals Programming Fundamentals Web and Database Development THIRD YEAR First Semester (Study Period 1, 2 or 3) Data Structures Systems Analysis, Design and Project Management Network Fundamentals Second Semester (Study Period 4, 5 or 6) Mechanics of Machines Fluid and Energy Engineering User Interfaces Web Engineering FOURTH YEAR First Semester (Study Period 1, 2 or 3) Manufacturing Practice Design for Manufacture and Assembly Elective Network Fundamentals Second Semester (Study Period 4, 5 or 6) Mechanical Design Practice Information Technology Strategy and Management ICT Project

FIFTH YEAR First Semester (Study Period 1, 2 or 3) Energy Conversion and Management Computer Aided Engineering Practice Engineering Elective 1 Engineering Elective 2 Second Semester (Study Period 4, 5 or 6) Industrial Experience Engineering Elective 3 Engineering Elective 4 Mechanical Engineering Project 1B FIFTH YEAR WITH HONOURS First Semester (Study Period 1, 2 or 3) Energy Conversion and Management Computer Aided Engineering Practice Engineering Elective 1 Engineering Elective 2 Second Half (Study Period 4, 5 or ) Industrial Experience Engineering Elective 3 Engineering Elective 4 Mechanical Engineering Project 1B Honours

Bachelor of Computer Science (Honours) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434421 Program code LHIS CRICOS code (international students only) 039463C ATAR (February 2012 cut-off) 96.15 Program length 4 years Prerequisites SACE Stage 2 Math Studies Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available Yes* Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) A$23,750 per annum Scholarships available unisa.edu.au/scholarship *Some courses are available in online/external mode, others are only offered internally

Program overview This program has been specifically designed for you if you are a high-achieving student, who wishes to study computer science at an advanced level and has an eye on a future position in cutting-edge research and development in academia, research institutions or the IT industry. In particular, this program will suit you if you are passionate about computing and applying technology to solve problems. You will be personally mentored by expert researchers through a combination of advanced tutorials, practicals, laboratory placements and a year-long research thesis. As a student of this program, you will also have access to the new IT Innovation Studio and IT Development Studio. These new facilities will prepare you for a career in IT by combining real-life experience with the knowledge to succeed.

What will I study? This four-year Honours program consists of common core courses in IT, as well as advanced computer and information science topics run by leading researchers. During the program you will complete a placement within one of the School's Advanced Computing Research Centre laboratories. In your final year, you will also complete a thesis that contributes to your existing computer science knowledge, enabling you to apply your skills in a professional setting and gain additional insight into doctoral research. At the end of final year, you will be in a position to either go into industry as a highly sought-after software engineer with research experience, or continue further study at a PhD level.

What does it take? Careers in research and academia require significant critical thinking capabilities and the ability to work with other academic and research professionals collaboratively, especially with colleagues from non-IT backgrounds. Often, those involved in research need to be able to relate to business and marketing professionals to understand the nature of their problems and propose well-structured research programs to investigate solutions. As a prospective employee, you will benefit from the unique mix of research and software engineering skills provided in this degree. Software engineering is more than just programming; it also involves developing large complex systems, on time and within budget, which requires up-todate software engineering knowledge and familiarity with current global practices. As a software engineer, you will need to understand and apply software design skills, internationally recognised standards and the methods, techniques and tools that support them, andÂ sound management practice. It is the task of the software engineer to draw these separate areas of expertise together in developing quality software by creating new methodologies or evaluating the adoption of new technologies. Who will employ me? Employment opportunities from this program may take you down the industry pathway upon graduation or lay the foundation for lucrative academic or research positions often through further study at PhD level. The industry pathway will enable you to work in software engineering positions where you will prove extremely attractive given the research expertise and software engineering skills gained through this program. Notably, South Australia's defence sector is currently demanding capable graduates with research experience. Some graduates attain senior management positions in innovative industry organisations with research laboratories focused on developing new technologies. These companies demand employees to be creative thinkers and to

solve complex problems – skills that are developed by graduates of this program. The academic pathway enhances your creative thinking and problem solving and is almost essential for anyone wishing to teach at a university. PhD graduates are also highly desired by world-leading research laboratories and high-powered software engineering companies including a significant number of leading defence companies in Adelaide. Professional accreditation This program is professionally accredited by the Australian Computer Society. Additional Notes Some courses are available in online/external mode, others are only offered internally Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Information Systems Professional Practice Advanced Problem Solving and Programming Information Technology Fundamentals Second Semester (Study Period 4, 5 or 6) Web and Database Development Advanced Programming Fundamentals Network Fundamentals SECOND YEAR First Semester (Study Period 1, 2 or 3) Systems Analysis, Design and Project Management Advanced Data Structures Discrete Mathematics Second Semester (Study Period 4, 5 or 6) Advanced Web Engineering Advanced User Interfaces Software Development with C++ Database Technology

THIRD YEAR First Semester (Study Period 1, 2 or 3) CIS Research Placement 1 Operating Systems Computer Science Topics for Software Engineers Elective Second Semester (Study Period 4, 5 or 6) CIS Research Placement 2 Systems Architecture Artificial Intelligence Workflow, Maintenance and Re-engineering FOURTH YEAR First Semester (Study Period 1, 2 or 3) CIS Honours Minor Thesis 1 CIS Research Methods Elective Second Semester (Study Period 4, 5 or 6) CIS Honours Minor Thesis 2 Elective Elective

Jessica Tsimeris Bachelor of Computer Science (Honours) ‘I think one of the advantages of doing a degree within a University that has a large computer science school is the variety degrees to choose from. It’s allowed me to pinpoint areas that I’m interested in and would like to pursue in the future. This degree allows for quite a bit of customisation in the fourth year. If you want to do maths, you can, but you can also choose networking courses, computer graphics, programming, information security and databases. I personally picked courses with a lot of programming in them, because that’s what I enjoy. Many people have misconceptions about computer science – they think it’s incredibly difficult and you have to be fantastic at maths. It’s not like that. I think you just have to be interested in the area, you’ll always succeed so long as the interest is there. I enjoyed being able to undertake research placements, including one within the Security Lab in UniSA and the other in the Wearable Computer Lab at the University of South Australia.’

