ENGINEERING, IT AND · PDF fileonline learning platform. ... Higher Education Top 150 Under 50 Teaching Indicator ... Data Science / 25 Information Management / 26 RESEARCH

ENGINEERING, IT AND MATHEMATICS

2018

To be the best in your field, you need a university that offers a choice of over 200 world-class degrees, and is globally recognised for its teaching, research and facilities.

STUDY WITH THE BEST

S A’s # 1UNIVERSITY

FOR GRADUATE CAREERS

QILT: Graduate Destinations Survey 2014-2016 Full-Time Employment Indicator

No.1I N S AF O R S T U D E N T S AT I S FAC T I O N

QILT: Course Experience Questionnaire 2015-2016 Overall Satisfaction Item

R A N K E D 2 4 thI N T H E W O R L D ’ S

T O P 5 0 U N D E R 5 02016 QS Top 50 Universities Aged Under 50

To be the best in your field, you need a university that offers a choice of over 200 world-class degrees, and is globally recognised for its teaching, research and facilities.

STUDY WITH THE BEST

S A’s # 1UN IVER S ITY

FOR GRA DUATE CA REERS

QILT: Graduate Destinations Survey 2014-2016 Full-Time Employment Indicator

No.1I N S AF O R S T U D E N T S AT I S FAC T I O N

QILT: Course Experience Questionnaire 2015-2016 Overall Satisfaction Item

R A N K E D 2 4 thI N T H E W O R L D ’ S

T O P 5 0 U N D E R 5 02016 QS Top 50 Universities Aged Under 50

GET CONNECTED

Real careers We are number one in South Australia for graduate careers.* We take a practical approach to teaching and learning so that our graduates can make a real impact in their chosen field.

*QILT: Graduate Destinations Survey 2014–2016 Full-Time Employment Indicator

unisa.edu.au/careers

World-class facilitiesBe surrounded by impressive facilities and the latest technologies across all six campuses, and get more from our fully interactive online learning platform.

unisa.edu.au/campus-facilities

Top ranking teachersMake your study experience relevant and learn from highly experienced academics and industry professionals. Be guided by a university who ranks second in Australia in the Times Higher Education Top 150 Under 50 Teaching Indicator (2016).

Global exposure Take part in international field trips, work placements, volunteer opportunities, conferences and student exchange programs.

unisa.edu.au/globalopportunities

with Australia’s University

of Enterprise

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VICE CHANCELLOR’S INNOVATION FELLOWSHIP

Be inspired as a young innovator, a disrupter and a dreamer, to transform your ideas into enterprising realities. The one year Bachelor of Innovation (Honours) is open to graduates from any area of study. Experience real-world challenges hosted by partners from industry, government and civil society. Explore new ways of addressing problems; create prototype solutions; wrap these up into a proposed venture or change initiative; and pitch your innovation to the very leaders responsible for making change happen.

unisa.edu.au/VCInnovate

POWERFUL PARTNERSHIPS

Our learning is influenced by industry, and the latest trends and demands. We collaborate with over 2,500 companies

worldwide to bring our students placement, project, research and work opportunities.

Governmentof South Australia

3

Transform your world.

Turn ideas into action, and inspire the next wave of engineering and new technologies. Get the advantage of theoretical and

experience-based learning, including placements, studying in cutting-edge facilities and partnering with industry to meet the

challenges of modern enterprise. unisa.edu.au/engineering | unisa.edu.au/scienceandmaths | unisa.edu.au/it

4

UNDERGRADUATE

Engineering / 9

Information Technology / 15

Mathematical Science / 20

POSTGRADUATE

Engineering / 21

Project Management / 23

Information Technology / 24

Cybersecurity / 24

Data Science / 25

Information Management / 26

RESEARCH

PhD, Masters by Research / 27

You may also be interested in…

Construction Management

Aviation

Geospatial Science

Science

Business

unisa.edu.au/study

Become a citizen of the world

Get a competitive edge in today’s global market. Our Diploma in Languages offers a unique opportunity for you to graduate with two qualifications by learning French, Italian, Japanese or English (as an Additional Language) alongside your professional studies.

unisa.edu.au/languages

Explore your campusTake a virtual tour of your campus and get all the information you need at:

unisa.edu.au/campus-facilities

Student lifeDiscover more about life as a UniSA student at:

unisa.edu.au/student-life

5

JEFFREY SMART BUILDING / The award-winning Jeffrey Smart Building features the very best in modern learning facilities. It boasts over $8 million in new technologies and has a 5 Green Star Rating. Take a virtual tour at unisa.edu.au/jsb

PRIDHAM HALL / Opening in 2018, this will become the new heart of the University hosting graduations, functions and sporting events. See the building come to life by downloading the Pridham Hall App in Google Play or the App Store.

SA’s #1I N ENGI NEERING RESEARCH

THE ONLY UNIVERSITY IN SA TO HAVE ALL OF ITS ASSESSED ENGINEERING RESEARCH RATED WELL ABOVE WORLD-STANDARD

2015 Excellence in Research for Australia (ERA)

B UILD AN IT S TART- UP

IN CONJUNCTION WITH THE VENTURE CATALYST PROGRAM AND INNOVATION

AND COLLABORATION CENTRE

RATED F IVE-STARS IN

BUILT E N VIRO N MENTC IV IL E N GIN EERING

2016 QS Stars Ratings

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HEALTH INNOVATION BUILDING / The $230 million Health Innovation Building will create new opportunities for research, teaching and community services. Check out this world-class project at unisa.edu.au/HIB

MECHATRONICS LAB / A place where technology combining electronics and mechanical engineering come together to experiment at Mawson Lakes campus. Find out more at unisa.edu.au/campus-facilities

HOME TO THE MULT I - MI LL ION

DOL L ARFUTURE

INDUSTRIES INSTITUT E

TRANSFORMING THE INDUSTRIES OF TODAY AND SEEDING THE INDUSTRIES OF TOMORROW

#1IN SAFOR G RAD UATE

EMPLOYME NT I N ITQILT: Graduate Destinations Survey 2014-2015

Full-time Employment Indicator and Graduate Outcomes Survey 2016

LEAD INSTITUTION IN

$88MILLIO N

DATA T O D EC I S I O N S

COOPERATIVE RESEARCH CENTRE (CRC)

7

Successfully completed Year 11 Maths (SACE Stage 1 Mathematics)

UniSA Associate Engineering Degree with Essential Mathematics 1 & 2

UniSA Foundation Studies with Foundation Mathematics 1 & 2

UniSA Diploma of Science and Technology with Foundation Mathematics 1 & 2

TAFE with Maths A & B or Engineering Maths A & B or Technical Maths Basic & Advanced, Calculus & Statistics

OUA with Essential Mathematics 1 & 2

SAIBT Diploma of Engineering with Advanced Mathematics 1 & 2

Didn’t complete Year 11 Maths (SACE Stage 1 Mathematics)

Commence an engineering degree at UniSA

SATAC code: 801432

SATAC code: 901344

Successfully complete the Diploma of Software Development 2 YEARS

Successfully complete an Advanced Diploma of Network Security 2 YEARS

GUARANTEED ENTRY: Bachelor of Information Technology (Software Development) 2 YEARS

GUARANTEED ENTRY: Bachelor of Information Technology (Networking and Cybersecurity) 2.5 YEARS

Got a great ATAR but haven’t completed SACE Stage 2 Mathematical Methods*?

Successfully pass any of the qualifications below including the required maths courses specified to get into one of UniSA’s Bachelor of Engineering (Honours) degrees.* Stage 2 Mathematical Methods from 2017, or Stage 2 Mathematical Studies if studied in 2016 or prior

UniSA and TAFESA are teaming up to offer packaged IT pathways to university.

Engineering PATHWAYS

IT PATHWAYS

8

Part-time study availableExternal study available

Partial external study availableHonours available

Campus: CE: City East, CW: City West, M: Magill, ML: Mawson Lakes,

MG: Mount Gambier or W: WhyallaFull-time program duration in years

Associate Degree in

ENGINEERING* unisa.edu.au/engineering

ENTRY SATAC ................................................................435021ATAR (Feb 2017 cut-off) ............................60.35Guaranteed ATAR ..............................................65Guaranteed TAFE/RTO .............................CIVPrerequisites ..............................SACE Stage 1

MathematicsAssumed knowledge ............................noneCRICOS program code .................066197C

*some courses may be studied online, however on-campus attendance for

practicals may still be required

Pathway into a professional career in civil, mechanical, mechatronic or electrical engineering

Graduate with credit to use towards a Bachelor of Engineering (Honours) bachelor program with UniSA

Study introductory mathematics, physics and chemistry along with common core engineering courses

Study online, on-campus or through a blended mode

IMPORTANT INFORMATIONIf you elect to continue onto a Bachelor of Engineering (Honours) and maintain your specialised stream (in either Electrical, Mechanical, Mechatronic or Civil) you may be eligible for up to 12 courses of credit (or up to 1.5 years). In that case, the Associate Degree will have added just six months to your studies.

