SCIENCEscieng.curtin.edu.au/wp-content/uploads/sites/7/... · Googleplex in Mountain View, California, Matthew designs, plans and implements large-scale solutions for internet-related

Make tomorrow better.

SCIENCEscience.curtin.edu.au

UNDERGRADUATE

COURSE GUIDE

2017

IN THIS GUIDEFeature article: The Eagle Whisperer ...........................................................................................................3Science at Curtin: The facts ..........................................................................................................................4The Curtin experience ....................................................................................................................................5Facilities ...........................................................................................................................................................6Study abroad ................................................................................................................................................ 10Locations ...................................................................................................................................................... 11Student clubs ............................................................................................................................................... 12Scholarships ................................................................................................................................................. 13Alternative entry pathways ....................................................................................................................... 14Science career finder ................................................................................................................................... 16Courses ......................................................................................................................................................... 18Physical sciences and mathematics

Actuarial Science ................................................................................................................................ 20Applied Geology .................................................................................................................................. 21Biochemistry ....................................................................................................................................... 22Chemistry ............................................................................................................................................ 24Geophysics .......................................................................................................................................... 26Mathematics ....................................................................................................................................... 27Multidisciplinary Science ................................................................................................................... 28Physics ................................................................................................................................................. 30

IT and computingComputer Systems and Networking ............................................................................................... 32Computing ........................................................................................................................................... 34

Engineering and miningGeographic Information Science ...................................................................................................... 36Extractive Metallurgy ......................................................................................................................... 37Mine and Engineering Surveying ...................................................................................................... 38Mining .................................................................................................................................................. 39Surveying ............................................................................................................................................. 40

Agriculture, environment and sustainability Agribusiness ........................................................................................................................................ 42Coastal and Marine Science .............................................................................................................. 44Environmental Biology ...................................................................................................................... 45Environmental Science ...................................................................................................................... 46

Health Medical Radiation Science ................................................................................................................. 48

Double degrees ............................................................................................................................................ 50Course matrix

Domestic .............................................................................................................................................. 52International ....................................................................................................................................... 54

How to apply ................................................................................................................................................ 56Glossary ........................................................................................................................................................ 57

He may have initially disappointed his parents by refusing to become a doctor, but Curtin Computer Science graduate Matthew Wu Leng has more than made up for it after being recruited for a select job in the US at global internet company, Google.

Employed as a technical program manager at the famous Googleplex in Mountain View, California, Matthew designs, plans and implements large-scale solutions for internet-related services and products that billions of people around the world use every minute of the day, from any internet-connected device.

His work environment is more like a hotel resort than a place of work. The atmosphere in the Googleplex brims with creativity, with employees encouraged to think far outside the box. There’s a large graffiti board for whacky ideas, free gourmet meals, chill-out lounges, volleyball courts and swimming pools. And don’t forget your dog. He’s allowed to come to work too.

It’s a long way from Matthew’s humble roots at Curtin, where his Bachelor of Science (Computer Science) laid the foundations for his enviable career and first introduced him to complex problem solving and testing ideas in real business situations.

“The best part of my degree was learning something theoretical, coding and iterating, and seeing the actual output of the design code we wrote,” he says. “The electives I chose were business oriented, for example, Business Communications, which enabled me to navigate workplace ambiguity that wasn’t strictly technical.”

Matthew was encouraged to develop his leadership skills in his final year at Curtin, when he was asked to tutor some classes, guiding students in practical sessions and lab work, and being on call as the duty programmer, helping other students when they got stuck.

Following graduation, he worked as an employee at Curtin’s School of Computing as a systems administrator. He moved up the career ladder to a job as a security engineer for CyberTrust, then up another rung to work as an IT architect and security manager for the government. And from there he catapulted to Google.

“Google found me and made me an offer I couldn’t refuse,” he says of the most famous internet company in the 21st century so far and creator of one of the world’s most used search engines, as well as products such as Gmail, Maps, YouTube, Android and Chrome.

Matthew’s confidence in his work stems from having the freedom to “learn, experiment, make mistakes and gain practical experience in different environments”. Like his colleagues at Google, Matthew has plenty of ideas, some of which he had early on in his career.

“I had conceptual ideas of advanced technical problems and solutions which were designed and implemented in later jobs,” he says.

His career plan for the near future is for continuous learning.

“You need to regularly learn new skills and sharpen existing skills in order to go above and beyond in reaching career aspirations,” he says emphatically.

Ironically, with technology moving so fast, Matthew keeps pragmatic and light-hearted about his current designs. In fact, he states his favourite part of his current role is “realising that what you have just designed and implemented will become obsolete in less than 12 months”.

So what’s next on his bucket list – start a family, travel, perform on the stage, build a house?

“I’ve done all of those!” he jokes. “My original bucket list is extinct. I grew up a science and maths person. Now I’m curious about humanities and social sciences more than ever before. Seriously, having left Australia and joining Google in the US has opened up more doors than I thought possible.”

GOOGLE THIS

“You need to regularly learn new skills and sharpen existing skills in order to go above and beyond in reaching career aspirations.”

Matthew Wu Leng Curtin Computer Science graduate

THE EAGLE WHISPERERA happy, free-range childhood surrounded by native flora and fauna motivated Simon Cherriman to not just steer his career towards conservation but to make spectacular wildlife films on Western Australia’s most powerful predator: the wedge-tailed eagle.

Since graduating from Curtin with an honours degree in environmental biology, Simon has won the Young Conservationist of the Year Award and created his own business, Insight Ornithology, to make films, take photographs and educate children about the amazing life forms that live ‘next door’.

“Science and research alone don’t reach or inspire people as powerfully as film does,” says Simon. “Using images to inspire others about the beauty and importance of the natural environment is an integral part of my environmental work.”

Relaxed and at one with telling stories from the bush, Simon spent his childhood roaming the bushland in the Perth hills, exploring, climbing and listening to the natural world, collecting birds nests and watching skinks scurry under crevices.

“Every weekend I had a story for my parents,” explains Simon. “How I saw an echidna foraging for termites, how I discovered a honeyeater nest deep in a prickle bush, how a tiny tortoise hatchling floated past me in the fresh torrent of a winter creek.”

Fast-forward to adulthood and Simon has honed his enviable tree-climbing skills, which he regularly puts to good use in his pursuit to capture unique wildlife footage.

To record his first film, A King on Outstretched Wings, Simon patiently spent more than 100 hours aloft the treetop canopy in a concealed hideout in order to obtain rare shots of an eaglet being fed in the nest.

Two years later, he aspired to shoot wildlife footage unlike anything seen before, with his second film, A Wedged Tale, a fictional narrative he co-produced with friend Adam Hermans that documented his quest to film one of the world’s greatest acts of predation: a wedge-tailed eagle catching its prey – often a young joey ambushed by two eagles working together.

“The wedge-tail is Australia’s most powerful predator,” explains Simon. “They are as tall as a four-year-old and their wingspan is as tall as me [203 cm].”