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Information Technology (Honours) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 4BH006 Program code LHCP CRICOS code (international students only) 024200E Program length 1 years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available Yes Part-time study available Yes TAFE credit available Yes Honours study available N/A Program fees Commonwealth supported Program fees (international students only) A$23,750 per annum Scholarships available unisa.edu.au/scholarship

Program overview If you have achieved outstanding academic results from a relevant information technology bachelor degree, you may be eligible to undertake this Honours program. The program prepares you for postgraduate and PhD studies or industrial employment in the field of computing, IT or information systems. It provides you with advanced coursework topics and a major project in computer and information science, information systems and equivalent disciplines. What will I study? This Honours program consists of several core courses in IT research, as well as advanced computer and information topics run by leading researchers. The program will provide you with the skills and knowledge to conduct effective research projects through a year-long project which will utilise your multidisciplinary undergraduate skills in computer

graphics, business intelligence, software, networking, information and security. At the end of the program you will be in a position to either go into industry as a highly sought-after IT specialist with research experience or continue further study at the PhD level. What does it take? Careers in research and academia require significant critical thinking capabilities and the ability to work with other academic and research professionals collaboratively, especially with colleagues from non-IT backgrounds. Often, when you are involved in research, you will need to relate to business and marketing people to understand the nature of their problems and propose well structured research programs to investigate solutions. As a prospective employee, you will benefit from the unique mix of research and IT skills.

Who will employ me? As a graduate of this program, you will be suited to a range of leadership and research roles within the IT sector. Depending on your selected area of specialisation, you may find positions as project managers, research assistants, programmers, software designers or network architects or you may decide to continue your studies at a postgraduate or PhD level. Professional accreditation This program is professionally accredited by the Australian Computer Society. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) CIS Research Methods Elective CIS Honours Minor Thesis 1 Second Semester (Study Period 4, 5 or 6) Elective Elective CIS Honours Minor Thesis 2

Entry requirements For Undergraduate Bachelor Degrees and Associate Degrees Applicants are required to have: » Completed SACE; » Completed at least 80 credits of SACE at Stage 2 of which 60 must be Tertiary Admission subjects (TAS) and the other 20 either TAS, Recognised Studies or a mix of the two; » Completed any prerequisites for your chosen program; » Obtained a competitive ATAR; » Completed interstate or overseas qualifications that the University considers equivalent to the SACE; » Completed the International Baccalaureate Diploma; » Completed or partly completed a recognised higher education program at a recognised higher education institution; » Completed at least four Open Universities Australia (OUA) courses at the appropriate level; » Completed an award from TAFE or from another registered training organisation at AQF Certificate IV or above;

» Qualified for Special Entry and completed the Special Tertiary Admissions Test (STAT). A personal competencies statement and/ or employment experience may also be considered; » Completed the University Foundation Studies program. Please note that some programs have prerequisites. Applicants should check all entry requirements before applying. For some programs, applicants may also be required to attend an interview or present a folio. For more information on entry requirements, visit unisa.edu.au/future

UniSA Advantage Bonus Points UniSA Advantage is a bonus points scheme that encourages participation in education as well as rewards achievement in selected Year 12 subjects that better prepare students for university study. The scheme includes two strands – Achievement and Aspire. Achievement bonus points will automatically be awarded if students score a C- or better in Year 12 Tertiary Admission Subjects (TAS) relevant to their intended UniSA program. Find out more here unisa. edu.au/bonuspoints

Aspire bonus points are awarded automatically to students who Participation and Access attend a school recognised by UniSA offers various programs UniSA as under represented at and services to assist rural and/or university. Students from rural socio-economically disadvantaged and remote areas are also eligible students, Indigenous Australians for automatic bonus points and people with a disability. For while those students on School more information, contact (08) Card (or state equivalent) and/or 8302 2376 or 1300 UNINOW Youth Allowance, and who do or email study@unisa.edu.au not attend a recognised school, can apply for bonus points by downloading an application form at unisa.edu/bonuspoints

For more information, visit unisa.edu.au/bonuspoints. You can also contact Future Student Enquiries by phone (08) 8302 2376 or 1300 UNINOW (local call cost) or email study@unisa.edu.au Student contributions You can defer the cost of your studies with HECS-HELP, a loan program that helps Commonwealth supported students pay their student contribution amounts. The contribution that applies depends on which courses you choose to study and the contribution band in which those courses are classified (see table below). The amount of your student contribution also depends on the unit value of your courses of study (the equivalent full-time student load (EFTSL) value of the course). How to apply to the University of South Australia Go to unisa.edu.au/applyonline

As per the Australian Government guidelines, the student contribution amounts for 2012 are: Band

Fields of study

Student contribution

National priorities

Mathematics, statistics, science

$0 – $4,520

Band 1

Humanities, behavioural science (including clinical psychology), social studies, foreign languages, visual and performing arts, education, nursing

$0 – $5,648

Band 2

Computing, built environment, health (allied health and other health), engineering, surveying, agriculture

$0 – $8,050

Band 3

Law, dentistry, medicine, veterinary science, accounting, administration, economics, commerce

$0 – $9,425

Note: These amounts are for 1 EFTSL in 2012. The student contribution amounts for 2013 will be advised by the Federal Government in October 2012, and these will be available to view via unisa.edu.au/future/fees at that time.

Glossary What will you study?

done as part of the degree.