CAREER OPPORTUNITIESTechnologist / designer / specialist technician / managing officer

EXTERNAL STUDYThis program can also be studied online via Open Universities Australia (OUA). For more information visit open.edu.au/courses

ALSO CONSIDER Students interested in this program should also consider the following courses offered through UniSA College as a progression pathway into an engineering degree with UniSA:• Diploma in Science

and Technology• Foundation Studies

FURTHER STUDY Bachelor of Engineering (Honours) in the following streams:• Civil• Civil and Structural• Civil and Project Management • Electrical and Electronic• Electrical and Mechatronic• Mechanical• Mechanical and Advanced

Manufacturing• Mechanical and Mechatronic• Mechatronic

PROGRAM STRUCTUREINDICATIVE FOR MECHANICAL SPECIALISATIONFIRST YEAREssential Mathematics 1: Algebra

and TrigonometryIntroduction to Engineering PhysicsComputer TechniquesSustainable Engineering Practice

Engineering Design and InnovationEssential Mathematics 2: CalculusElectricity and ElectronicsIntroduction to Engineering Chemistry

SECOND YEARMathematical Methods for Engineers 1Mechanical Engineering Practice NManufacturing ProcessesEngineering Materials

Mathematical Methods for Engineers 2Engineering MechanicsOperations and Project Management

for EngineersFluid and Energy Engineering

UNDERGRADUATE

Your tertiary learning and career starts with undergraduate study.

QUALIFICATIONS*

• Diploma: 1–2 years

• Associate Degree: 2 years

• Bachelor: 3–4 years

• Bachelor (Honours): 4 years^

*study times are approximate and based on a full-time study load

^or 1 year in addition to a 3-year bachelor program

FIND OUT MOREFor more information about all of the undergraduate degrees on offer and for full details on entry requirements visit:

unisa.edu.au/study

Further details about studying with UniSA are also outlined on page 28 of this guide.

HOW TO APPLYGo online for all the information you need on applying to study at UniSA including SATAC requirements, entry pathways, guaranteed entry scores, study credit and other commonly asked questions.

unisa.edu.au/apply

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Bachelor of

ENGINEERING (HONOURS)(CIVIL)

unisa.edu.au/engineering

ENTRYSATAC ................................................................ 434481ATAR (Feb 2017 cut-off) ..............................72.55Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................PhysicsCRICOS program code .............081808M

Study the foundations of sustainable design, construction and maintenance of critical infrastructure

Learn to develop critical infrastructure such as bridges, buildings, airports, roads, railways and water systems

Prepare for the workplace with 12 weeks of industry experience

Complete project-based coursework, including a major industry-related research project and a class design project that models industry practice

Access industry-standard facilities including the largest strong floor in the southern hemisphere

CAREER OPPORTUNITIESCivil engineer / drainage design engineer / water resources engineer / engineering manager / signalling engineer / estimator / site engineer / civil foreman / geotechnical engineer / traffic engineer / water and environment engineer / environmental engineer

PROFESSIONAL ACCREDITATION This program meets the requirements for graduate membership of Engineers Australia and comparable international institutions through the Washington Accord.

PATHWAYSAlternative entry options include:• Associate Degree in Engineering• Foundation Studies or Diploma

in Science and Technology with UniSA College

• SAIBT Diploma of Technology

For more information see page 8.

ALSO CONSIDER • Bachelor of Engineering

(Honours) (Civil and Project Management)

• Bachelor of Engineering (Honours) (Civil and Structural)

• Bachelor of Urban and Regional Planning (Honours)

• Bachelor of Geospatial Science

FURTHER STUDY Master of Engineering – Civil and Infrastructure or Water Resources Management stream.

Advanced Standing is available. Conditions apply.

PROGRAM STRUCTUREFIRST YEARComputer Techniques Engineering MaterialsMathematical Methods for Engineers 1Sustainable Engineering Practice

Mathematical Methods for Engineers 2Engineering and Environmental GeologyEngineering Mechanics Engineering Design and Innovation

SECOND YEAREngineering ModellingMechanics of MaterialsGeospatial Science for Engineers Elective

Introduction to Water Engineering Water ChemistryCivil Engineering PracticeRoad Design and Traffic Management

THIRD YEARProfessional Engineering Practice E Soil MechanicsSteel and Timber Design Hydraulics and Hydrology

Geotechnical Engineering Reinforced Concrete Design Civil Engineering Elective 1Water Resources Systems Design

FOURTH YEARIndustrial Experience NCivil Engineering Elective 2Research Theory and Practice

NBE Honours Research Project Civil Engineering Elective 3Civil Engineering Elective 4

Bachelor of

ENGINEERING (HONOURS)(CIVIL AND STRUCTURAL)


ENTRYSATAC .................................................................434941ATAR (Feb 2017 cut-off) .............................70.95Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................PhysicsCRICOS program code ...............081807A

Focus on the design and construction of buildings and structures, including masonry and steel work

Develop the skills to manage the social, environmental and financial components of construction projects


Access industry-standard facilities including the largest strong floor in the southern hemisphere

CAREER OPPORTUNITIES Structural engineer / structural engineer – design and analysis / water and environment engineer / environmental engineer / manager – infrastructure / engineering manager / structural drafter / construction engineer / medium density engineer / civil draftsperson

PROFESSIONAL ACCREDITATIONThis program meets the requirements for graduate membership of Engineers Australia and comparable international institutions through the Washington Accord.






(Honours) (Civil)• Bachelor of Engineering

(Honours) (Civil and Project Management)

• Bachelor of Urban and Regional Planning (Honours)

• Bachelor of Geospatial Science

FURTHER STUDY Master of Engineering – Civil and Infrastructure or Water Resources Management stream.


PROGRAM STRUCTUREFIRST YEARComputer Techniques Engineering MaterialsMathematical Methods for Engineers 1Sustainable Engineering Practice

Mathematical Methods for Engineers 2Engineering and Environmental GeologyEngineering Mechanics Engineering Design and Innovation

SECOND YEAREngineering ModellingMechanics of MaterialsGeospatial Science for Engineers Elective

Introduction to Water Engineering Water ChemistryCivil Engineering PracticeRoad Design and Traffic Management

THIRD YEARProfessional Engineering Practice E Soil MechanicsSteel and Timber Design Hydraulics and Hydrology

Geotechnical Engineering Reinforced Concrete Design Structural AnalysisWater Resources Systems Design

FOURTH YEARIndustrial Experience NCivil Engineering Design Project Research Theory and Practice Prestressed Concrete Design

NBE Honours Research Project Earthquake and Masonry Engineering Cold-formed Steel Design

10

Bachelor of

ENGINEERING (HONOURS)(CIVIL AND PROJECT MANAGEMENT)


ENTRYSATAC ..................................................................434151ATAR (Feb 2017 cut-off) ..............................76.95Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................PhysicsCRICOS program code ................091254B

A unique specialisation combining civil engineering with project management

Graduate with additional skills in communication and business needed to work on major construction projects

Learn to plan, implement and deliver projects while keeping to deadlines and budget

Access the Engineering Experience One Studio and the largest strong floor in the southern hemisphere

Complete a 12-week industry placement, conduct site visits and hear from guest lectures throughout the program

CAREER OPPORTUNITIES Civil project manager / construction manager / construction planner / engineering manager / engineering supervisor / civil engineer / engineer site foreman / engineering manager / project engineer / geotechnical engineer / operations leader / project manager – engineering

PROFESSIONAL ACCREDITATIONThe successful completion of this degree is designed to meet the requirements for graduate membership of Engineers Australia and comparable international institutions through the Washington Accord. Such accreditation is provisional until the program produces its first graduates.






(Honours) (Civil)• Bachelor of Engineering

(Honours) (Civil and Structural)• Bachelor of Urban and

Regional Planning (Honours)• Bachelor of Built Environment

FURTHER STUDY Master of Engineering – Civil and Infrastructure, Water Resources Management or Engineering Management stream.


PROGRAM STRUCTUREFIRST YEARComputer TechniquesEngineering Materials Mathematical Methods for Engineers 1 Sustainable Engineering Practice

Mathematical Methods for Engineers 2Engineering and Environmental Geology Engineering MechanicsEngineering Design and Innovation

SECOND YEAREngineering Modelling Mechanics of MaterialsGeospatial Science for Engineers Elective

Introduction to Water EngineeringWater ChemistryCivil Engineering PracticeRoad Design and Traffic Management

THIRD YEARContract Administration Soil MechanicsSteel and Timber Design Hydraulics and Hydrology

Water Resources Systems DesignGeotechnical EngineeringReinforced Concrete Design Construction Scheduling

FOURTH YEARIndustrial Experience N Civil Engineering Design ProjectResearch Theory and PracticePrinciples of Project Management

NBE Honours Research Project Advanced Construction Management Building Estimating

Rebecca Pierotti / BACHELOR OF ENGINEERING (HONOURS) (CIVIL AND PROJECT MANAGEMENT)

When Rebecca goes to an event at the Adelaide Oval, she feels a huge sense of pride. This was one of herfirst big projects, working asa civil engineer on the $350 million redevelopment.

“It wasn’t the easiestproject, but the sense ofachievement you get going back there makes it all worth it.

“My work is never repetitive – every day is a different challenge. It’s a very rewarding career.”

In 2015, Rebecca won the National Associationof Women in Construction SA Young Achiever Awardand continues to enjoy a dynamic career in theconstruction industry.