Using a multitude of wildlife filming techniques in an attempt to capture this one act of rapaciousness, Simon scaled the towering Karri trees in the south, roamed the ancient granite domes of the Porongurups and set up camp in the sweltering sun-baked outback.

Many attempts were made to get the predation shot, including luring the eagles with road kill and using a hapless feral goat as bait, which he later freed following a change of heart.

“You don’t really know how you feel until you’re in the moment,” Simon admits on film. “It’s wrong to use this goat to get the predation shot you want.”

Simon may not have got the shot he wanted, but his appreciation of the natural world, both native and feral, is wholly evident.

“The most important thing is to take value in all the wildlife we have,” says Simon. ‘’In Western Australia, we are lucky.”

Simon’s fascination with Australia’s largest eagle is at the forefront of his third film, Where Do Eagles Dare? in which he documents the trials and tribulations of his eagle GPS tracking study, a world-first project funded by the WA Department of Parks and Wildlife and the Australian Geographic Society.

After satellite tagging two wedge-tails, Wallu and Gidjee, Simon follows the birds’ lives as they soar across Australia’s sky “like tiny insects on a vast, motionless ocean” at altitudes of up to 6500m. The resulting film is an emotive, stunning outback adventure, which premiered at Curtin University in 2014 and has since been screened nationally and internationally.

Today, bringing the natural world to the community is a continual goal for Simon. Recently, he was thrilled to film white-bellied sea eagle behaviour at a nest in Singapore, which featured in Singapore: Wild City, a program that journeys around the island’s hidden wildlife hotspots, narrated by British naturalist and broadcaster Sir David Attenborough.

“Filming this behaviour and helping a large number of people see and appreciate such a huge predator in the context of a massive city is a real boyhood dream come true,” says Simon.

In the future, Simon intends to continue to use film and photography as tools to engage urban life with outback life. His regular column, Get Green, in The West Australian newspaper’s ED! Magazine reaches out to school-aged children with wildlife tales that both fascinate and motivate.

“It is a thrill to be able to reach a young audience with wildlife stories,” says Simon. “I believe that education is the most important tool in helping make a better world. So much is out there if you just reach out, and discover and share.”

But what about the elusive predation shot?

“It’s still on my ‘to do’ list, which grows about a mile every day,” chuckles Simon.

You can read more about Simon’s projects at:

simon.cherriman.com

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THE CURTIN EXPERIENCECurtin is a vibrant and collaborative place where ideas, skills and facilities come together with a hotbed of innovative research that could alter the way we understand the world tomorrow.

In fact, a science degree from Curtin can help you reveal a whole new world. You’ll learn how to apply your studies to real industry challenges and situations, and have opportunities to work in environments where research and discovery abound.

SCIENCE AT CURTIN: THE FACTS• A range of three and four-year bachelor degrees to

suit your interests and career goals.

• Courses are recognised internationally and many are accredited by relevant professional bodies.

• Each science major offers a hands-on, industry-focused learning experience with rigorous laboratory practice.

• You’ll get professional work experience through fieldtrips, internships, real-life scenarios, research projects and practical assignments.

• You’ll benefit from extensive industry exposure and networking opportunities.

• You’ll enjoy purpose-built learning facilities including the $116 million Curtin Resources and Chemistry Precinct.

• There are opportunities to study abroad.

• You can explore other interests with a variety of double degree and elective unit options to choose from.

• Double degree options: science-science; science- engineering; science-arts and science-commerce.

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FACILITIES

CURTIN RESOURCES AND CHEMISTRY PRECINCT

The magnificent Curtin Resources and Chemistry Precinct is designed to educate and train the next generation of scientists and engineers. Here you’ll be exposed to a vibrant research community and a range of industries and potential employers.

The precinct is a meeting place for researchers and business people, as well as teachers, students and members of the community.

It has four floors of laboratory and office space; the top floor is the Curtin wing for undergraduate teaching. There is a hub to facilitate interaction among scientists, visitors, students and the public, with a reception area, meeting rooms, amenities and a café opening onto a central courtyard.

You’ll have access to facilities and equipment across the range of organisations in the precinct and can benefit from industry input and co-supervision on student research projects.

Expansive, open-plan laboratories, floor-to-ceiling glass internal walls and full-length, line-of-sight corridors enhance visibility and promote interaction.

The dangerous goods handling rooms are purpose-built for chemicals where extra care is needed. Each room has three booths with a grated floor to contain large spills, an explosion-proof polycarbonate door and a pressure-release hatch angled towards the ceiling.

chemistry.curtin.edu.au/facilities/rcp.cfm

ASTRODOMEThe Astrodome houses a 12-inch Meade Refractor telescope located on top of Curtin’s Engineering Pavilion from where it provides a live feed to astronomy students and researchers. The telescope is remote-controlled via the Curtin network.

The Astrodome also links Curtin with various astronomy-related projects such as the International Centre for Radio Astronomy Research and the Curtin Institute for Radio Astronomy.

LANDGATE SPATIAL SCIENCES STUDIOThe Landgate Studio is a joint venture between Curtin and Landgate, Western Australia’s primary source of land information and geographical data.

The studio combines high-tech computer systems with innovative teaching resources for spatial sciences students. It comprises three multi-purpose studios, an internet café and common areas that create a student-centred community connected to academia and industry.

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AQUATIC RESEARCH LABORATORIES The Curtin Aquatic Research Laboratories (CARL) are based at Technology Park – just across the road from the main campus.

The laboratories feature three main recirculation systems consisting of seawater, freshwater and inland saline water.

The various aquatic systems are controlled by a central computer system, allowing you to report activities and keep track of the various stages of projects.

A virtual controller allows you to monitor and perform routine activities remotely.

CARL also features postgraduate research laboratories, ecotoxicology and teaching laboratories, and a fully functional marine and freshwater fish hatchery.

GEOSCIENCE ATOM PROBE FACILITYWA researchers will have an advanced way to study important ore deposits, using the new atom probe facility at Curtin.

The atom probe will be mainly used to study geological samples, including minerals, ores and extraterrestrial materials, and has the capability to analyse materials at the atomic scale, with a capability of viewing small volumes of a sample (~200nm), with individual atoms being identified and positioned in three dimensions.

Atom probe microscopy is unique among materials analysis techniques in its ability to provide three-dimensional chemical information on the atomic scale.

Although the past ten years have seen a rapid expansion in the use of this method, there are currently less than 100 instruments installed worldwide.

As well as advancing many areas of geoscience research, the particular focus on geological applications is designed to support the resources industry in WA and Australia-wide. It will help us better understand ore formation, which has implications for mineral exploration.

It will also improve our understanding of the distribution of minerals and metals of interest within their host rocks. This knowledge will underpin more efficient means of mineral extraction and processing.

CONTINUEDFACILITIES (CONTINUED)

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As a Curtin student, you could have the opportunity to study overseas for one or two semesters. Exchange is an exciting opportunity to experience another culture and add a unique edge to your Curtin degree.