Associate degree An award for completing a two-year (or part-time equivalent) tertiary program.

Graduate Certificate An award for completing a postgraduate program of at least six months in duration (or part-time equivalent).

Foundation Studies A free, one year program with no qualifications required for entry. This program assists students to develop the skills required for successful university-level study. Upon successful completion, students can apply for entry into a degree at the University of South Australia or to enter the second year of a UniSA College diploma program. Diploma UniSA College offers two diplomas as alternative entry to University: the Diploma of Arts is a two year program designed to provide guaranteed entry into the second year of a social sciences or communication and media degree at the University of South Australia; the Diploma of Science and Technology is a two year program which provides guaranteed entry into the second year of a University of South Australia degree in life sciences, environmental science, physical science, health and exercise science, nursing or biomedical science. Bachelor degree A program of three or more years duration (or part-time equivalent). Bachelor degree programs provide the relevant qualifications for many professions. Honours An additional year of study in a Bachelor degree during which students specialise in a chosen area of study. In some cases, Honours study can actually be

Graduate Diploma An award for completing a postgraduate program of at least one year in duration (or part-time equivalent). Master degree A postgraduate degree undertaken after completion of a Bachelor degree (normally with Honours) which focuses on one area of specialisation. PhD Doctor of Philosophy (PhD) programs normally extend over three years (or parttime equivalent) and involve significant research work. How does your program work? Major A set of related courses which comprises 36 units of study within a Bachelor degree. Sub-major A set of related courses which comprises between 19 and 35 units of study within a Bachelor degree. Minor A set of related courses which comprises up to 18 units of study within a Bachelor degree. Program Award in which you are enrolled, eg Bachelor of Arts. Course A component of study

within a program (previously known as a ‘subject’). Unit A value assigned to a course which measures the amount of work involved in that course. Full-time students normally undertake 36 units of study per year (18 units per semester). General Direct entry Programs for which applications are not processed through SATAC but are made direct to the University of South Australia. Assumed knowledge Some first-year courses require knowledge of certain SACE Stage 2 subjects. Prerequisites SACE Stage 2 (Year 12) subjects, or equivalent qualifications required for admission into the program. Free Electives A course chosen from any on offer outside your study area, provided that individual course prerequisites are met. Free elective courses are designed to broaden your knowledge and skills beyond your professional field of study. CRICOS code Code identifying that a University of South Australia program has been registered on the Commonwealth Register of Institutions and Courses for Overseas Students (CRICOS). Division The University of South Australia is split into four academic Divisions – Business; Education, Arts and Social Sciences; Health

Sciences; and Information Technology, Engineering and the Environment – each offering a range of specialised programs. SACE The South Australian Certificate of Education or a recognised equivalent qualification. SATAC Guide A publication that lists every program offered by South Australian higher education institutions. The SATAC Guide provides information about the selection process, includes instructions on how to apply and is available every year from newsagents Australia-wide and online at satac.edu.au. Special Entry (STAT) Special Tertiary Admissions Test (STAT) is an alternative entry for people who do not have any oter qualifications for admission to university. ATAR (Australian Tertiary Admission Rank) A ranking of all students who have completed SACE in a particular year. The minimum ATAR required for the previous year is often a guide to how well you will need to perform to gain entry into a particular program. ATARs can vary from year to year and should be used as a guide only.

Ask UniSA Get answers 24/7 at unisa.edu.au/future Telephone (08) 8302 2376 or 1300 UNINOW Email study@unisa.edu.au For information specific to international students, please visit unisa.edu.au/international

unisa.edu.au/careershop

Complete series of brochures

CareerShop The latest news, events and information to help kick-start your career. Choose your future direction and get on track. Sign up to CareerShop, your personalised careers network that helps you make informed choices about your university and career paths.

CareerShop gives you » The opportunity to watch videos . » Invitations to career and university events. Meet people studying and working in the career of your choice. » Student, graduate and lecturer profiles and blogs. Get the inside scoop from people who have pursued a career in your area of interest. » Links to industry websites and news. Check out the latest trends in industry. » Exclusive entry to CareerShop competitions, giving you the chance to win great prizes. To register, simply log on to unisa.edu.au/careershop, fill in your details and start exploring. And you’ll receive regular CareerShop updates by email each time we upload new information.

Aboriginal and Australian Studies Art, Architecture and Design Business, Commerce and Finance Aviation Communication and Media Computer and Information Technology Construction Management and Economics Education Engineering Environmental Science and Geospatial Science International Studies and Languages Law Management Marketing Medical and Health Sciences Nursing and Midwifery Psychology, Social Work and Human Services Science and Mathematics Tourism and Event Management Urban and Regional Planning Whyalla and Mount Gambier Programs

The University of South Australia reserves the right to alter, amend or delete any program, fee, course, admission requirement, mode of delivery or other arrangement, without prior notice.

CRICOS provider number 00121B Information correct at time of printing, May 2012.

2013 Science and Mathematics • Mathematical Sciences • Quantitative Finance • Science • Honours Degrees

Contents Why study at the University of South Australia? Make the most of your experience Why study mathematics and science at the University of South Australia?

Bachelor of Mathematical Sciences (Applied Mathematics) (Optimisation) (Statistics) Bachelor of Quantitative Finance Bachelor of Science Bachelor of Science (Advanced Materials) Bachelor of Applied Science (Honours) (Industrial and Applied Mathematics) Bachelor of Science (Honours) (Nano and Biomaterials)

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Why study mathematics and science at the University of South Australia? • Learn from and work with a number of leading researchers in mathematics and statistics and receive a high level of individual attention. • We offer a number of scholarship options, including the Hypatia Scholarship for mathematically-talented young women, and the unique opportunity to work with business or industry on a major Mathematics Clinic project. • The University of South Australia’s Bachelor of Quantitative Finance is unique in South Australia and features a structured combination of mathematics and finance.