”

“





11

Bachelor of

ENGINEERING (HONOURS)(ELECTRICAL AND ELECTRONIC)


ENTRYSATAC .................................................................434951ATAR (Feb 2017 cut-off) .............................70.95Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................PhysicsCRICOS program code ................081810F

Focus on the design and operation of devices, equipment, technology and systems

Learn about electrical generation systems including renewable energy sources and electric and autonomous vehicles

Develop broad knowledge in engineering, mathematics, applied science and computer applications

Access the first-class Engineering Mechatronics Lab and Experience One Studio

Prepare for the workplace with 12 weeks of compulsory industry experience

CAREER OPPORTUNITIESElectrical engineer / control systems engineer / electrical project engineer / electrical commissioning engineer / instrument, controls and electrical engineer / electrical maintenance manager / electrical design engineer / system safety engineer / service manager / signalling engineer / commissioning engineer / electrical and instrumentation development engineer / project manager – electrical manufacturing

PROFESSIONAL ACCREDITATION This program meets the requirements for graduate membership of Engineers Australia and comparable international institutions through the Washington Accord.

PATHWAYSAlternative entry options include:• Associate Degree in Engineering • Foundation Studies or Diploma





(Honours) (Electrical and Mechatronic)

• Bachelor of Engineering (Honours) (Mechatronic)

FURTHER STUDY Master of Engineering – Electrical Power or Telecommunications stream.

PROGRAM STRUCTUREFIRST YEARMathematical Methods for Engineers 1Introduction to Computer SystemsComputer TechniquesSustainable Engineering PracticeMathematical Methods for Engineers 2Electricity and ElectronicsEngineering Physics NEngineering Design and InnovationSECOND YEARProgramming for EngineersElectrical Circuit TheoryElective 1Methods of Applied Mathematics 1Microcontroller Programming and

InterfacingElectronic Devices and CircuitsSignals and SystemsElective 2THIRD YEARDigital Circuits and SystemsLinear Electronic CircuitsControl SystemsProfessional Engineering Practice EData Communications and NetworksEmbedded System DesignIndustrial ExperienceSystems EngineeringElective 3FOURTH YEAREngineering Research PracticeEngineering Honours Project 1Elective 4Elective 5Engineering Honours Project 2Elective 6VLSI DesignFOURTH YEAR (WITH INTERNSHIP)Engineering Research Practice Engineering Internship Research ProjectElective 4 Elective 5Elective 6VLSI Design

Bachelor of

ENGINEERING (HONOURS)(ELECTRICAL AND MECHATRONIC)


ENTRYSATAC .................................................................434451ATAR (Feb 2017 cut-off) ..............................79.95Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................Physics CRICOS program code ..................081811E

Study an exciting discipline that integrates mechanical and electrical engineering, and computer sciences

Explore robotics, machine tool control, medical diagnostics and prosthetics, and automated guided vehicles

Discover our practice-based learning approach incorporating challenging and creative project work

Prepare for the workplace with 12 weeks of industry experience and projects

Learn in the Engineering Mechatronics Lab and Experience One Studio

CAREER OPPORTUNITIES Mechatronic device designer / development engineer / control systems engineer / systems engineer / manufacturing supervisor or manager / computer and program manager / service engineer / design engineer – automated test systems / wind turbine field technician / electrical or mechatronic engineer







(Honours) (Electrical and Electronic)


FURTHER STUDY Master of Engineering – Electrical Power or Telecommunications stream.

PROGRAM STRUCTUREFIRST YEARMathematical Methods for Engineers 1Introduction to Computer SystemsComputer TechniquesSustainable Engineering Practice

Mathematical Methods for Engineers 2Electricity and ElectronicsEngineering Physics NEngineering Design and Innovation

SECOND YEARProgramming for EngineersElectrical Circuit TheoryElectromechanicsMethods of Applied Mathematics 1

Microcontroller Programming and Interfacing

Electronic Devices and CircuitsSignals and SystemsUniversity-wide Elective

THIRD YEARDigital Circuits and SystemsElectrical Machines 1Control SystemsProfessional Engineering Practice E

Advanced ControlPower System AnalysisEmbedded System DesignIndustrial ExperienceSystems Engineering

FOURTH YEARAutonomous Mechatronic SystemsPower Electronics and DrivesEngineering Research PracticeEngineering Honours Project 1

Operation and Control of Modern Power Systems

Industrial Automation SystemsEngineering Honours Project 2

12





Bachelor of

ENGINEERING (HONOURS) (MECHANICAL)


ENTRYSATAC .................................................................434321ATAR (Feb 2017 cut-off) .............................70.65Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................PhysicsCRICOS program code ............... 081816M

*some courses may be studied online, however on-campus attendance for

practicals may still be required

Build and design solutions that utilise mechanised power, machinery and tools

Learn about the latest industry developments in machinery design, manufacturing technologies and sustainable energy

Prepare for the workplace with 12 weeks of industry experience and projects

Discover the Engineering Mechatronics Lab and Experience One Studio

Undertake specialised courses in your final year or an internship linking with industry

CAREER OPPORTUNITIESMechanical engineer / mechanical designer / industrial engineer / production planner / mechanical test engineer / engineering supervisor / engineering designer / service engineer / hydraulics engineer / plant manager / systems and software manager







(Honours) (Mechanical and Advanced Manufacturing)

• Bachelor of Engineering (Honours) (Mechanical and Mechatronic)

FURTHER STUDY Master of Engineering – Engineering Management or Autonomous System stream.

PROGRAM STRUCTUREFIRST YEARComputer TechniquesEngineering MaterialsMathematical Methods for Engineers 1Sustainable Engineering Practice

Electricity and ElectronicsEngineering Design and InnovationMathematical Methods for Engineers 2Engineering Mechanics

SECOND YEARMechanics of MaterialsEngineering ModellingManufacturing ProcessesMechanical Engineering Practice N

Engineering DynamicsMechanical Design PracticeFluid and Energy EngineeringElective

THIRD YEAREnergy Conversion and ManagementProfessional Engineering Practice EComputer Aided Engineering PracticeMethods of Applied Mathematics 1

Design in Plastics and Advanced Composites

Mechanics of MachinesOperations and Project Management

for EngineersFluid and Energy Management PracticeIndustrial Experience

FOURTH YEAR (WITHOUT INTERNSHIP)Sustainable Energy System DesignVibration Analysis of Mechanical SystemsEngineering Research PracticeEngineering Research Project 1

Design for Manufacture and AssemblySustainable Development and

Design PracticeEngineering Honours Project 2

FOURTH YEAR (WITH INTERNSHIP)Sustainable Energy System DesignVibration Analysis of Mechanical SystemsEngineering Research Practice Final Year Elective 1

Final Year Elective 2Engineering Internship Research Project

Bachelor of

ENGINEERING (HONOURS) (MECHANICAL AND ADVANCED MANUFACTURING)


ENTRYSATAC ................................................................. 434791ATAR (Feb 2017 cut-off) .................................n/aGuaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................Physics CRICOS program code .................081814B

Combine new manufacturing and management techniques with sophisticated, high-precision machinery

Apply information and communication technology with electronics and new practices to improve products and processes

Conduct a final year project with the Future Industries Institute or industry partner



CAREER OPPORTUNITIESAutomated process manager / mechanical engineer / mechanical design engineer / service engineer / CAD designer / systems engineer / product quality and assembly engineer







(Honours) (Mechanical and Mechatronic)

• Bachelor of Engineering (Honours) (Mechanical)




SECOND YEARMechanics of MaterialsEngineering ModellingManufacturing ProcessesMechanical Engineering Practice N


THIRD YEAREnergy Conversion and ManagementProfessional Engineering Practice EComputer Aided Engineering PracticeIntelligent Manufacturing Systems

Design in Plastics and Advanced Composites

Mechanics of MachinesOperations and Project Management

for EngineersFluid and Energy Management PracticeIndustrial Experience

FOURTH YEARSustainable Energy System DesignTotal Quality ManagementEngineering Research PracticeEngineering Honours Project 1

Design for Manufacture and AssemblyIndustrial Actuation and AutomationEngineering Honours Project 2

13

Bachelor of

ENGINEERING (HONOURS)(MECHANICAL AND MECHATRONIC)


ENTRYSATAC ................................................................. 434781ATAR (Feb 2017 cut-off) .............................76.05Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................PhysicsCRICOS program code .................081815A

Integrate mechanical engineering with computing, control and automation

Undertake specialised courses in your final year including robotics and machine vision systems

Apply your knowledge through a project with one of UniSA’s leading research institutes


CAREER OPPORTUNITIESMechanical engineer / systems engineer / software and mechatronics engineer / mechatronics engineer / design engineer mechatronics / project engineer – automation / wind technician / controls engineer







(Honours) (Mechanical and Advanced Manufacturing)

• Bachelor of Engineering (Honours) (Electrical and Mechatronic)





SECOND YEARMechanics of MaterialsMethods of Applied Mathematics 1Introduction to Computer SystemsMechanical Engineering Practice N


THIRD YEARProgramming for EngineersProfessional Engineering Practice EControl SystemsElectromechanics

Advanced ControlMechanics of MachinesFluid and Energy Management PracticeIndustrial Automation SystemsIndustrial Experience

FOURTH YEARAutonomous Mechatronic SystemsComputer Aided Engineering PracticeEngineering Research PracticeEngineering Honours Project 1

Machine Vision SystemsIndustrial Actuation and AutomationEngineering Honours Project 2

Bachelor of

ENGINEERING (HONOURS)(MECHATRONIC)


ENTRYSATAC ................................................................434031ATAR (Feb 2017 cut-off) .............................70.95Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ......................Physics CRICOS program code .................081817K

Study the interdisciplinary area of mechatronics combining mechanical and electrical engineering with computer science

Learn the many applications of mechatronics including the design and operation of intelligent products and systems