An international exchange is your chance to travel while learning, broadening your horizons and bringing you into contact with new places and cultures.

We have partnerships with universities across Europe, Asia and North and South America. If you choose a formal exchange program, your overseas studies are credited towards your degree.

Financial assistance is available to help with travel costs, including scholarships, travel bursaries, Commonwealth grants or an OS-HELP loan. Conditions apply.

Travelling while you study has many benefits including:• improving your cultural awareness• developing your independence and

initiative• boosting your confidence• broadening your networks and

potentially increasing your employability.

If you’re interested in studying overseas, and want to learn about eligibility requirements, visit our student exchange website.

outboundstudy.curtin.edu.au

More opportunities to study overseasDepending on your area of study, you may have short-term opportunities to study overseas.

Ask your faculty about international study tours, internships, short courses and practicum opportunities.

In addition to our main campus in Perth, we have campuses in Kalgoorlie, Singapore and Malaysia, as well as course delivery through partner institutions worldwide.

PERTHStepping foot onto the Bentley Campus for the first time is exciting. This is a place where you’ll make new friends, get involved in clubs and activities, build your life skills and prepare for working life. It’s fun, easy to get to on public transport and there is always a lot to do. There are a variety of on and off-campus housing options, innovative learning spaces and a range of support services to help you enjoy life and succeed in your studies. Your experiences here, and your interactions with other students and academics, can change your life.

We’ve developed a master plan to turn the campus into a cultural hub, bringing together education, business, technology, housing, public transport, the arts and recreation.

The changes are already starting to show: daily performers and pop-up food vans are already redefining the campus.

The sense of community is strengthening within the classroom too, with innovative new learning spaces that promote collaboration.

KALGOORLIEThe Curtin WA School of Mines is located at the Bentley Campus and in the City of Kalgoorlie-Boulder, in Western Australia’s Eastern Goldfields region.

The Kalgoorlie Campus with its new library, laboratories and the construction of new student accommodation underway, provides a modern innovative learning experience. Interaction with industry, in the form of field trips, guest industry lecturers, Australasian Institute of Mining and Metallurgy,and Toastmasters, provide a smooth transition from university to work.

The Kalgoorlie Campus is located next to the central business district with student housing a short walk away. It provides a focused living and campus atmosphere. A strong student guild located in the guild building, built with industry donations, is a focus of student activity such as the renowned WASM Wombats mining team.

INTERNATIONAL CAMPUSESCurtin has a growing international presence, with offshore campuses in Singapore and Malaysia.

We offer several science and engineering courses at our Malaysia campus, which is located in Sarawak on the island of Borneo. The campus has contemporary equipment and facilities, on-campus housing, and sophisticated technology that links students to resources in Perth.

The courses offered at our Malaysia campus are identical in structure to those at the Bentley Campus, meaning you can transfer between campuses with no disruption to your studies.

INTERNATIONAL PARTNERSWe also deliver programs in science and engineering at partner institutions overseas.

Partnership agreements with institutions in China, Hong Kong, India, Indonesia, Malaysia, Singapore, Sri Lanka, Thailand and Vietnam mean that if you're an international student already studying in your home country, you can transfer to our Perth campus to complete all or part of your degree.

STUDY ABROAD LOCATIONS

Sarawak Campus,Malaysia

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SCHOLARSHIPS

Scholarships enable students from all backgrounds to realise their potential. Some scholarships even offer networking opportunities, overseas study or on-the-job experience.

DOMESTIC STUDENTSScience and Engineering Excellence ScholarshipsThe Curtin Science and Engineering Excellence Scholarships reward students who demonstrate academic excellence at high school. No application is required – you will automatically receive the scholarship if you select Curtin as your first TISC preference and achieve an ATAR of 96 or above in the year prior to beginning university.

BHP Billiton Iron Ore ScholarshipsBHP Billiton Iron Ore offers Curtin students the following scholarships:• Science and Engineering Scholarship• Indigenous Scholarship.

Principal’s Recommendation AwardThe Principal’s Recommendation Awards call for Western Australian high school principals to nominate students based on any of the following:• academic merit• have shown a significant improvement

in their studies• have the potential to achieve at

university.

Principals can also nominate students who have adverse personal circumstances, including financial difficulties, that may affect their chances of succeeding at university.

John de Laeter ScholarshipThe John de Laeter Scholarship is a merit-based award for high school students planning to study an eligible mathematics or science undergraduate degree at Curtin.

The Institute of Theoretical Physics Scholarship This scholarship is available if you are interested in pursuing a career in physics and have demonstrated a high level of academic achievement at high school.

Landgate ScholarshipThis scholarship supports students who choose the Bachelor of Science (Geographic Information Science) at Curtin.

ChemCentre Indigenous ScholarshipIf you are an Indigenous student, this scholarship encourages you to undertake a science degree with a major in chemistry, and to consider ChemCentre as an employer.

INTERNATIONAL STUDENTSThere are a number of international student scholarships provided by the University and the Australian Government. For details visit: international.curtin.edu.au/scholarships

STUDENT CLUBS

Have fun, develop your skills and grow your network.

Student clubs are a great way to have fun while furthering your experience in your chosen science discipline. Joining a club may also offer the opportunities to build new skills and network with industry experts, which can enhance your career prospects.

STUDENTS’ ACTUARIAL SOCIETYThe Students’ Actuarial Society (SAS) is directed by student actuaries, under the supervision of faculty staff, with the purpose of improving the overall wellbeing of all actuarial students. They host a number of social events and are also involved in activities that can contribute to your professional development, such as meeting with industry.

PHYSICAL SCIENCES SOCIAL ENTERTAINMENT DIVISION The Physical Sciences Social Entertainment Division (PHYSSED) is a guild-affiliated physics club that provides academic support and hosts social events for members.

CURTIN ROBOTICS CLUBMeet other students who are interested in the development and use of robotics and electronic devices. You can engage in exciting and educational projects, and take part in local and international competitions.

WASM WOMBATSThe world-champion WASM Wombats train in various forms of traditional mining techniques and compete overseas at the World Mining Games, which has led to their international reputation for success. The team is based at Curtin’s Kalgoorlie Campus at the WA School of Mines.

OTHER CLUBSOther student clubs for science students include:• Curtin Astronomy Club• Curtin Chemistry Club• Curtin Environment and Agriculture

Club• Curtin Exploration Geophysics Society• Club RAD (Medical Radiation Science)• Computer Science Students’

Association.

Find them on Facebook to see what they’re up to.

Please note: Scholarships may change from year to year. For up-to-date details on available scholarships please visit scholarships.curtin.edu.au

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ALTERNATIVE ENTRY PATHWAYS

If you don't think you'll get into Curtin, don't worry. There are other options to help you gain admission.

MULTIDISCIPLINARY SCIENCEThe multidisciplinary science major can be used as an alternative entry pathway into Curtin’s science or engineering courses if you meet the requirements for entry into the Bachelor of Science (Multidisciplinary Science), but haven’t qualified for entry into your chosen course.