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Mathematics and science Mathematics and statistics is an important part of our everyday life and graduates of this discipline are highly sought after. The University of South Australia’s Bachelor of Mathematical Science or Bachelor of Quantitative Finance allows you to develop high level problem-solving and analytic skills which are highly valued by prospective employers. As a graduate, you will have a broad selection of professions to choose from, especially since mathematics is used in, and underpins, all areas of science, finance, engineering, agriculture and health science. Mathematics and statistics graduates are in great demand in numerous other fields, including government, education, logistics, business, finance and computing. For more information please visit: unisa.edu.au/maths Science is concerned with the systematic study of the nature and behaviour of the physical universe. It is fundamental to technology and industry. The Bachelor of Science program provides you with a broad science education through a combination of a major and minors chosen from a variety of science disciplines. The emphasis on laboratory and fieldwork and project-based learning activities is designed to give you the necessary skills to apply your knowledge in one of a range of inspiring and well-paid career paths. For more information please visit: unisa.edu.au/science The Bachelor of Science (Advanced Materials) is a multi disciplinary science program which focuses on South Australia’s priority areas of mining, water, energy and health. Incorporating physics, chemistry, biology and mathematics, as well as a range of specialist topics, this program presents graduates with excellent employment opportunities locally, nationally and internationally. For more information please visit: unisa.edu.au/advancedmaterials The School of Mathematics and Statistics is located on the Mawson Lakes and City West campuses. The School offers undergraduate and postgraduate degree programs, as well as over 75 courses throughout the University. The School is actively engaged in research, research training and consultancy through its Centre for Industrial and Applied Mathematics, and Phenomics and Bioinformatics Research Centre.

5 Student projects with industry

• Your own personal computer or laptop

For selected mathematical science students there is the unique opportunity to work with business or industry on a major Mathematics Clinic project. This project is the only one of its type in Australia and more than 250 organisations have participated worldwide, resulting in approximately 1000 completed projects in the areas of engineering, computer science, mathematics, and physics and multidisciplinary areas.

• Summer internship with the scholarship sponsors, and

Scholarships and awards Our scholarships offer financial assistance and, in many instances, valuable work experience opportunities which often lead to employment. New scholarships are constantly being developed so we recommend you regularly visit: unisa.edu.au/scholarship

Hypatia Scholarship If you are a mathematically-talented female year 12 student interested in a degree that offers a wide range of career options with excellent employment and salary opportunities, then the Hypatia Scholarship can help you kick-start your future career. This prestigious scholarship provides: • $5000 cash to support your studies • A dedicated personal study area within the University for the duration of your program

• The support of the Hypatia network of like-minded, talented female mathematics students. For further information visit: unisa.edu.au/maths/scholarships

The Bachelor of Quantitative Finance The Bachelor of Quantitative Finance is unique in South Australia due to its structured combination of mathematics and statistics with a focus on economics, finance and insurance applications. The quantitative finance training provided is more advanced than that typically offered by business schools. Graduates enter the workforce with the added advantage of much needed advanced quantitative and analytical skills that come from studying mathematics and statistics, coupled with a good understanding of financial markets. Moreover, through the inclusion of appropriate general problemsolving skills, students are well equipped to work as professional mathematicians and/or statisticians in any area where mathematics and statistics are used.

Bachelor of Mathematical Sciences (Applied Mathematics)

(Optimisation) (Statistics)

SATAC code 434661 Program code LBMA CRICOS code (international students only) 057873B / 057872C / 057871D ATAR (February 2012 cut-off) 88.40 Program length Three years Prerequisites SACE Stage 2 Math Studies Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available No Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) AUD$23,000 per annum Scholarships available unisa.edu.au/scholarship

Program overview When you graduate from this program, you may be engaged in any number of activities including mathematical modelling, data collection and analysis, numerical analysis and the implementation of computer driven solutions, each with their own diverse range of employment opportunities. The analytical and problemsolving skills you develop in this program are highly valued by prospective employers.

In your final year, you have the option of specialising in one of three areas: Applied Mathematics, Statistics, or Optimisation, and within each specialisation you have a number of elective courses to choose from. In the final year of the program students taking the Applied Mathematics specialisation are selected on merit to be engaged in the Mathematics Clinic, where one-third of the year involves working on a major project with industry.

In the final year you may have the opportunity to study abroad in The Netherlands through the International Student Exchange program to gain international experience by completing part of your degree overseas. For more information visit: unisa.edu.au/exchangeÂ

The Mathematics Clinic was introduced in 2004 and has since been involved in collaborations with Woolworths Supermarkets, BHP-Billiton and the Electricity Supply Industry Planning Council. Involvement in the Clinic can open up employment opportunities for graduates and make them more aware of the potential applications of mathematics in business and industry.

What will I study? In the first two years of the program, you will take courses in computing, statistics, operations research and optimisation, numerical mathematics and applied mathematics.

The School of Mathematics and Statistics has a collaborative relationship with the University of

Twente in The Netherlands. Over the past 10 years, several of our final-year students have studied across institutions and all have found their experiences to be both educationally enriching and culturally broadening. What does it take? You should have a pass qualification in Stage 2 Mathematical Studies (or equivalent) and a competitive Australian Tertiary Admission Rank (ATAR). Stage 2 Specialist Mathematics is also recommended. Above all we are seeking those who have ability, and a genuine interest in learning more about mathematics. Our program is designed to nurture and develop your skills and interests. Successful completion of the Honours program also provides you with the opportunity to advance to postgraduate study. Testimony to this program and its predecessors is that approximately half of our current group of postgraduate research (PhD) students are graduates from these programs. Who will employ me? Specific areas for graduate employment include the finance and banking sectors financial organisations, insurance and investment companies, environmental modelling and education. Employment opportunities for you as a mathematics graduate in this sector are excellent. Other employment opportunities exist within the defence sector, including organisations such as the Defence Science and Technology Organisation (DSTO), BAE Systems, Tenix and Australian Submarine Corporation; and research-based organisations such as the Australian Commonwealth Scientific and Research Organisation (CSIRO) with whom we have a strong working relationship, and the South Australian Research and Development Institute (SARDI). Alternatively, you may find employment in the mining and oil sector with companies such as BHP Billiton; or the state and federal public service sectors, including health (statisticians), agriculture (mathematical modelling and statistics) and the Australian Bureau of Statistics.