Focus on autonomous vehicle systems, robotics and automatic production systems



CAREER OPPORTUNITIES Asset management engineer / automation engineer / instrumentation engineer / engineering manager / maintenance engineer / plant engineer / engineering designer / software engineer / design engineer / mechatronic device designer / development engineer / control systems engineer / systems engineer







(Honours) (Electrical and Mechatronic)

• Bachelor of Engineering (Honours) (Mechanical and Mechatronic)

• Bachelor of Engineering (Honours) (Electrical and Electronic)

• Bachelor of Engineering (Honours) (Mechanical)


PROGRAM STRUCTUREFIRST YEARIntroduction to Computer SystemsMathematical Methods for Engineers 1Sustainable Engineering PracticeComputer Techniques

Mathematical Methods for Engineers 2Engineering Design and InnovationElectricity and ElectronicsEngineering Mechanics

SECOND YEARProgramming for EngineersMechanics of MaterialsMethods of Applied Mathematics 1Electrical Circuit Theory

Microcontroller Programming and Interfacing

Engineering DynamicsSignals and SystemsElectronic Devices and Circuits

THIRD YEARControl SystemsProfessional Engineering Practice EElectromechanicsMechanical Design Practice

Embedded System DesignAdvanced ControlMechatronic Systems Design 1Fluid and Energy EngineeringIndustrial Experience

FOURTH YEARMechatronic System Design 2Computer Aided Engineering PracticeEngineering Research PracticeEngineering Honours Project 1

Industrial Automation SystemsFinal year electiveEngineering Honours Project 2

14

Bachelor of

INFORMATION TECHNOLOGY* unisa.edu.au/IT

ENTRYSATAC ................................................................434041ATAR (Feb 2017 cut-off) .................................60.1Guaranteed ATAR ............................................. 70TAFE preferred .................................................. DIPPrerequisites ..................................................none Assumed knowledge ............................none CRICOS program code ................024199D

*please note that some elective courses are only available on-campus

Build a rewarding career as an IT professional

Train using the latest industry tools, technologies and research

Learn in the IT Development Studio and IT Innovation Studio

Gain practical experience through industry projects and placements

Select two IT minors or undertake cross-disciplinary study to diversify your skills

CAREER OPPORTUNITIESWeb developer / SQL database administrator / IT services engineer / business analyst / software developer

PROFESSIONAL ACCREDITATIONThis program is professionally accredited by the Australian Computer Society.

PATHWAYSAlternative entry options include:• Foundation Studies or Diploma



UniSA’s IT programs share common first year courses, so students also have the option to transfer to a different IT specialisation through study credit or completed courses.

ALSO CONSIDER • Bachelor of Information

Technology (Honours) (Enterprise Business Solutions)

• Bachelor of Business (Information Strategy and Management)

FURTHER STUDY • Bachelor of Information

Technology (Honours) – 1 year • Master of Information

Technology• Master of Cybersecurity• Master of Data Science

PROGRAM STRUCTUREFIRST YEARNetwork FundamentalsProblem Solving and ProgrammingInformation Technology FundamentalsDesign Thinking and Digital Innovation

Systems AnalysisDatabase FundamentalsProgramming FundamentalsIT Project Management

SECOND YEARInterface Design, Interaction

and ExperienceWeb DevelopmentData Structures Minor course

Systems DesignInformation Technology Strategy and

ManagementMinor courseMinor course

THIRD YEARElectiveMinor courseMinor courseMinor course

Minor courseMinor courseICT Project

Emily Rich / BACHELOR OF INFORMATION TECHNOLOGY (NETWORKING AND CYBERSECURITY)

Emily’s ambition hasalways been to work forherself so she createdher own start-up techcompany while studying.

“My current driving ambition is to learn asmuch as I can and takethat out into the world.”

Emily has had early success, signing a contract with GoogleUS to help support theConservation of Oragutanests in the forestcanopies of Borneo usingdrone-captured footage.

”

“





MAJORS AND MINORS In this program you can select either two minors within the School of Information Technology and Mathematical Sciences or one IT minor as well as minor from a different discipline within the University. Popular cross-disciplinary minors include: • Digital Media• Innovation and

Entrepreneurship

• Marketing• Accounting• Management

• International Business

15

Bachelor of

INFORMATION TECHNOLOGY(GAMES AND ENTERTAINMENT DESIGN)

unisa.edu.au/IT

ENTRYSATAC ................................................................ 434881ATAR (Feb 2017 cut-off) ............................60.35Guaranteed ATAR ............................................. 70Guaranteed TAFE/RTO ............................ DIPPrerequisites ..................................................none Assumed knowledge ............................noneCRICOS program code ...............067898K

Build a dynamic career developing new and exciting applications for different industries and markets

Apply technical skills and creativity to game-type productions, software and interfaces

Study computer graphics programming, multimedia design and information visualisation

Train with the latest industry tools and gain access to the IT Development Studio and IT Innovation Studio

Work on a major ICT project in your final year

CAREER OPPORTUNITIESGame designer / game programmer / software developer / mobile game developer / multimedia specialist / web developer / graphics designer / programmer / Java developer/ Node JS developer / .Net developer / pipeline developer / IT specialist / Android developer

PROFESSIONAL ACCREDITATION This program is professionally accredited by the Australian Computer Society.






Technology• Bachelor of Information

Technology (Software Development)

• Bachelor of Information Technology (Mobile Application Development)


Technology (Honours) – 1 year• Master of Information

Technology • Master of Cybersecurity• Master of Data Science • Master of Information

Technology (Enterprise Management)

PROGRAM STRUCTUREFIRST YEARNetwork FundamentalsProblem Solving and ProgrammingDesign Thinking and Digital InnovationInformation Technology Fundamentals


SECOND YEARInterface Design Interaction

and ExperienceWeb DevelopmentData StructuresAgile Development with .NET

Systems DesignTools for Software DevelopmentGame Asset CreationSoftware Development with C++

THIRD YEARComputer Game Design ConceptsSmall Business for ProfessionalsMobile Game DevelopmentArtificial Intelligence

ElectiveGame Engines and GraphicsICT Project

Bachelor of

INFORMATION TECHNOLOGY(MOBILE APPLICATION DEVELOPMENT)

unisa.edu.au/IT

ENTRYSATAC ................................................................434091ATAR (Feb 2017 cut-off) .................................n/aGuaranteed ATAR ............................................. 70Guaranteed TAFE/RTO ............................ DIPPrerequisites ..................................................none Assumed knowledge ............................none CRICOS program code ................ 083331E

Gain technical knowledge and specialist software skills to design your own apps for various platforms

Influence how people interact with social networks, entertainment, e-commerce and information sourcing and sharing

Complete projects and placements with industry partners


CAREER OPPORTUNITIES Android and iOS applications developer / software applications programmer / mobile engineer / mobile developer / mobile applications architect / mobile deployment officers / mobile application programmer / web developer / Windows phone developer / .Net developer









• Bachelor of Information Technology (Games and Entertainment Design)




• Master of Cybersecurity• Master of Data Science




and ExperienceWeb DevelopmentData Structures Agile Development with .NET

Systems DesignTools for Software DevelopmentSoftware Development with C++Elective

THIRD YEARSmall Business for ProfessionalsConcurrent ProgrammingMobile Game DevelopmentInformation Security Management

Mobile Application Enterprise Development

Mobile Enterprise WorkshopICT Project

16





Bachelor of

INFORMATION TECHNOLOGY(SOFTWARE DEVELOPMENT)

unisa.edu.au/IT

ENTRYSATAC .................................................................434871ATAR (Feb 2017 cut-off) ...............................60.6Guaranteed ATAR ............................................. 70Guaranteed TAFE/RTO ............................ DIPPrerequisites ..................................................none Assumed knowledge ............................none CRICOS program code ...............067897M

Enter the world of software development and programming

Learn how large software systems are designed and created

Be exposed to real-world applications, latest research developments and technologies

Complete placements and projects with industry partners


CAREER OPPORTUNITIESSoftware architect / software developer / application development / .NET Developer / UI – UX designer software developer / release manager / trainer / programmer / documentation developer / frontend developer / Java developer / Node JS developer / C# developer / toolchain administrator / IOS developer






ALSO CONSIDER • Bachelor of Software

Engineering (Honours)• Bachelor of Information


• Bachelor of Information Technology (Mobile Application Development)








and ExperienceWeb DevelopmentData Structures Database for the Enterprise

Systems DesignTools for Software DevelopmentSoftware Development with C++Computer Science Foundations

THIRD YEARElective Agile Development with .NETConcurrent ProgrammingArtificial Intelligence

Cloud ProgrammingMobile Application Enterprise

DevelopmentICT Project

Bachelor of

INFORMATION TECHNOLOGY(NETWORKING AND CYBERSECURITY)

unisa.edu.au/IT

ENTRYSATAC .................................................................434891ATAR (Feb 2017 cut-off) ...............................60.6Guaranteed ATAR ............................................. 70Guaranteed TAFE/RTO ............................ DIPPrerequisites ..................................................none Assumed knowledge ............................none CRICOS program code ................067899J

Focus on the security of information in contemporary IT systems

Develop the skills to support a network roll-out and maintenance

Gain an understanding of network topologies and devices such as routers and firewalls

Complete projects and placements with industry partners


CAREER OPPORTUNITIESNetwork administrator / network engineer / systems administrator / Cloud engineer / IT cybersecurity specialist







Technology• Bachelor of Business

(Information Strategy and Management)