By selecting appropriate units in your first year, the multidisciplinary science major can be used as a stepping stone to catch up on course prerequisites and to demonstrate your capacity to complete your preferred program.

PORTFOLIO ENTRYAlternative entry is available for selected courses for those who can demonstrate equivalence to Curtin’s ATAR entry through the submission of a portfolio of work. The portfolio should demonstrate evidence of your academic achievements, qualifications and ability.

If your desired course allows portfolio entry and your submission is successful, you’ll be eligible for entry into that course.

curtin.edu.au/portfolio-entry

ENABLING COURSE IN SCIENCE, ENGINEERING AND HEALTHThe Enabling Course in Science, Engineering and Health runs for one year and starts in February, although in some cases you may start in July. It’s designed for students who don’t meet the minimum university entrance requirements, but who wish to undertake foundation studies that can lead to a degree course at Curtin with specific subject prerequisites.

Successfully completing this enabling program will guarantee you a place in a science course in the Faculty of Science and Engineering or the Bachelor of Science (Health Sciences) offered in the Faculty of Health Sciences.

A number of places are also available on a competitive basis in engineering, medical imaging, occupational therapy, pharmacy, physiotherapy, and speech pathology for high-achieving students.

This program is free for Australian and New Zealand citizens, and Australian permanent residents. It is not available to international students.

AQF QUALIFICATIONSYou may meet our minimum academic entry requirements if you have evidence of English competency and you’ve received a TAFE or other Australian Qualification Framework award. This includes certificates, diplomas and advanced diplomas such as those offered through Curtin College, higher education providers and other training or education institutions, including Tuart College and Canning College.

CURTIN COLLEGELocated on Curtin’s Bentley Campus, Curtin College offers courses that prepare you for the requirements of tertiary studies. There are various options, such as a tertiary access program, Certificate IV Tertiary Preparation Program and diplomas.

Tel: +61 8 9266 4888

curtincollege.edu.au

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SCIENCE CAREER FINDERCurtin’s wide range of science programs combine theory and practical study to make sure you’re career-ready on graduation. You will learn from accomplished industry professionals whose knowledge and experience will help you to develop the skills to succeed in your chosen area of study.

PHYSICAL SCIENCES AND MATHEMATICS

ACTUARIAL AND MATHEMATICAL SCIENCESUse your skills to identify risk factors and optimisation, or use mathematical tools to analyse and improve the world today.

Possible career path:• actuary• biomathematician• economist or stockbroker• logistics analyst.

maths.curtin.edu.au

CHEMISTRY AND BIOCHEMISTRYUse your problem solving and critical analysis skills to help discover major advances on the molecular level.

Possible career path:• analytic chemist• biochemist• biotechnologist• forensic scientist• geochemist• nanotechnologist• toxicologist.

chemistry.curtin.edu.au

EARTH AND SPATIAL SCIENCESUse leading-edge technology to monitor, protect or locate precious resources such as water, minerals and gas within the Earth.

Possible career path:• geologist• geophysicist• geospatial analyst• urban and regional planner• marine geophysicist

wasm.curtin.edu.au

MULTIDISCIPLINARY SCIENCECombine the areas of science that most interest you. Gain a broad knowledge across a range of science disciplines and explore the area of science that you enjoy the most.

Possible career path:• biologist• teacher• technical writer.

science.curtin.edu.au

PHYSICSExamine matter and energy, and discover how the world around us works.

Possible career path:• astronomer• computational physicist• materials scientist• meteorologist• radiation physicist.

physics.curtin.edu.au

IT AND COMPUTINGUse technology to explore innovative applications, such as software and system design and implementation of visualisation and digital systems.

Possible career path:• cyber security• games developer• innovation manager• systems analyst.

cs.curtin.edu.au

MEDICAL RADIATION SCIENCECollect, use and produce diagnostic information to assist in patient management, diagnosis, treatment follow-up and/or medical screening information, while working with an interprofessional clinical team.

Possible career path:• radiographer• educator• medical equipment sales

representative• medical technician.

medicalradiation.curtin.edu.au

AGRICULTURE, ENVIRONMENT AND SUSTAINABILITYDevelop sustainable solutions to feed humanity. Use scientific research and technological innovation to protect, manage and restore native species and ecosystems.

Possible career path:• agronomist• environmental consultant• environmental scientist• mine site rehabilitation consultant.

environmentagriculture.curtin.edu.au

ENGINEERING AND MININGDevelop valuable skills to help locate, measure, monitor, manage and protect precious resources such as water, minerals and gas within our fragile Earth.

Possible career path:• geospatial analyst• marine geophysicist• mine surveying • surveying.

wasm.curtin.edu.au

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REFERENCE KEY

Degree

The award title.

Prerequisites

Subjects or study units you must complete before you can start a university course.

Desirables

Courses that will be of benefit to your university course but are not essential for eligibility.

STAT

The Special Tertiary Admissions Test. It is only available to mature-age students and is not accepted as a means of entry to all Curtin courses. If you are a mature-age student please contact the relevant faculty before applying.

STAT elements

V = Verbal

WE = Written English

Q =Quantitative

Study mode

F = Full-time

P = Part-time

E = External

O =Online

Campus

Where you can study your course.

Portfolio entry

You can gain entry to some courses by demonstrating your potential to succeed at university. You submit evidence of your academic achievements and qualifications, your aptitude and preparedness in your chosen course, and other qualities associated with success.

Intake

Feb = You can start the course at the beginning of the calendar year.

Jul* = You can start the course mid-year.*July intake: Course duration may exceed three years due to unit prerequisites.

COURSES AT CURTIN

To apply to study a bachelor degree at Curtin you normally need to have:

• graduated from high school and met the requirements of the Western Australia Certificate of Education (WACE)

• obtained the required ATAR for the course you wish to study

• received a scaled mark of at least 50 in: English ATAR, Literature ATAR, or English as an Additional Language/ Dialect ATAR.

COURSES

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Geologists study how the Earth works, including the natural planetary processes and issues directly affecting people, such as viability of resources, geological hazards, climate change and environmental protection.

In this course, you will combine a thorough grounding in theoretical and practical geology with technical and commercial skills.

The first year gives you a basic foundation in chemistry, physics, maths, scientific communication and computer skills, as well as an introduction to geology. The second year focuses on the theoretical, laboratory and field skills required to understand geological processes. The final year provides comprehensive coverage of one chosen stream of geology: Applied Geology, Mining Geology or Petroleum Geology.

The first two years of the program are based at Bentley Campus. The third year is offered at Bentley only for Applied Geology, Kalgoorlie only for Mining Geology and Malaysia only for Petroleum Geology. The Applied Geology and Mining Geology streams are not available to international students studying in Australia.