Honours Graduates of this program who have achieved at least a credit level grade point average can enter the oneyear honours program, Bachelor of Applied Science (Honours) (Industrial and Applied Mathematics) (LHMS). Bachelor of Mathematical Sciences (Applied Mathematics) This program schedule is indicative only and will vary according to the specialisation that you choose. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Calculus 1 Directed Elective Statistical Methods Discrete Mathematics Second Semester (Study Period 4, 5 or 6) Calculus 2 Mathematical Communication Linear Algebra University-wide Elective SECOND YEAR First Semester (Study Period 1, 2 or 3) Differential Equations 1 Linear Programming and Networks Calculus 3 Statistical Foundations Second Semester (Study Period 4, 5 or 6) Numerical Methods 1 Introduction to Stochastic Processes Methods of Applied Mathematics 1 Fundamentals of Real Analysis THIRD YEAR First Semester (Study Period 1, 2 or 3) Complex Analysis Differential Equations 2 Optimisation Mathematics Clinic 1 OR Variational Calculus Second Semester (Study Period 4, 5 or 6) Methods of Applied Mathematics 2 Vector Calculus with Applications Applied Functional Analysis Advanced Mathematics Clinic OR Mathematics Project 2

Amy Stoianov Bachelor of Mathematical Sciences â&#x20AC;&#x2DC;This program is very interesting as it allows you to explore the different areas of mathematics and find where you feel comfortable and would like to specialise during your final year of study. It is challenging at first, but you feel great when you have learnt the tools to solve hard problems. I have found the lecturers all very helpful when we have questions about course work and they are regularly available for you to talk to. I completed a summer vacation program at the Defence Science and Technology Organisation (DSTO), which was a great opportunity to see one possibility of where my degree could lead me for employment, and be exposed to a practical working environment. I was also fortunate to be offered a scholarship for mathematicallytalented women, which has been beneficial to my studies.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Quantitative Finance Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 424431 Program code DBQF CRICOS code (international students only) 048563B ATAR (February 2012 cut-off) 71.70 Program length Three years Prerequisites SACE Stage 2 Math Studies Assumed knowledge None Home campus City West Accepts Special Entry (STAT) Yes External study available No Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) AUD$23,000 per annum Scholarships available unisa.edu.au/scholarship

Program overview High-level mathematics and statistics skills are increasingly in demand by the banking, insurance, investment and other finance sectors, providing many career opportunities for graduates of quantitative finance programs. Bachelor of Quantitative Finance is a tailored program that will provide you with sound professional training in mathematics and statistics, with an added focus on finance and insurance applications. The program offers a range of specialised finance and actuarial studies courses and you will receive a high level of individual attention. The inclusion of appropriate analytical and problem-solving skills will allow you to pursue a career not just in the finance sector, but in many other areas where mathematics and statistics are used. You may have the opportunity to study abroad through the International Student Exchange program to gain international experience by completing

part of your degree overseas. For more information visit: unisa.edu.au/exchange What will I study? Throughout this three-year program, you will develop expert skills in mathematics and statistics, which you will then progressively apply to specialised areas of quantitative finance and actuarial science. The majority of courses within this program are taught by the School of Mathematics and Statistics, and complemented by contextual courses in economics, business and finance offered by the School of Commerce. What does it take? You should have a strong interest in mathematics and statistics. While Stage 2 Specialist Mathematics is highly desirable, those with a passing qualification in Stage 2 Mathematical Studies (or equivalent), and a competitive Australian Tertiary Admission Rank (ATAR), will qualify for entry into this program. If you have a logical,

curious and creative mind, and an interest in finance and insurance applications of mathematics, you are encouraged to apply. Who will employ me? This program provides you with diverse career opportunities in the areas of financial application including risk management, financial planning, financial modelling and actuarial science within the banking, insurance, investment and general finance sectors. Honours Graduates of this program who have achieved at least a credit level grade point average can enter the one year honours program Bachelor of Applied Science (Honours) (Industrial and Applied Mathematics) (LHMS). Additional notes Scholarships available for this program include the Hypatia Scholarship for mathematically talented women, the SA Water Hypatia Scholarship, and entrance scholarships for students who achieve an ATAR of 90 or above in their final year of secondary school study and a scholarship for international students studying Quantitative Finance. For more information and scholarship criteria visit unisa.edu.au/scholarship

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Calculus 1 Theory of Interest Statistical Methods Principles of Economics Second Semester (Study Period 4, 5 or 6) Calculus 2 Problem Solving and Programming Linear Algebra Macroeconomics SECOND YEAR First Semester (Study Period 1, 2 or 3) Linear Programming and Networks Differential Equations 1 Statistical Foundations Business Finance Second Semester (Study Period 4, 5 or 6) Introduction to Stochastic Processes Mathematical Communication Life Contingencies International Currency and Banking Markets THIRD YEAR First Semester (Study Period 1, 2 or 3) Time Series and Forecasting Optimisation Mathematics Elective Portfolio and Fund Management Second Semester (Study Period 4, 5 or 6) Decision Science Elective Risk Theory Investment Science