PROGRAM STRUCTUREFIRST YEARNetwork FundamentalsProblem Solving and ProgrammingInformation Technology FundamentalsDesign Thinking



and ExperienceWeb DevelopmentSystems AdministrationNetwork Architecture

Systems DesignElectiveNetwork SecurityCCNP Route

THIRD YEARCommunication and CollaborationCCNP Switch and TroubleshootCloud, Virtualisation and StorageInformation Security Management

Data Centre ManagementDigital Forensics and Electronic DiscoveryICT Project

17

Bachelor of

SOFTWARE ENGINEERING (HONOURS)

unisa.edu.au/IT

ENTRYSATAC ..................................................................434211ATAR (Feb 2017 cut-off) ................................. 72.3Guaranteed ATAR .............................................80Guaranteed TAFE/RTO ............... DIP in ITPrerequisites ..................................................noneAssumed knowledge ............................noneCRICOS program code ................ 081819G

Develop a broad understanding of computing and IT theory and practice

Gain specialised knowledge to become a software engineer including critical cognitive skills

Go beyond programming and learn to develop large, complex software systems


Complete a major specialist project in your final year

CAREER OPPORTUNITIESApplication architect / programmer / quality manager / release manager / software architect / software developer / software engineer / testing manager / trainer / software developer /programmer / documentation developer / frontend developer / Java developer / Node JS developer / C# developer / toolchain administrator / IOS developer / full stack developer / Angular JS developer

PROFESSIONAL ACCREDITATION This program is professionally accredited by the Australian Computer Society.



• Bachelor of Information Technology (Honours) (Enterprise Business Solutions)

• Bachelor of Information Technology

FURTHER STUDY • Master of Information

Technology• Master of Data Science• Master of Cybersecurity

PROGRAM STRUCTUREFIRST YEARNetworking FundamentalsProblem Solving and ProgrammingInformation Technology FundamentalsDesign Thinking and Digital Innovation


SECOND YEARInterface design, Interaction and

ExperienceWeb DevelopmentData Structures Database for the Enterprise

Systems DesignTools for Software DevelopmentComputer Science FoundationsSoftware Development with C++

THIRD YEARAgile Development with .NETConcurrent ProgrammingArtificial IntelligenceElective

Cloud ProgrammingComputer Science Topics for Software

EngineersMobile Application Enterprise

DevelopmentSystems Architecture

FOURTH YEAR Software Engineering Minor 1Research MethodsICT Specialist Major Project 1 (Honours)

Software Engineering Minor 2Software Engineering Minor 3ICT Specialist Major Project 2 (Honours)

Bachelor of

INFORMATION TECHNOLOGY (HONOURS)

unisa.edu.au/IT

ENTRYSATAC .........................................................4BH006*CRICOS program code .............024200E

*entry requires completion of a three-year bachelor program

Extend your qualifications in IT with a one year honours program

Prepare for a professional career in computing, information technology or information systems

Study advanced coursework topics and a major project in computer and information science

Be supported by a strong research environment including the Advanced Computing Research Centre

CAREER OPPORTUNITIES Project manager / research assistant / programmer / software designer / network architect / quality assurance specialist


FURTHER STUDY After successfully completing this program, students may be eligible to undertake a postgraduate research degree or PhD. Students may also consider the Master of Data Science or Cybersecurity to further their knowledge and skills.

PROGRAM STRUCTUREFIRST YEARResearch MethodsElectiveITMS Honours Minor Thesis 1

ElectiveElectiveITMS Honours Minor Thesis 2

18

Bachelor of

INFORMATION TECHNOLOGY (HONOURS)(ENTERPRISE BUSINESS SOLUTIONS)

unisa.edu.au/IT

ENTRYSATAC ..................................................................434121ATAR (Feb 2017 cut-off) .................................80.1Guaranteed ATAR ..........................................n/aGuaranteed TAFE/RTO ............... DIP in ITPrerequisites ..................................................noneAssumed knowledge ............................none

Set yourself apart with a degree delivered by UniSA and DXC Technology (DXC)

Become part of the next generation of business and IT leaders

Undertake a 12-month paid internship with DXC built into the degree

Experience world-leading education and develop specialist knowledge in either software application or infrastructure services

CAREER OPPORTUNITIESBusiness analyst / project manager / solutions architect / network architect / software developer

DXC INTERNSHIP In an Australian first, UniSA and DXC have partnered to offer students a paid 12 month internship. To find out more visit unisa.edu.au/ITEnterpriseBusinessSolutions


ALSO CONSIDER • Bachelor of Software

Engineering (Honours) • Bachelor of Information


Technology (Networking and Cybersecurity)

• Bachelor of Information Technology (Software Development)

FURTHER STUDY • Master of Information

Technology• Master of Data Science• Master of Cybersecurity

PROGRAM STRUCTUREFIRST YEARDesign Thinking and Digital InnovationProblem Solving and ProgrammingNetwork FundamentalsInformation Technology FundamentalsProgramming FundamentalsIT Project ManagementDatabase FundamentalsSystems AnalysisAPPLICATION SERVICES SPECIALISATIONSECOND YEARWeb DevelopmentInterface Design, Interaction and ExperienceData StructuresAccounting Principles for Business DecisionsSystems DesignTools for Software DevelopmentManagement and OrganisationBusiness Decision Making SimulationTHIRD YEARService Management and IntegrationConcurrent ProgrammingProfessional Development and PracticeAgile Development with .NETIT Industry InternshipResearch MethodsFOURTH YEARIT Industry Internship (Honours)Cloud ProgrammingBig Data BasicsMobile Application Enterprise DevelopmentIT ElectiveINFRASTRUCTURE SERVICES SPECIALISATIONSECOND YEARInformation Security ManagementSystems AdministrationNetwork ArchitectureAccounting Principles for Business DecisionsSystems DesignNetwork SecurityManagement and OrganisationBusiness Decision Making SimulationTHIRD YEARService Management and IntegrationProfessional Development and PracticeCommunication and CollaborationCloud, Virtualisation and StorageIT Industry InternshipResearch MethodsFOURTH YEARIT Industry Internship (Honours)Big Data BasicsInformation Technology Strategy and

ManagementData Centre ManagementIT Elective

Damien Raines / BACHELOR OF INFORMATION TECHNOLOGY (HONOURS) (ENTERPRISE BUSINESS SOLUTIONS)

Ready to launch a professional career in the ICT industry, Damien chose to study at UniSA.

“The opportunity to graduate with Honours and partake in atwelve month paid internshipwith DXC was definitely the best selling point.

“My time at UniSA was an amazing experience; the facilities were excellent andthere is a real positive culture.”

”

“





DXC is the world’s leading business transformation company, helping

clients harness the power of innovation to thrive on change.

19

Bachelor of

MATHEMATICAL SCIENCES unisa.edu.au/maths

ENTRYSATAC .................................................................434661ATAR (Feb 2017 cut-off) ................................ 86.2Guaranteed ATAR ..............................................85Guaranteed TAFE/RTO ............................ DIPPrerequisites ...Mathematical MethodsAssumed knowledge ............................noneCRICOS program code ...............082983K

Create innovative mathematical solutions for real-world challenges

Build a career solving problems by quantifying and understanding data

Work across multiple industries, from defence to finance

Participate in the Maths Clinic program in third-year, applying your specialist knowledge in industrial and applied mathematics to real-world industry projects

Gain international experience through a study exchange

Become a secondary school maths teacher with further study

CAREER OPPORTUNITIESStockbroker / meteorologist / statistician / market research analyst / economist / financial analyst / banker / intelligence analyst / data miner / mathematical modeller

ALSO CONSIDER • Bachelor of Science • Bachelor of Software

Engineering (Honours) • Bachelor of Mathematical

Sciences, Master of Teaching (Secondary)

FURTHER STUDY • Bachelor of Applied Science

(Honours) (Industrial and Applied Mathematics) – 1 year

• Master of Teaching (Secondary) • Master of Data Science

PROGRAM STRUCTUREFIRST YEARCalculus 1Directed ElectiveStatistical MethodsDiscrete Mathematics

Calculus 2Mathematical CommunicationLinear AlgebraElective

SECOND YEARDifferential Equations 1Linear Programming and NetworksMethods of Applied Mathematics 1Statistical Foundations

Numerical Methods 1Introduction to Stochastic ProcessesCalculus 3Fundamentals of Real Analysis

THIRD YEARMathematical Sciences Elective 1Mathematical Sciences Elective 2OptimisationTime Series and Forecasting

Mathematical Sciences Elective 3Mathematical Sciences Elective 4Vector Calculus with ApplicationsApplied Functional Analysis

Bachelor of

APPLIED SCIENCE (HONOURS) (INDUSTRIAL AND APPLIED MATHEMATICS)

unisa.edu.au/science

ENTRYSATAC ......................................................... 4BH005*CRICOS program code ..............040651M

*entry requires completion of a three-year bachelor program

Prepare for advanced study and research in applied mathematics, statistics and optimisation

Conduct a major industrial, scientific or commercial project in applied mathematics

Cover topics such as simulation theory, algebra, differential equations and stochastic calculus

Enhance your problem-solving and analytical skills

CAREER OPPORTUNITIES Environmental modeller / defence researcher / financial analyst/specialist / statistical and optimisation analyst / software scientist / data scientist or quantitative researcher / data assurance consultant

FURTHER STUDY Students may consider the Master of Data Science to further their knowledge and skills.