CAREER OPPORTUNITIESGeologists are involved in exploring for the physical resources we need, such as petroleum, coal, minerals, water and building materials. Many graduates work in the mineral and petroleum industries, with some working in groundwater and environmental geology.

You will also be well placed to work in applied geology roles around the world.

These roles may be in a large organisation or mining company, or a consultancy firm.

PROFESSIONAL RECOGNITIONAustralasian Institute of Mining and Metallurgy.

PROFESSIONAL MEMBERSHIPSAustralian Institute of Geoscientists; Australasian Institute of Mining and Metallurgy; Geological Society of Australia; International Association of Hydrogeologists; Petroleum Exploration Society of Australia.

DOUBLE DEGREES AVAILABLEBSc (Applied Geology) and: BSc (Environmental Biology; Geographic Information Science or Geophysics); or BCom (Finance).

BACHELOR OF SCIENCE

APPLIED GEOLOGY

COURSE ESSENTIALSINDICATIVE ATAR 2016 CRICOS CODE DURATION

70 003875B 3years full-time

STAT LOCATION STUDY MODE

WE and V and Q

Bentley, Malaysia,

Kalgoorlie* F,PPREREQUISITES DESIRABLES INTAKE

At least Mathematics: Applications

ATAR

None Feb, July**

*Some streams are not available at all campuses. Some streams in this course are not available to international students studying in Australia.

**July intake Malaysia campus only.

COURSE STRUCTUREYear 1 Semester 1Fundamentals of Geology 1Geoscience CommunicationFoundations of PhysicsPre and Introductory CalculusOR Calculus and Linear AlgebraYear 1 Semester 2Evolving Earth Systems and PalaeontologyGeoscience, Environment and SocietyFundamentals of Geology 2Principles and Processes in ChemistryOR Introduction to ChemistryYear 2 Semester 1Field Geology TechniquesMineralogy and GeochemistrySedimentology and StratigraphyStructural GeologyYear 2 Semester 2Geological Field MappingIgneous PetrologyGeophysics for Mineral ExplorationMetamorphic PetrologyYear 3Applied Geology Stream OR Mining Geology Stream OR Petroleum Geology Stream

PORTFOLIO ENTRYAVAILABLESEE PAGE 14

Actuaries analyse mathematical, statistical, demographic, financial and economic data in order to predict and assess the effects of long-term risks involved in financial decisions and planning.

Actuaries are often tasked with solving business problems. For example, they may analyse future financial events, especially when the amount or timing of a payment is uncertain. Actuaries may also assess when and where devastating storms may hit to help predict risks, and their associated costs, for investments or insurance.

In this course, you will develop the mathematical and statistical techniques relevant to model industrial and commercial processes against a financial and economic background. You will also learn to identify the risk factors and determine the price and cost of those risks.

CAREER OPPORTUNITIES

Actuaries are in demand internationally, in industries that increasingly extend beyond the traditional finance and insurance fields.

Opportunities may exist in health and education, the environment and climate change, public infrastructure, genetics and risk management for large companies. Positions may include business systems analyst, mathematician, statistician, actuary, economist or financial dealer and broker.

PROFESSIONAL ACCREDITATIONActuaries Institute (Australia).

“The diversified nature of an actuarial degree means you’re not restricted to the same jobs day-in, day-out. I’ve worked on an annual valuation of a superannuation fund with billions of dollars of assets and tens of thousands of members.

I have also calculated how much money a couple should give to their children so they would all have the same amount, and I’ve worked internally with our audit team to peer review a report that is going into another company’s financial statements.”

Ashley McBroom, Bachelor of Science (Actuarial Science) Consultant Actuarial, PwC.

BACHELOR OF SCIENCE

ACTUARIAL SCIENCE


92 038785D 3years full-time


Not accepted Bentley F,P

PREREQUISITES DESIRABLES INTAKE

Mathematics: Methods

ATAR

Mathematics: Specialist

ATARFeb, July

COURSE STRUCTUREYear 1 Semester 1Introduction to AccountingAdvanced MathematicsORMathematics 1Statistical Data AnalysisPrinciples of Insurance and SuperannuationStatistical ProbabilityYear 1 Semester 2Regression and Non-parametric InferencePrinciples of Actuarial ScienceScience CommunicationsActuarial EconomicsMathematics 2Year 2 Semester 1Advanced CalculusIntroduction to Finance PrinciplesMathematical StatisticsYear 2 Semester 2Theory of InterestActuarial StatisticsPractical Mathematical Financial ModellingYear 3Actuarial Science Major ORActuarial and Applied Statistics Major

Did you know?A team of marine scientists from

England has discovered four deep-water coral reefs in the Atlantic Ocean using the power of predictive models.

2322

Biochemistry represents the study of the molecular structures and processes that form the foundation for living matter. It draws upon techniques from biology, chemistry and physics, providing an exciting interface between these fields.

Many of the advances in life sciences rely on an understanding of both chemistry and biology. This major provides you with the skills and knowledge to work at this interface, exploring the molecular basis of life.

The course provides a solid foundation in chemistry, based on a molecular-level understanding of biological processes, with second and third-year units in biological chemistry, medicinal and natural product chemistry. You will take complementary units in cell biology, molecular biology and molecular genetics.

You will study the core principles of chemistry, molecular structure and chemical reactivity, and how they are applied to biological molecules. You will also investigate molecular systems that regulate cell growth, including signalling and defence, together with related metabolic pathways. Principles of molecular recognition are also studied, including their applications in biosensors, drug design and optimisation, and in monitoring the effects that exogenous compounds can have on living systems.

You can specialise in one of the following streams:

ChemistryIn this stream you will enhance your training as a chemist by exploring how an understanding of the molecular world can influence areas such as bionanotechnology, IT and new biocompatible materials.

Depending upon your interests, you can learn to use sophisticated scientific instrumentation to solve complex, real-world analytical problems, or you can learn how to rationally design and synthesise new molecules for a variety of purposes.

EnvironmentIn this stream you will gain first-hand knowledge of how biochemistry and molecular biology are implemented in an environmental setting.

Recent methodological advances in environmental genetics have acted as a catalyst for the development of new tools for biodiversity assessment, environmental monitoring and environmental restoration.

You will gain theoretical knowledge and practical skills in a variety of environmental applications of biochemistry, from detection of biochemical signals of pollution to the genetic sequencing of soil microbial systems to assess the impacts of anthropogenic stressors.

BACHELOR OF SCIENCE

BIOCHEMISTRY







ATAR; Chemistry

ATAR


ATAR; Physics ATAR

Feb, July*

*July intake: Course duration may exceed three years due to unit prerequisites.

COURSE STRUCTUREYear 1Physical sciences pre-major Years 1,2 and 3Stream-specific unitsChemistry StreamOREnvironment StreamCore unitsYear 2 Semester 1Principles of BiochemistryChemistry of Biological ProcessesYear 2 Semester 2Medicinal and Natural Product ChemistryApplied GeneticsYear 3 Semester 1Advanced Biological and Medicinal ChemistryMolecular BiochemistryYear 3 Semester 2Advanced Biological Chemistry

Did you know?