Karina Mignone Bachelor of Quantitative Finance â&#x20AC;&#x2DC;At school I was good at and enjoyed maths. I looked for a program that combined maths with something I could relate to, like finance. Quantitative Finance was the perfect solution as it shows how applicable maths is to real-life financial situations. This degree provides the perfect balance between theory and practical components and many assignments that I have undertaken have involved solving real industry questions. I have also completed a vocational work placement where I used everything that I have learned in my first two years of university. Small classes mean a lot of attention and I am fortunate to be a Hypatia Scholarship recipient, which includes financial support and a study office at the University of South Australia. After I graduate I would like to become a financial analyst, using all the mathematical insight I have gained to better understand and tackle the many financial challenges ahead.â&#x20AC;&#x2122;

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Science Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434201 Program code LBSC CRICOS code (international students only) 024220A ATAR (February 2012 cut-off) 60.85 UniSA Preferred Score (guaranteed entry) (guaranteed entry) (guaranteed entry) 70.00 Program length Three years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Yes Accepts Special Entry (STAT) External study available No Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) AUD$23,000 per annum Scholarships available unisa.edu.au/scholarship UniSA College pathway available Yes (see unisa.edu.au/college)

Program overview Science is concerned with the systematic study of the nature and behaviour of the physical universe by observation, experiment and measurement. It enables us to model the universe and to make predictions and informed decisions.

What will I study? The Bachelor of Science is one of the most flexible programs to study at the University of South Australia. Almost the entire program is made up of courses of your chosen major and minors. You can choose your major from the following areas of study:

This program provides you with a broad science education through a combination of majors and minors from a variety of science disciplines. It is also possible to choose one minor from any discipline area in which a minor is offered by the University. As a graduate of this program you will have an understanding of the fundamental concepts of the sciences. The emphasis on laboratory and fieldwork is designed to give you the necessary skills to apply your knowledge in your future career.

» Applied Physics allows you to pursue in-depth studies in the areas of advanced materials, computational physics and medical health physics. » Biology includes studies into plant and animal biology, cell biology, physiology, environmental biology, biochemistry and introductory biotechnology. » Chemistry offers in-depth studies in both physical and inorganic chemistry. » Computer Science combines core studies in computer science, information systems, software engineering and internet technology. » Environmental Systems provides a broad understanding of environmental sciences

and policy, including the contemporary concepts of ecosystem management and sustainable development that link natural and social systems. You will receive a solid foundation in natural sciences and field research techniques, while engaging in active, projectbased learning opportunities. » Geospatial information systems (GIS) are computerised systems that store and analyse spatial or geographic data. Data stored by coordinates in 2D, 3D or 4D space are related to relational databases, which can be used to perform spatial queries and analyses. » Geoscience is the study of the earth and its resources. This stream introduces the basic concepts of geology and develops these concepts with emphasis on science applications and the practice of geoscience in environmental management and civil engineering. » Mathematics provides core studies in applied mathematics, statistics and optimisation. » Psychology can be taken as a minor or sub-major. After studies in basic psychology, you may select from additional topics for more advanced study. What does it take? You should have an inquiring mind and a keen interest in science. Some knowledge and skills in mathematics, biology, chemistry, physics, or related disciplines are also necessary, depending on the stream in which you wish to specialise. In addition, you must possess a variety of personal skills and the qualities to succeed in your chosen profession. Scientists in any discipline need well-developed interpersonal abilities as well as skills in verbal and written communication, problem solving, and creative thinking and the ability to work collaboratively in teams. Who will employ me? Given the broad nature of the scientific field, employment prospects for you as a science graduate are extensive. You may find work in research and development positions in private or government laboratories, the medical and pharmaceutical industries, manufacturing, environmental management,

the food and beverage industry, oil and mining industries, information technology, defence science, meteorology, or banking, management and finance industries. Honours Entry into the Honours program Bachelor of Science (Honours) (LHSC) is available to those who have achieved a credit level average. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Communication for Information Systems and Technology Science major 1 First minor 1 Second minor 1 Second Semester (Study Period 4, 5 or 6) Statistics for Laboratory Sciences 101 Science major 2 First minor 2 Second minor 2 SECOND YEAR First Semester (Study Period 1, 2 or 3) Science major 3 Science major 4 First minor 3 Second minor 3 Second Semester (Study Period 4, 5 or 6) Science major 5 Science major 6 First minor 4 Second minor 4

Rhiannon Schroeder Bachelor of Science â&#x20AC;&#x2DC;Whichever science you are interested in, the Bachelor of Science provides the opportunity for you to pursue it as a career. The overall experience is invaluable and designed to allow further research or study in any area of the degree. All classes have a practical component helping to reinforce the theory presented in the lectures and providing a hands-on learning aspect. I particularly enjoyed the practical sessions in invertebrate and vertebrate biology. This covered dissections, anatomical explorations, phylum collections and animal skull preparation. The third-year project enables additional insight into the field of research. I hope to gain a position, initially with the state police, and then federal, working with the crime scene investigators in forensics.â&#x20AC;&#x2122;

THIRD YEAR First Semester (Study Period 1, 2 or 3) Science major 7 Elective 1 Elective 2 Elective 3 First Semester (Study Period 1, 2 or 3) Science major 8 Elective 4 Elective 5 Elective 6

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Science (Advanced Materials) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code 434011 Program code LBAM CRICOS code (international students only) 074321D ATAR (February 2012 cut-off) 92.60 Program length Three years Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) Yes External study available No Part-time study available Yes TAFE credit available Yes Honours study available Yes Program fees Commonwealth supported Program fees (international students only) AUD$25,000 per annum Scholarships available unisa.edu.au/scholarship UniSA College pathway available Yes (see unisa.edu.au/college)