PROGRAM STRUCTUREFIRST YEARHonours Topics in Mathematics

and StatisticsResearch MethodsHonours Mathematics and Statistics

Project 1

Elective 1Elective 2Honours Mathematics and Statistics

Project 2

BECOME A MATHEMATICS TEACHER UniSA offers a range of undergraduate degrees with guaranteed entry into the Master of Teaching (Secondary).* To become a mathematics teacher simply preference the unique code below in your SATAC application. Bachelor of Mathematical Sciences/Master of Teaching (Secondary) | SATAC code: 434111*subject to meeting GPA requirements and course selection

20

Master of

ENGINEERINGSPECIALISATIONS:• Civil and Infrastructure• Water Resources Management


ENTRYSATAC ....................varies by specialisationProgram fees (in 2017) ...............................CSPCRICOS program code ...............varies by

specialisation

Gain advanced knowledge in civil engineering and work on industry projects

Specialise in Civil and Infrastructure looking at structural and geotechnical engineering

Specialise in Water Resources Management to create and design water resources and management systems

Benefit from links to the Australian Flow Management Group laboratories

External and part-time study options available

CAREER OPPORTUNITIESThis qualification provides career advancement opportunities for qualified engineers and project managers employed in the following settings:Consulting firms / construction companies / local, state and federal government departments

ENTRY REQUIREMENTS • Bachelor degree in Civil

Engineering or a related discipline from a recognised higher education institution; or

• Graduate Certificate or Graduate Diploma in Civil Engineering from a recognised higher education institution.

Applicants with a bachelor degree or graduate certificate in civil engineering may be eligible for Advanced Standing. Conditions apply.

PROGRAM STRUCTUREINDICATIVE FOR CIVIL AND INFRASTRUCTURE SPECIALISATIONFIRST YEARPrinciples of Project ManagementGeographical Information Systems

and AnalysisSeminar in SustainabilityElective 1

Research Theory and PracticeCivil Engineering Design ProjectElective 2

SECOND YEARNBE Masters Thesis Part AResearch Data AnalysisElective 3

NBE Masters Thesis Part BElective 4Elective 5

POSTGRADUATE

Take your career to the next level and gain further skills and knowledge through postgraduate study.

QUALIFICATIONS*

• Graduate Certificate: 6 months

• Graduate Diploma: 1 year

• Master: 1–2 years


FIND OUT MOREFor more information about all of the postgraduate degrees on offer and for full details on entry requirements visit:

unisa.edu.au/postgrad

Further details about studying with UniSA are also outlined on page 28 of this guide.

HOW TO APPLYGo online for all the information you need on applying to study at UniSA by visiting:

unisa.edu.au/apply

STUDY MILITARY SYSTEMS INTEGRATIONThe Master of Engineering (Military Systems Integration) offers current defence professionals postgraduate study designed to provide advanced knowledge and skills for the development of complex military systems that meets the needs of the Australian Defence Force. Professionals will also benefit from education and training enhanced by partnerships with the Defence and Systems Institute and the University College London. For more information contact [email protected]

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Partial external study availableCommonwealth-supported

(see page 28 for more information)



Master of

ENGINEERINGSPECIALISATIONS:• Autonomous Systems• Engineering Management

NESTED WITH: • Graduate Diploma in Engineering (Autonomous Systems)• Graduate Diploma in Engineering (Engineering Management) • Graduate Certificate in Engineering (Engineering Management)

* unisa.edu.au/engineering

ENTRYSATAC .. (Autonomous Systems) 4CM123*............(Engineering Management) 4CM122*Program fees (in 2017) ...............................CSPCRICOS program code ......................................................(Autonomous Systems) 080230A*........(Engineering Management) 077355C*

*master program

Specialise in Autonomous Systems blending mechanical, electrical, computing and systems engineering

Specialise in Engineering Management focusing on automation, operations, resource planning, quality, and supply chain and project management

Complete a practical, industry-relevant project in your final year

Undertake a thesis or research project in your area of interest

CAREER OPPORTUNITIES

AUTONOMOUS SYSTEMS Development, acquisition, management or research of intelligent systems in the following industries:Aerospace / automotive / construction / consumer electronics / defence / energy / information technology / healthcare / mining

ENGINEERING MANAGEMENTEnergy manager / engineering business development manager / engineering department manager / factory operation manager / project manager / quality assurance manager

ENTRY REQUIREMENTS • Bachelor degree in engineering,

science, or technology from a recognised higher education institution; or

• Bachelor degree with honours, Graduate Certificate in Engineering or Graduate Diploma in Engineering from a recognised higher education institution.

Applicants who do not meet the above requirements may be eligible to enter the Graduate Certificate in Engineering Management.

PROGRAM STRUCTUREINDICATIVE FOR AUTONOMOUS SYSTEMS SPECIALISATIONFIRST YEARControl Systems MAutonomous Mechatronic SystemsEngineering Research PracticeDigital Signal ProcessingAdvanced ControlIndustrial Actuation and AutomationMachine Vision SystemsSystems EngineeringRobotics and AutomationSECOND YEARProject Planning and FormulationProject MethodologiesAutonomous Systems Minor Thesis ORAutonomous Systems Minor Thesis AAutonomous Systems Minor Thesis B

INDICATIVE FOR ENGINEERING MANAGEMENT SPECIALISATIONFIRST YEARProfessional Engineering Practice EElective Elective ElectiveEngineering Research PracticeElectiveElectiveElectiveSECOND YEAREngineering Economic AnalysisEnterprise Resource PlanningLean Six SigmaEngineering Research Project 1ORMinor Thesis 1 (Eng)Supply Chain Management GOperations Management SystemsEngineering Research Project IIORMinor Thesis 2 (Eng)

Master of

ENGINEERINGSPECIALISATIONS:• Electrical Power• Telecommunications


ENTRYSATAC ................... (Electrical Power) 4CM126......................... (Telecommunications) 4CM127Program fees (in 2017) ...............................CSPCRICOS program code ........................................................................(Electrical Power) 079908C....................(Telecommunications) 079909B

Further your knowledge in information and communication technologies, and electrical engineering

Specialise in Electrical Power studying modern power systems, renewable and distributed energy generation, and advanced machine modelling

Specialise in Telecommunications covering wireless and mobile communication systems, theory and coding, and telecommunication networks

Benefit from links to the Institute for Telecommunications Research (ITR)

CAREER OPPORTUNITIES

ELECTRICAL POWERResearch, development and engineering across the following areas:Wind farms and solar energy / power transmission / power distribution / manufacturing

TELECOMMUNICATIONSResearch and development (equipment and solutions) / network planning / operations management maintenance

EXIT POINT An exit point is available at the successful completion of the first semester of the program with a graduate certificate level qualification. A second exit point is available at the successful completion of the first year with a graduate diploma level qualification.

ENTRY REQUIREMENTSBachelor degree in engineering or other relevant discipline from a recognised higher education institution.

Entry is competitive, so experience in engineering and information technology, and completion of professional qualifications will be taken into account.

PROGRAM STRUCTUREINDICATIVE FOR ELECTRICAL POWER SPECIALISATIONFIRST YEARCORE COURSESRenewable Energy Systems UGPower System AnalysisEngineering Research Practice

ELECTIVE COURSES (SELECT 5 COURSES)ELECTRICAL POWER SPECIALISATION COURSESDesign and Integration of Renewable

Energy SystemsOperation and Control of Modern

Power SystemsPower Electronics and DrivesLearning in the Workplace Project

ELECTRICAL ENGINEERING COURSESAutonomous Mechatronic SystemsLinear Electronic CircuitsAdvanced ControlPrinciples of Test and Evaluation NEnergy and Society

SECOND YEAR

Select one of:Engineering Economic AnalysisOREngineering Management

CORE COURSESRenewable and Distributed Power

GenerationAdvanced Electrical MachinesAdvanced Power System Modelling

and AnalysisEngineering Minor Thesis 1Engineering Minor Thesis 2

22

Master of

PROJECT MANAGEMENTNESTED WITH: • Graduate Certificate in Project Management• Graduate Diploma in Project Management

* unisa.edu.au/projectmanagement

ENTRYSATAC .............................................................4CM001Program fees (in 2017) ...............................CSPCRICOS program code ...............081832M

Develop advanced knowledge in the successful management of projects spanning a wide range of government and industry sectors

Learn about project management concepts and their relationship to project timelines

Undertake an integrated research project based on a real issue within your workplace

Explore comprehensive learnings and concepts from the Project Management Institute PMBOK® Guide

CAREER OPPORTUNITIESThis qualification can lead to a variety of project management careers in the following areas:

Information technology / construction / engineering / planning / health / defence / finance / mining / resources / assets and facilities / infrastructure / biopharmaceuticals / the arts / government / community development

PROFESSIONAL RECOGNITION This program is endorsed by the Australian Institute of Project Management (AIPM) and graduates are eligible to apply for appropriate membership.

EXTERNAL STUDY*This program can also be studied online via Open Universities Australia (OUA). For more information visit open.edu.au/courses

EXIT POINT An exit point is available at the successful completion of the first semester of the program with a graduate certificate level qualification. A second exit point is available at the successful completion of the first year with a graduate diploma level qualification.

ENTRY REQUIREMENTS

• Bachelor degree from a recognised tertiary education institution; or

• Graduate Diploma in Project Management from a recognised tertiary education institution.