The use of various forms of chemistry is believed to date back to the Ancient Egyptians. By 1000 BCE civilisations were using more

complex forms of chemistry such as using plants for medicine, extracting

metal from ores, fermenting wine and making cosmetics.

CAREER OPPORTUNITIESYou will graduate as a qualified biochemist who can pursue career opportunities such as analytical biochemist, biotechnologist, environmental scientist, food technician, forensic scientist, medicinal chemist, agricultural chemist, quality control analyst and synthetic chemist.

PROFESSIONAL MEMBERSHIPSBiochemistry graduates may be eligible for membership of the Royal Australian Chemical Institute.

2524

Chemistry is sometimes called the ‘central science’ because it connects other sciences, such as physics, biology and geology. It is science at a molecular level, where major advances are being made in many areas such as medicine, IT, nanotechnology, new materials and the environment.

This major trains you to become a skilled chemist. It also teaches you problem solving, teamwork and critical analysis skills, which may open the door for many careers within and outside science. You will study theoretical and practical aspects of chemistry, including synthesis, analysis and molecular modelling. Your learning will be largely laboratory-based, in Curtin’s Resources and Chemistry Precinct.

You can specialise in the following streams:

Analytical and Forensic ChemistryIn this stream you will learn how to use sophisticated scientific instrumentation in combination with chemical knowledge to solve complex, real-world analytical problems.

You will develop effective problem- solving and decision-making skills within the ethical and professional context of analytical and forensic science, as there are often regulatory or legislative requirements for chemical measurements to be taken.

Biological ChemistryIn this crossover field of chemistry you will study the essential processes of life on the molecular level. You will use complex equipment and procedures to understand the bio-molecular world, explore applications in biosensors and drug design, and monitor what effects new substances like food additives and medicines have on living organisms.

As a qualified biological chemist, you could play a part in diagnosing diseases and investigating potential cures for illnesses such as cancer and HIV/AIDS, through to the design and synthesis of new and improved medicines.

Geochemistry In this stream, you will study the chemical make-up of the Earth and other planets. You will focus on the chemical reactions and processes that show how various soils and rocks are created.

Materials ScienceThis stream examines materials from a unified point of view; it looks for connections between the underlying structure of a material, its properties, how processing changes it and what the material can do.

You will study a range of materials, including metals, semiconductors, glasses, ceramics and polymers. You will also learn about analytical instruments and different forms of radiation that materials scientists use to investigate the microstructure of samples.

BACHELOR OF SCIENCE

CHEMISTRY







ATAR; Chemistry

ATAR


ATAR; Physics ATAR

Feb, July*


COURSE STRUCTUREYear 1Physical Sciences pre-major Years 1, 2 and 3Stream-specific units Analytical and Forensic Chemistry Stream OR Biological Chemistry StreamORGeochemistry Stream ORMaterials Science Stream Core unitsYear 2 Semester 1Chemical Structure and SpectroscopyChemical Energetics and KineticsYear 2 Semester 2Analytical ChemistryChemical Reactions and MechanismsYear 3 Semester 1Analytical Chemistry and SpectroscopySynthetic Methods in ChemistryYear 3 Semester 2Chemistry Research Methods

CAREER OPPORTUNITIESExamples of career opportunities include analytical chemist, computational chemist, environmental scientist, forensic scientist, materials scientist and geochemist, medicinal chemist, synthetic chemist.

Roles may be in research and development, technical services, and education or quality control in a wide range of fields, including chemical manufacturing, petrochemical engineering and mining companies, environmental agencies, universities, forensic laboratories, hospitals and toxicology laboratories.

PROFESSIONAL MEMBERSHIPSChemistry graduates are eligible for membership of the Royal Australian Chemical Institute.

DOUBLE DEGREES AVAILABLEBSc (Chemistry) and: BEng (Chemical Engineering) or BA (Anthropology and Sociology; Chinese; Geography; International Relations; Internet Communications; Japanese; Professional Writing and Publishing); or BCom (Economics; Entrepreneurship; Finance).

Did you know?

‘Super glue’ was invented by accident. When Dr Harry Coover

and Fred Joyner tried to make a heat resistant polymer for jet canopies

they tested acrylates by putting them between two prisms and shining light

through them. When they tested cyanoacrylate, they couldn’t get the

prisms apart.

26 27

Geophysicists study the interior of the Earth. They explore for natural resources such as oil, minerals and groundwater, and help solve environmental engineering problems, from natural hazards to pollution monitoring.

In this degree you will obtain understanding and practical training in a wide range of geophysical exploration methods, including data acquisition, processing and interpretation.

During your studies you will have hands-on experience using industry standard equipment and software, while also developing background knowledge in geology, mathematics and physics.

You will explore geophysical methods such as seismology, magnetics, gravity, electrical and electromagnetic methods. You will also get a thorough grounding in all non-invasive geophysical techniques used in exploration.

CAREER OPPORTUNITIESAs a graduate, you will be able to use technology to collect, display and interpret data, and apply physics, computing and mathematics in practical ways on commercial and environmental projects.

Geophysicists are employed in the petroleum industry, engineering companies, environmental agencies, mining companies, government, universities and regulatory agencies.

PROFESSIONAL RECOGNITIONAustralian Society of Exploration Geophysicists; Society of Exploration Geophysicists (United States); European Association of Geoscientists and Engineers; Australasian Institute of Mining and Metallurgy.

PROFESSIONAL MEMBERSHIPSGeological Society of Australia; Australian Institute of Geoscientists; Petroleum Exploration Society of Australia.

DOUBLE DEGREES AVAILABLEBSc (Geology) and BSc (Geophysics).

BACHELOR OF SCIENCE

GEOPHYSICS




Not accepted. Bentley F,P


Mathematics: Methods ATAR and Physics

ATAR

Mathematics: Specialist ATAR Feb, July*


COURSE STRUCTURE

Did you know?The Mariana Trench in the Pacific Ocean is 10,916 metres deep. The water pressure at the bottom of the

trench is a thousand times the standard atmospheric pressure at sea level.

Year 1Physical sciences pre-major

Year 2 Semester 1Structure, Mineralogy and GeochemistryAdvanced CalculusPropagation of EnergyIntroduction to Geophysical Oil and Gas Exploration MethodsSedimentology and Stratigraphy

Year 2 Semester 2Geological Field MappingIgneous and Metamorphic PetrologyElectromagnetic Fields in the EarthLinear Algebra

Introduction to Geophysical Mineral Exploration Methods

Year 3 Semester 1Gravity and Magnetics for ExplorationIntroduction to Seismic ExplorationResistivity and Induced Polarisation Exploration MethodsTheoretical Geophysics

Year 3 Semester 2Electromagnetics and Radiometrics for ExplorationGeophysics ProjectEnvironmental GeophysicsSeismic Acquisition for ExplorationGeophysical Data Processing

Mathematics is the study of concepts such as quantity, structure, space and change. It has been described as the ‘science of patterns’, whether found in numbers, space, science, engineering, computers, imaginary abstractions or elsewhere.