Program overview The Bachelor of Science (Advanced Materials) is a multidisciplinary science program focused on priority areas for South Australia, namely the mining, water, energy and health sectors. There are employment prospects locally, nationally and internationally and the program not only provides opportunities for you to specialise in an area of interest but also to network with prospective employers. Advanced materials are all around us.They exist as carbon fibres which are stronger than steel, coatings on glasses that darken when out in the sun; huge bandwidth optical fibre communication systems that provide all modern media direct to our homes; lasers for eye surgery; materials for long life batteries, next generation solar cells to capture more of the solar spectrum; scratch-resistant and protective coatings on mirrors and more importantly,

your iPad or iPod; and nanoparticles for medical imaging, targeted radiation therapy and in the future, drug delivery. Advanced materials science separates precious metals in minerals processing, to find materials and coatings for implants that are not rejected by the human body, to find solutions to secure fresh water supply and decontaminate soil resources, and to devise systems to store largescale renewable energy for later use. As a student of the Bachelor of Science (Advanced Materials) degree you will work in the new Materials and Minerals Science and Engineering Hub at our vibrant Mawson Lakes campus. The centrepiece of the Hub is a $50 million research and teaching building with state-of-the-art laboratories and teaching spaces, which opened in early 2012. The new facilities complement those in our recently-opened Mawson Institute and Environmental Science

Buildings, and we are host to the South Australian node of the National Collaborative Research Infrastructure Fabrication facility. Vice Chancellor's Scholarships in Advanced Materials Up to 20 Vice Chancellor's Scholarships in Advanced Materials valued at $5,000 each per year will be awarded to school leavers with an Australian Tertiary Admission Rank (ATAR) of 90 or above (exclusive of bonus points) who are enrolled full-time in the Bachelor of Science (Advanced Materials). Restrictions apply. What will I study? In first year you will be introduced to core studies in chemistry, physics, biology and mathematics with an emphasis on materials, and exposed to the potential employment available in advanced materials through a research project and participation in a student conference. In second year, core courses include topics in scientific data analysis, materials analysis techniques and instrumentation. You can choose a major from the following areas of study: • Minerals covers the fundamental science underpinning the characterisation, processing and utilisation of mineral resources (ores, minerals and metals), which is central to the operations of the minerals and materials industry. • Nanomaterials explores the nano world; materials with features less than a micron (a millionth of a metre) in size. The courses provide an understanding of the nanomaterial properties that enable scientists to design new classes of advanced materials. Nanoscience has far-reaching implications for engineering, medicine, physics, biology, energy production and computing. • Optical Materials not only looks at lenses, mirrors and coatings, but optical systems such as periscopes on submarines, lasers for eye surgery, microscopes, optical fibre communication systems, lighting solutions, solar cells, surveillance and electro-optic systems.

• Water Technology encompasses the development and application of the latest innovative achievements of nanotechnology to benefit the water sector, including desalination, wastewater treatment and reuse, and drinking water purification. • Environmental Remediation is concerned with both the development of innovative technologies for the cleanup of contaminated soils and water as well as the fate of new materials released into the environment. • Energy Technology focuses on the sustainable generation and use of energy through the use of a range of materials with varying physical and chemical properties. Advanced solar thermal and solar photovoltaic electricity generation systems with costs matching conventional energy supply are the key for development of high-performance renewable energy power generation plants. • Biomaterials investigates the man-made and naturally occurring biomaterials designed to be used safely inside or in contact with the tissues of the human body. • Chemistry and Pharmaceutical focuses on the use of fundamental chemistry knowledge to areas such as drug delivery, pharmaceutical engineering, and the emerging discipline of nanomedicine. • Medical and Health Physics focuses on studies of nuclear and radiation physics, biomaterials, biophysics and bioengineering. Professionals in this discipline help to shape best practice with regards to the use of radiation in human health. What does it take? Students entering the program are high achievers and committed to excellence. You should have an inquiring mind and a passion to discover how things work, particularly within the area of material development which is used in new devices and technologies.

You need to be able to think scientifically and critically analyse information and be willing to develop interpersonal and communication skills to become an effective problem solver. Who will employ me? Given the broad nature of the advanced materials field, employment prospects for you as a graduate may vary across a range of industries in Australia and around the world. You will be highly sought by mining and minerals companies, photonics companies, high tech defence companies, government and private research laboratories, water utilities, engineering firms, hospitals and the healthcare system, radiation protection and environment protection agencies Honours Honours degree programs are available for advanced materials graduates with meritorious academic results. Honours requires one additional year of study and can lead to postgraduate research (PhD or Masters) programs.

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Calculus 1 Chemistry 100 OR Chemistry in Life 100 Applied Physics 1 Biological Science 100 Second Semester (Study Period 4, 5 or 6) Linear Algebra Chemistry 101 OR Chemistry in Life 101 Applied Physics 2 Materials for the Future SECOND YEAR First Semester (Study Period 1, 2 or 3) Nano and Biomaterials Computational Science 1 IT Physics Major Elective 1 Second Semester (Study Period 4, 5 or 6) Materials Science for Environmental Sustainability Materials Analysis 1 Numerical Methods 1 Major Elective 2 THIRD YEAR First Semester (Study Period 1, 2 or 3) Materials Analysis 2 Computational Science 2 Major Elective 3 Major Elective 4 Second Semester (Study Period 4, 5 or 6) Applied Science Project Molecules-to-Materials: Foundations for Nanochemistry Major Elective 5 University-wide Elective

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

Bachelor of Applied Science (Honours) (Industrial and Applied

Mathematics)

Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Honours Mathematical Studies 1 Honours Mathematics Project 1 Second Semester (Study Period 4, 5 or 6) Honours Mathematical Studies 2 Honours Mathematics Project 2