PROGRAM STRUCTUREFIRST YEARPrinciples of Project ManagementProject Risk ManagementProcurement and Contract ManagementProject Governance and Ethics

Project Control MethodsProject Leadership and TeamsEconomic, Social and Environmental

AnalysisResearch Theory and Practice

SECOND YEARPortfolio and Program ManagementResearch Data AnalysisNBE Masters Thesis Part A

Strategy in Project OrganisationsInternational Project PracticesNBE Masters Thesis Part B

Sarah Kemp / MASTER OF PROJECT MANAGEMENT

“The UniSA projectmanagement programs havean excellent reputation. Thestaff teaching the programhave extensive industryknowledge and the onlineresources provided theflexibility, which I needed tocomplete my studies.

“I work full-time and have ayoung family, so the abilityto study after hours wasappealing to me. Studyingat such a busy stage in mylife was not something that Iplanned, but I really enjoyed it, and it certainly provided mewith extra knowledge that Ican apply to my career.”

”

“

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Master of

INFORMATION TECHNOLOGY SPECIALISATIONS:• Enterprise Management

NESTED WITH: • Graduate Diploma in Information Technology

(Enterprise Management)• Graduate Certificate in Information Technology

* unisa.edu.au/IT

ENTRYSATAC .......................(Enterprise Management)

4CM133*Program fees (in 2017) ...... A$24,200 paCRICOS program code .................(Business

Information Systems) 081828G...............(Enterprise Management) 081872C

*master program

Keep pace with the latest IT developments

Focus on new IT trends including virtualisation, cloud computing and data analytics

Learn how to manage complex information systems in real organisational settings

Flexible delivery options including online learning

Option to specialise in Enterprise Management with cross-disciplinary studies

CAREER OPPORTUNITIESThis qualification provides a pathway into IT careers and career advancement for IT professionals in the following areas:IT systems management / IT systems planning / IT systems design / IT support management

ENTRY REQUIREMENTS• Bachelor degree in any discipline

from a recognised higher education institution; or

• Graduate Diploma or Graduate Certificate in Information Technology, or equivalent, from a higher education institution.

PROGRAM STRUCTUREINDICATIVE FOR ENTERPRISE MANAGEMENT SPECIALISATIONFIRST YEAREnterprise Data ManagementInformation Systems MInformation Technology Project

Management MIT Stakeholder Engagement

Business Intelligence and Data AnalyticsEnterprise ArchitectureElective 1Elective 2

SECOND YEARIT Procurement and Vendor ManagementOrganisational Transformation and

Business Process ModellingResearch MethodsElective 3

Information GovernanceCapstone Professional ProjectStrategic Information Systems M

Master of

CYBERSECURITY unisa.edu.au/IT

ENTRYSATAC ............................................................. 4CM207Program fees (in 2017) ...............................CSPCRICOS program code ............... 092659F

Join a growing industry tasked with protecting critical IT infrastructure and information

Study technical topics such as web and network security, digital forensics, identity management and access control

Apply technical skills to organisational contexts with a focus on risk management and incident response

Devise and implement a defence strategy for a complex enterprise environment in a final year Cybersecurity Exercise

Benefit from UniSA’s lead role in the $88 million Data to Decisions Cooperative Research Centre

CAREER OPPORTUNITIESCybersecurity professional / chief information security officer / security analyst / security architect / security consultant / security engineer

ENTRY REQUIREMENTS• Bachelor of Information

Technology or equivalent qualification, from a higher education institution; or

• Bachelor degree with relevant IT work experience will also be considered.

EXIT POINT An exit point is available at the successful completion of the first year with a graduate diploma level qualification.

PROGRAM STRUCTUREFIRST YEARIT ConceptsNetwork InfrastructureSecurity PrinciplesSecurity Operations

Research MethodsNetwork SecurityOperating Systems and Application SecurityWeb and Cloud Security

SECOND YEARDigital Forensics and Incident ResponseIndustrial Internet SecurityEnterprise SecurityCybersecurity Planning and Compliance

Security ConsultancySecurity ArchitectureCapstone Professional Project

24

Master of

DATA SCIENCENESTED WITH:• Graduate Diploma in Data Science• Graduate Certificate in Data Science

* unisa.edu.au/science

ENTRYSATAC ..........................................(Master) 4CM128......................................................(GradDip) 4GD100......................................................(GradCert) 4GC077Program fees (in 2017) ......A$27,000 paCRICOS program code .................................................................................................(Master) 079912G...................................................... (GradDip) 079911G....................................................(GradCert) 079910J

*master program

Enter the revolutionary area of Big Data with a strong demand for data scientists

Analyse and visualise rich data sources and trends

Generate new data management strategies

Complete coursework designed with industry including the Institute of Analytics Professionals of Australia and the leader in business analytics software – SAS

On-campus and online study options available

Benefit from UniSA’s lead role in the $88 million Data to Decisions Cooperative Research Centre

CAREER OPPORTUNITIESThis qualification can lead to a variety of careers in the following areas:Data management / data strategy and development / data analytics / data reporting

ENTRY REQUIREMENTS• Bachelor degree in information

technology or mathematics from a recognised higher education institution; or

• Graduate Diploma or Graduate Certificate in Data Science from a recognised higher education institution.

Applicants with bachelor degrees from other fields and at least one year of relevant work experience may be eligible for entry into the Graduate Certificate in Data Science and will be considered on a case by case basis.

PROGRAM STRUCTUREFIRST YEARBig Data BasicsStatistical Programming for Data Science

Two of the following four courses:Statistics for Data ScienceProbabilities and DataRelational Databases and WarehousesBusiness Intelligence and Analytics

Predictive AnalyticsUnsupervised Methods in AnalyticsResearch MethodsData Visualisation

SECOND YEARSocial Media Data AnalyticsCustomer Analytics in Large OrganisationsData Science Professional Development 2

Advanced Analytic Techniques 1Advanced Analytic Techniques 2Capstone Professional Project

Richard Shanahan / MASTER OF DATA SCIENCE

Fascinated by Big Data, Richard was determined to advance his skills in statistics and programming.

“For me it was an opportunity to retrain; to learn a new discipline that encompasses amazing statistical techniques that use some incredibly advanced technology. This isobviously a discipline on the rise, it’s rapidly evolving.”

Richard chose to study at UniSA because it was one of the first universities in Australia to offer formal coursework in data science.

“I now have tangible skills in multiple programming languages and modelsthat I can adapt to various situations, forming part of a data science toolkit that I can take anywhere.”

”

“

25 25

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Master of

INFORMATION MANAGEMENT SPECIALISATIONS:• Library and Information Management • Archives and Record Management

NESTED WITH:• Graduate Diploma in Information Management• Graduate Certificate in Information Management

* unisa.edu.au/IT

ENTRYSATAC ................................... (Archives) 4CM135*........................................................(Library) 4CM134*Program fees (in 2017) ...............................CSPCRICOS program code ......................................................................................... (Archives) 081827G*.....................................................(Library) 081829F*

*master program

Join the only program of its kind in South Australia

Specialise in advanced skills required for librarians and information management officers

or

Specialise in archiving and information preservation

Benefit from experiential learning through a practical fieldwork project and four week placement

Online study options available

CAREER OPPORTUNITIES Librarian / records manager / preservation manager / archivist / information management officer

ENTRY REQUIREMENTS• Bachelor degree in any discipline

from a recognised higher education institution; or

• Graduate Diploma in Information Management from a recognised higher education institution.

PROFESSIONAL ACCREDITATION This program is accredited by the Australian Library and Information Association, Australian Library and Information Association (ALIA), and the Records and Information Management Professionals Australasia (RIM).

PROGRAM STRUCTUREINDICATIVE OF LIBRARY AND INFORMATION MANAGEMENT SPECIALISATIONAccessing ResourcesOrganising ResourcesInformation Management FoundationsTechnological Foundations

Managing CollectionsInformation Management Experience

ReportsInformation Management Professional

PracticeInformation Management Project

SELECT ONE:Information Behaviour and LiteracyReading and Readers’ Advisory

SECOND YEAR WITH RESEARCH PROJECTResearch MethodsElective 1Elective 2Please select the course not already

successfully completed:Information Behaviour and LiteracyReading and Readers’ Advisory

Capstone Professional ProjectElective 3Elective 4

SECOND YEAR WITH MINOR THESISResearch MethodsITMS Masters Minor Thesis 1Please select the course not already

successfully completed:Information Behaviour and LiteracyReading and Readers’ Advisory

ITMS Masters Minor Thesis 2Elective 1Elective 2

Taish Shaw / MASTER OF INFORMATION MANAGEMENT

A thirst for knowledge, reading and discovery led Taish to continue her studies in library and information management.

“Information management is a lot more than just organising information. It involves identifyingwhat information and knowledge is required, acquiring this information, then analysing and organising it to ensure it is easily accessible.

“The course offers a wide-range of different topics not just focusing on libraries butarchives, records management, museums and galleries.”

Taish is now working for the Adelaide Hills Council libraryservice, responsible for purchasingand managing collections, and providing reader advisoryto the local community.