In this major, you can specialise in the following streams:

Applied MathematicsIn this stream you will learn how to use advanced calculus, linear algebra, modelling and computational mathematics to help solve real-life problems in industry and education. You can choose to study analysis, optimisation, industrial modelling, scientific computation, or statistics and probability. Industry-based units and a work experience program will help you to experience real applications.

Financial MathematicsIn this stream you will learn about mathematics tools and computational models that can be used for making investment decisions, developing securities and managing risk. You will receive a strong grounding in corporate finance and can study units in accounting, economics and business.

Industrial OptimisationThis stream teaches you skills in mathematics, engineering processes and computing, which can be applied to areas such as business, industry and government with the aim of increasing efficiency and productivity.

DOUBLE DEGREES AVAILABLEBSc (Mathematics) and: BA (Anthropology and Sociology; Chinese; Geography; International Relations; Internet Communications; Japanese; Professional Writing and Publishing); or BCom (Economics; Entrepreneurship; Finance).

CAREER OPPORTUNITIESMathematics can be a stepping stone to a wide range of careers. Today, mathematics is used in many fields, including natural science, engineering, medicine, finance and the social sciences such as sociology and psychology. Graduates may also find work in government, defence or research.

PROFESSIONAL MEMBERSHIPSAustralian Mathematical Society, The Australian Society For Operations Research, Statistical Society of Australia.

BACHELOR OF SCIENCE

MATHEMATICS







ATAR


ATARFeb, July

COURSE STRUCTUREYear 1Mathematics pre-major Years 1, 2 and 3 Stream-specific units Applied Mathematics Stream ORFinancial Mathematics Stream OR Industrial Optimisation StreamCore unitsYear 2 Semester 1Advanced CalculusOperations ResearchYear 2 Semester 2Linear AlgebraNetwork OptimisationYear 3 Semester 1Mathematical ComputingIndustrial Modelling and OptimisationORMathematical MethodsYear 3 Semester 2Industrial ProjectApplied StatisticsORApplied Mathematical Modelling

2928

In many areas of scientific endeavour, knowledge across multiple disciplines can be advantageous. Multidisciplinary science gives you the skills to operate across traditional boundaries.

In this major, you can combine science disciplines from areas such as biology, chemistry, computing, geology, geographic information science, maths or physics, or go outside the physical sciences to areas such as molecular or human biology (genetics, bioinformatics), social sciences (media, education), languages, spatial sciences (geographic information), or business and management.

This allows you to focus on your preferred major while exploring other interests, and acquiring complementary knowledge and skills.

CAREER OPPORTUNITIESComplementary skills allow you to compete effectively in industrial or government occupations, or develop a very broad science background that can enrich a teaching career. Opportunities exist across a wide spectrum, depending on your choice of units.

For example, you could aim to become a professional science writer by combining science units with journalism.

PROFESSIONAL MEMBERSHIPSPotential memberships may be possible in the relevant society or institute of depending on your chosen area of study.




WE and either V and Q Bentley F,P


Mathematics: Applications

ATAR and at least one

science course*

None Feb, Jul**

*Animal Production Systems ATAR; Applied Information Technology ATAR, Biology ATAR; Chemistry ATAR; Computer Science ATAR; Earth and Environmental Science ATAR; Engineering Studies ATAR; Human Biology ATAR; Integrated Science ATAR; Marine and Maritime Studies ATAR; Physics ATAR; Plant Production Systems ATAR or Psychology ATAR.

** July intake: Course duration may exceed three years due to unit prerequisites.

COURSE STRUCTUREYear 1Multidisciplinary Science Pre-major

Year 2 Semester 1Select 2 optional unitsSelect 2 elective units




BACHELOR OF SCIENCE

MULTIDISCIPLINARY SCIENCE

OPTIONAL UNITS• Advanced Biological and Medicinal

Chemistry• Advanced Computer Communications• Advanced Cropping Systems and

Precision Agriculture• Advanced Livestock Production

Systems• Advanced Marine Science and

Technology• Advanced Materials Chemistry• Agricultural Microbiology• Analytical Chemistry• Analytical Chemistry and Spectroscopy• Animal Production• Applied Genetics• Applied Mathematical Modelling• Applied Statistics• Aquatic Ecosystems• Artificial and Machine Intelligence• Atmospheric and Oceanographic

Sciences• Basin Analysis and Energy Resources• Behavioural Ecophysiology• Biochemistry and Cell Biology• Broadacre Crop and Pasture Science• Chemical Energetics and Kinetics• Chemical Reactions and Mechanisms• Chemical Sensing and Measurement• Chemical Structure and Spectroscopy• Chemistry Research Methods• Classical Mechanics and

Electromagnetism• Computational Mathematics• Computer Communications• Computer Graphics• Computing Topics• Conservation Biology and

Sustainability• Design and Analysis of Algorithms• Ecotoxicology• Electromagnetism• Environmental Biomonitoring• Environmental Chemistry

• Environmental Geoscience• Environmental Impact Assessment• Environmental Restoration• Essential Linear Algebra• Experimental Design and Analysis• Exploring Protein Structure• Field Geology Techniques• Field Mapping of Sedimentary Basins• Fieldwork Skills• Fisheries Science• Forensic Case Studies• Forensic Trace Evidence• Foundations of Biochemistry• Foundations of Computer Science• Genetic Engineering• Geological Field Mapping• Geology Mapping Project• Habitat and Landform Mapping• Hydrogeology and Engineering Geology• Igneous Petrology• Industrial Project• Information Security Topics• Integrated Pest Management• Introduction to Bioinformatics and

Functional Genomics• Introduction to Geographic Information

Systems• Introduction to Software Engineering• Linear Algebra• Logistics Modelling and Optimisation• Marine Biodiversity• Marine Ecology• Materials Chemistry• Mathematical Computing• Mathematical Methods• Mathematical Statistics• Metamorphic Petrology• Mineralogy and Geochemistry• Molecular Cytogenetics and Genomics• Molecular Genetics• Network Optimisation• Network Systems Design• Nuclear and Particle Physics

• Object Oriented Software Engineering• Observational Techniques in Astronomy• Operating Systems• Ore Deposits• Pasture and Rangeland Management• Physics of Environmental Monitoring• Physics of Stars and Galaxies• Physics Project 1• Plant Diversity and Adaptation• Population Genetics and Molecular

Evolution• Programming Languages• Project Design and Management• Quantitative Biology• Quantum Physics• Regolith Geology and Mineral

Exploration• Scientific Data Acquisition• Scientific Data Analysis• Software Engineering Concepts• Soil Science• Solid State Physics• Statistical Mechanics and

Thermodynamics• Statistical Modelling• Structural Geology• Sustainable Agricultural Systems and

Food Security• Sustainable Aquaculture• Synthetic Methods in Chemistry• Terrestrial and Marine Science Field

Project• Terrestrial Ecology• Theoretical Foundations of Computer

Science• Theory of Interest• Unix Systems Programming• Waves and Oscillations• X-ray Diffraction and Electron

Microscopy• Zoology

30 31

From the kinetic energy of a speeding car to nuclear fusion energy, from nearby stars to distant galaxies, physics examines matter and energy in all their forms.