SATAC code 4BH005 Program code LHMS CRICOS code (international students only) 040651M Program length One year Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) No External study available No Yes Part-time study available TAFE credit available No Honours study available n/a Program fees Commonwealth supported Program fees (international students only) AUD$23,250 per annum Scholarships available unisa.edu.au/scholarship

Program overview This program provides advanced coursework and a major industrial, scientific or commercial project in applied mathematics. It will prepare you for postgraduate studies or for employment in industrial, scientific or commercial environments. The program will also enhance your planning and problem-solving capabilities. What will I study? The program provides you with an opportunity for advanced study and research within the disciplines of applied mathematics, statistics and quantitative finance. The topics covered in the program may include simulation theory and application, advanced complex analysis, nonlinear programming, discrete optimisation, applied functional analysis, advanced topics in applied statistics, numerical linear algebra, introduction to partial differential equations, computational biology, stochastic calculus, advanced operations research, optimal control,

advanced topics in applied mathematics, advanced topics in optimisation and advanced topics in quantitative finance. What does it take? You should have an inquiring mind and a keen interest in science, mathematics, statistics, banking, finance and insurance applications. In addition, you must possess a variety of personal skills and qualities to succeed in your chosen profession. Scientists in any discipline need welldeveloped interpersonal abilities, verbal and written communication skills, problem-solving skills, creative thinking and the ability to work collaboratively. Who will employ me? There are excellent careers for you as a graduate in environmental modelling, defence research, finance, statistical analysis and optimisation. With an honours degree, you are highly regarded by industry and also ideally qualified to proceed to postgraduate degrees by coursework or research.

Joshua Chopin Bachelor of Mathematical Sciences Bachelor of Applied Science (Honours) (Industrial and Applied Mathematics) â&#x20AC;&#x2DC;The University of South Australia has provided me with a range of skills not just in mathematics but in programming and presenting among others. The Honours program also provides valuable experience in presenting a seminar in front of a crowd and writing a thesis. These tasks have given me confidence in preparing talks for the workforce and the people skills I need to create a successful career. I have found the University of South Australia to be full of people who have been, or still are, involved with the industry and are able to pass their knowledge on. This helps to prepare you for what you will need to know after leaving the University.

Bachelor of Science (Honours) (Nano and Biomaterials) Open Day 2012 City West Campus: Sunday 19 August, 70 North Terrace, Adelaide visit unisa.edu.au/openday Festival of Innovation Mawson Lakes campus: Thursday 13 September. Visit unisa.edu.au/innovation For more information and to register, visit unisa.edu.au/events

SATAC code n/a Program code LHSC CRICOS code (international students only) 045411J Program length One year Prerequisites None Assumed knowledge None Home campus Mawson Lakes Accepts Special Entry (STAT) No External study available No Yes Part-time study available TAFE credit available No Honours study available n/a Program fees Commonwealth supported Program fees (international students only) AUD$24,250 per annum Scholarships available unisa.edu.au/scholarship

Program overview The Bachelor of Science (Honours) program provides you with an opportunity for advanced study and introductory research experience in the field of nanomaterials and biomaterials. This program is for you if you received high achievements throughout your undergraduate program. It will prepare you for postgraduate research or for employment as a professional scientist. If accepted into this program, you may apply for scholarships offered by the Ian Wark Research Institute. What will I study? This Honours program consists of several core courses in research project preparation which will provide you with the skills and knowledge to conduct effective research projects. You are required to complete an advanced year-long project in the discipline of nano and bio materials. Those interested in studying Honours in other areas of science should consider one of the

a high level of academic achievement throughout your degree program achieving at least a credit level average. Who will employ me? As a graduate of this Honours program you may find employment opportunities in the areas of product development, quality control or consultancy, orÂ undertake professional scientific researchÂ in the field of nano and bio materials. Graduates may find employment in a range of positions, both within Australia and overseas. Program requirements FIRST YEAR First Semester (Study Period 1, 2 or 3) Research Project Preparation Advanced Topics in Materials and Interfaces 1 Honours Research Project 1 Second Semester (Study Period 4, 5 or 6) Advanced Topics in Materials and Interfaces 2 Honours Research Project 2

programs in applied physics, mathematics or statistics, computer science, biology or chemistry, biotechnology or bimolecular chemistry, environmental systems, environmental remediation, geoscience or geospatial information systems. What does it take? You will need knowledge and skills in chemistry or physics, and in related disciplines. In addition, you must possess a variety of personal skills and qualities to succeed in your chosen profession. As a scientist in any discipline, you will need welldeveloped interpersonal abilities as well as skills in verbal and written communication, problem solving, and creative thinking and the ability to work collaboratively. Entry into this Honours program will be available to those who have successfully completed a bachelor degree in a relevant field of science, technology or engineering. As an applicant, you should have displayed

(08) 8302 2376 or 1300 UNINOW study@unisa.edu.au

As per the Australian Government guidelines, the student contribution amounts for 2012 are: Band

Fields of study

Student contribution

National priorities

Mathematics, statistics, science

$0 – $4,520

Band 1

Humanities, behavioural science (including clinical psychology), social studies, foreign languages, visual and performing arts, education, nursing

$0 – $5,648

Band 2

Computing, built environment, health (allied health and other health), engineering, surveying, agriculture

$0 – $8,050

Band 3

Law, dentistry, medicine, veterinary science, accounting, administration, economics, commerce

$0 – $9,425

Glossary What will you study?

done as part of the degree.

Associate degree An award for completing a two-year (or part-time equivalent) tertiary program.

Graduate Certificate An award for completing a postgraduate program of at least six months in duration (or part-time equivalent).

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Complete series of brochures

The University of South Australia reserves the right to alter, amend or delete any program, fee, course, admission requirement, mode of delivery or other arrangement, without prior notice.

CRICOS provider number 00121B Information correct at time of printing, May 2012.