”

“

26

CSP






Doctor of

PHILOSOPHYMasters by

RESEARCH DIVISION OF INFORMATION TECHNOLOGY, ENGINEERING AND THE ENVIRONMENT

SCHOOL OF ENGINEERING

SCHOOL OF INFORMATION TECHNOLOGY AND MATHEMATICAL SCIENCES

SCHOOL OF NATURAL AND BUILT ENVIRONMENTS

Contribute to the progress of science and technology in an area that interests you

Flourish in a technology hub of theoretical, applied and cross-disciplinary research

Work alongside world-class supervisors on industry-based projects

Become part of a research team with active connections to national and international institutions, and industries

DISCIPLINE AREAS • Applied Physics• Bioinformatics• Biomaterials Engineering

and Nanomedicine• Computer and

Information Science• Construction Management• Electrical and Information

Engineering• Energy and Advanced

Manufacturing• Civil Engineering • Environmental Science• Geographic Information Science• Mathematics• Mechanical and Manufacturing

Engineering• Minerals and Resources• Project Management• Systems Engineering• Statistics • Information and

Communication Technology

ENTRY REQUIREMENTS

PhD & PROFESSIONAL DOCTORATE:• Honours 1, Honours 2A or

an appropriate masters degree or equivalent

MASTERS:• Bachelor degree of at

least three years with a minimum credit average in a relevant discipline; or

• No tertiary qualifications (some discipline areas only) eligible to be considered for admission with demonstration of research capabilities via assessment of relevant quality publications and professional experience.

ALTERNATIVE ENTRY Other postgraduate and undergraduate degrees may be considered for admission into Masters by Research, Doctor of Philosophy or Professional Doctorate, with demonstration of research capabilities via assessment of relevant quality publications and professional experience.

Eligibility for entry into a research program is also subject to an assessment of the proposed research, supervisor availability, and any school or research-specific eligibility requirements.

RESEARCH DEGREES

Make a lasting contribution to your field through a research degree.

QUALIFICATIONS*

• Masters by Research: 2 years^

• Professional Doctorate: 4 years

• Doctor of Philosophy (PhD): 4 years^


^in total including examination time. Students must be prepared to submit 3-6 months prior to official completion of their program.

FIND OUT MOREunisa.edu.au/resdegrees

ENTRY REQUIREMENTS unisa.edu.au/resdegrees-eligibility

HOW TO APPLYunisa.edu.au/apply

27

STUDY AT UniSA – THE BASICS

Minimum entry requirements for undergraduate bachelor degrees and associate degrees

APPLYING WITH YEAR 12Applicants are required to have successfully completed the South Australian Certificate of Education (SACE) with:

• a competitive ATAR; AND• the fulfilment of the program’s prerequisite requirements

(where applicable).

Applicants may also be eligible to compete for entry if they have completed the program’s prerequisite requirements and have completed one of the following:

• an interstate or overseas qualification considered by the University as equivalent to SACE; or

• the International Baccalaureate Diploma with a minimum score of 24 points.

BONUS POINTSUniversities in South Australia offer bonus points to Australian high school students applying for entry into university via the following schemes:

• The Universities Equity Scheme – provides bonuses for students coming from specified schools, as well as individuals experiencing disadvantage.

• The Universities Language, Literacy and Mathematics Bonus Point Scheme – provides bonuses for students who successfully complete a language other than English, or specified English and Mathematics subjects.

Need some help? For further information, visit unisa.edu.au/bonuspoints or contact Future Student Enquiries by phone (08) 8302 2376 or submit an enquiry via unisa.edu.au/enquiry

UniSA PREFERRED UniSA Preferred is a scheme that offers guaranteed entry into many UniSA programs for domestic Year 12, TAFE and other registered training organisation (RTO) students. If your ATAR (including any bonus points) or TAFE/RTO award meets the UniSA Preferred score for that program, you have met any prerequisites, and you have listed the program as your first preference, you are in. It’s guaranteed.

unisa.edu.au/preferred

ALTERNATIVE PATHWAYSEntering your chosen program straight from high school is not the only pathway into UniSA. Applicants may also meet the minimum requirements to apply for entry (via competitive selection) through one of the following pathways.

Tertiary Transfer – completion of at least half a year of full-time equivalent study, at UniSA or a recognised higher education institution. You can apply using your Grade Point Average (GPA).

Higher Education Diploma – completion of a higher education diploma, from the UniSA College (applicable programs listed on each bachelor program in this guide), the South Australian Institute of Business and Technology (SAIBT), or another recognised higher education institution.

Special Entry – a competitive Special Tertiary Admissions Test (STAT) score. A personal competencies statement or employment experience may also be considered for some programs.

TAFE/Registered Training Organisations (RTO) – applicants may be eligible for entry with the completion of an award from TAFE or another Registered Training Organisation at AQF Certificate IV or above.

UniSA Foundation Studies – completion of the Foundation Studies program (listed on each applicable bachelor program in this guide) offered by UniSA College.

Open Universities Australia – completion of at least four Open Universities Australia (OUA) courses at an undergraduate level or higher.

unisa.edu.au/pathways

BEFORE APPLYINGAll applicants should check and ensure that they meet all entry and prerequisite requirements before applying. For more information on entry requirements, visit:

unisa.edu.au/study

SUPPORT SERVICESUniSA offers services to assist rural and/or socio-economically disadvantaged students, Aboriginal and Torres Strait Islander people, and people with a disability. For more information, contact (08) 8302 2376 or visit:

unisa.edu.au/studentservices

SCHOLARSHIPS UniSA offers a range of scholarships and grants to support students from all walks of life. Each year, 2500 students benefit from scholarships at UniSA, providing financial assistance as well as valuable work experience, mentoring opportunities and even overseas travel. For more information and to check the eligibility criteria, visit:

unisa.edu.au/scholarships

HOW TO APPLY TO THE UNIVERSITY OF SOUTH AUSTRALIAApplications to most programs at UniSA are administered through SATAC (South Australian Tertiary Admission Centre). For more information visit:

unisa.edu.au/apply

FEES All domestic undergraduate students at the University of South Australia are in Commonwealth-supported places. Students in these places pay a contribution of their fees depending on the program chosen 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.

As per the Australian Government guidelines, the student contribution amounts for 2017 are:

BAND AREA OF STUDY

STUDENT CONTRIBUTIONFor one year of full-time load (1 EFTSL)

1

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

$6,349

2Computing, built environment, health, engineering, surveying, agriculture, Mathematics 1, statistics, science

$9,050

3Law, dentistry, medicine, veterinary science, accounting, administration, economics, commerce

$10,596

Some postgraduate programs are also Commonwealth-supported (or CSP), while others are full fee-paying (the fees for these are listed on each applicable program in this guide). For more information on fees including eligibility for Commonwealth-supported places, deferring your student contribution through HECS-HELP, FEE-HELP loans, or fee information relating to international students please visit:

unisa.edu.au/fees

EVENTS2017 Stay in touch

Sign up to receive updates directly to your inbox and keep up to date with the latest information including:

Invitations to career events and information sessions / competition alerts / insights into life on campus from students and teachers / updates on new degrees / scholarship opportunities / breaking industry and career news

unisa.edu.au/mycareer

Acknowledgement of Country

Artist: Rikurani

UniSA respects the Kaurna, Boandik and Barngarla peoples’ spiritual relationship with their country. We also acknowledge the diversity of Aboriginal peoples, past and present.Find out more about the University’s commitment to reconciliation at unisa.edu.au/RAP





(where applicable).



















unisa.edu.au/study






unisa.edu.au/apply



BAND AREA OF STUDY


1


$0 - $6,349


$0 - $9,050


$0 - $10,596


unisa.edu.au/fees

EVENTS2017OPEN DAY Sunday, 20 August, 9:00am–4:30pm / City West and City East campuses

MAGILL @ TWILIGHTWednesday, 30 August, 4:00pm–8:00pm / Magill Campus

DISCOVER MAWSONThursday, 31 August, 4:00pm–7:30pm / Mawson Lakes campus

MOUNT GAMBIER OPEN DAY Wednesday, 9 August, 4:00pm–7:00pm / Mount Gambier campus

WHYALLA OPEN DAYSunday, 27 August, 11:00am–3:00pm / Whyalla campus

unisa.edu.au/openday unisa.edu.au/infosessions

Stay in touch





Artist: Rikurani


OPEN DAY Sunday, 20 August, 9:00am–4:30pm / City West and City East campuses

MAGILL @ TWILIGHTWednesday, 30 August, 4:00pm–8:00pm / Magill campus





28






Artist: Rikurani






(where applicable).



















unisa.edu.au/study






unisa.edu.au/apply



BAND AREA OF STUDY


1


$6,349


$9,050


$10,596


unisa.edu.au/fees






Artist: Rikurani






(where applicable).



















unisa.edu.au/study






unisa.edu.au/apply



BAND AREA OF STUDY


1


$0 - $6,349


$0 - $9,050


$0 - $10,596


unisa.edu.au/fees

EVENTS2017OPEN DAY Sunday, 20 August, 9:00am–4:30pm / City West and City East campuses

MAGILL @ TWILIGHTWednesday, 30 August, 4:00pm–8:00pm / Magill Campus





Stay in touch





Artist: Rikurani








“”

“A strong degree foundation is important, regardless of your field, but it is only the beginning of a lifelong learning process. Seeing how knowledge is used in the real world allows you to gain that perspective, as well as discover different directions about where your degree can take you.”

Steve Worlock / ENGINEERING DIRECTOR BAE SYSTEMS AUSTRALIA

INDUSTRY insight






unisa.edu.au/openday

unisa.edu.auTelephone: (08) 8302 2376Make an enquiry: unisa.edu.au/enquiry

The information provided in this publication is for general information only, and the University of South Australia makes no representation about the content, suitability, accuracy or completeness of this information for any purpose. It is provided “as is” without express or implied warranty. Information correct at time of printing (March 2017)CRICOS provider number 00121BFor information specific to international students, please visit unisa.edu.au/international

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