Curtin’s area of Physics and Astronomy works closely with the Curtin Institute of Radio Astronomy (CIRA), which focuses on scientific and technological advances in the field, and is involved in the Square Kilometre Array and the Murchison Widefield Array, as well as the investigation of active galactic nuclei and radio galaxies, transient radio phenomena and pulsars.

In this major, you will study a range of real-world problems through observation, measurement and theoretical analysis. You will develop an understanding of the core concepts of physics and gain hands-on skills with complex technical equipment and computers.

You can specialise in one of the following streams:

AstrophysicsThis stream provides study units that are suitable for those interested in radio astronomy, particularly the Square Kilometre Array. You’ll have the chance to grapple with some of the biggest scientific questions, ranging from the origins of the Universe, to the nature of ‘dark matter’ and ‘dark energy’.

Curtin’s involvement in the International Centre for Radio Astronomy Research (ICRAR) and the Square Kilometre Array project has the unique potential to provide you with an understanding of advanced instrumentation for astrophysics.

Environmental PhysicsIn this stream you will learn how to study and measure matter and energy in the Earth’s natural and managed environments: the atmosphere, hydrosphere (oceans, rivers), land and soils, and living organisms. You will study a diverse range of topics, including the development of sensors and energy-saving ‘green’ materials, the interaction of sunlight with airborne particulates, disposal and storage of radioactive wastes, and the dynamics of the ocean and atmosphere.

This stream includes a strong emphasis on physics principles in an environmental context, applied computer programming, instrument deployment during field excursions, data processing and analysis, as well as exposure to a number of multidisciplinary activities in fields such as biology, geology and chemistry.

Materials ScienceThis stream examines materials from a unified point of view; it looks for connections between the underlying structure of a material, its properties, how processing changes it and what the material can do. You will study a range of materials, including metals, semiconductors, glasses, ceramics and polymers.

You will also learn about analytical instruments and different forms of radiation that materials scientists use to investigate the microstructure of samples.

These include electron microscopes, X-ray scattering facilities including synchrotrons, and neutrons generated in a nuclear reactor. Computer simulation is another key technology utilised by materials scientists and you will learn how to apply it to your work.

Mathematical PhysicsMathematical physics is the study of nature using advanced mathematics. This field is advancing in everything from basic physics to quantum mechanics, and on every scale from the quark to the Big Bang.

Through mathematical models and powerful supercomputers, we can predict the progress of climatic changes, the flow of oil reservoirs, development of new materials, and nanotechnology. A degree in this field prepares you to work as a physicist or mathematician, with experience in using supercomputer technology.

BACHELOR OF SCIENCE

PHYSICS

DOUBLE DEGREES AVAILABLEBSc (Physics) and: BEng (Electronic and Communication Engineering); or BA (Anthropology and Sociology; Chinese; Geography; International Relations; Internet Communications; Japanese; Professional Writing and Publishing); or BCom (Economics; Entrepreneurship; Finance).

CAREER OPPORTUNITIESThis course can help you become a physicist, astronomer, astrophysist, computational physicist, computer programmer, materials analyst, meteorologist, remote-sensing scientist, optical-radiation physicist, marine physicist and mathematician.

Note: Most career paths require postgraduate studies to master or doctoral level.

PROFESSIONAL MEMBERSHIPSYou will be eligible for membership of the Australian Institute of Physics (AIP). Many international equivalents of the AIP also accept graduates as members.




Not accepted. Bentley F,P


Mathematics: Methods ATAR and Physics

ATAR

Mathematics: Specialist ATAR and Chemistry

ATAR

Feb, Jul*


COURSE STRUCTUREYear 1Physical Sciences pre-majorYears 1, 2 and 3 Stream-specific units Astrophysics StreamOREnvironmental Physics StreamORMaterials Science StreamORMathematical Physics StreamCore unitsAdvanced CalculusClassical Mechanics and ElectromagnetismElectromagnetismLinear AlgebraQuantum PhysicsPhysics Project 1Solid State PhysicsNuclear and Particle Physics ORPhysics Project 2

Did you know?The Skylab astronauts grew 3.8-

5.7cm due to spinal lengthening and straightening as a result of zero gravity.

Physics graduates can have exciting jobs at the forefront of innovation. Their problem-solving skills, enhanced by the study of theoretical and practical physics, together with strengths in mathematics and computing, makes them highly sought after by many employers.

3332

Computer networks form the backbone of modern information systems.

This course has been designed to help you fully understand computer network design and development technologies so you can pursue career opportunities in this rapidly expanding field. The course integrates current developments in wired and wireless networking, offering a comprehensive view of the industry.

You will develop skills in network design and management, the convergence of IT and telecommunications, embedded systems, computer hardware and software, real-time systems and IT technical support.

Your focus will be on the design and support of distributed computer and telecommunications networks.

A feature of this course is certification-based training with IT leaders such as Cisco. By the time you graduate, you will have the skills to expand the capabilities of networks already in place and build new ones.

CAREER OPPORTUNITIESSmall companies, government and large corporations all rely on networks to improve their businesses. This has led to a growing demand for expertise in this field. Completing this course will give you the skills to work as a network and system administrator, IT support specialist, telecommunications manager, systems designer or industrial network technician.

PROFESSIONAL RECOGNITIONAustralian Computer Society.

PROFESSIONAL MEMBERSHIPS Engineering Technologist, Engineers Australia (graduate membership). The Engineers Australia curriculum at technologist level includes Cisco Academy Program components that lead to industry certification.

BACHELOR OF TECHNOLOGY

COMPUTER SYSTEMS AND NETWORKING

Did you know?

The internet is the fastest-growing communications tool ever. It took radio broadcasters 38 years to

reach an audience of 50 million, television 13 years, and the

internet just four years.

“I’ve gained a wide range of skills ranging from maths and programming, to setting up entire networks. Along the way I’ve had great opportunities to gain real-world experience setting up servers and networks plus competing in the worldwide Cisco Netriders competition and CySCA security competition run by the Australian government.

We have fantastic lecturers and the units are really interesting and hands on, which in my opinion is the best way to learn. The Cisco content contains skills that we can straight out use in the real world and is highly regarded by those in the industry. I aim to get the certification this year. The units are well laid out in that they progress at a good rate. You won’t feel like you’ve been dumped in the deep end.”

Courtney Cowling Bachelor of Technology (Computer Systems and Networking)


70 041280C 3years full-time


Not accepted

Bentley, Malaysia F,P


At least Mathematics: Applications

ATAR

Mathematics: Methods ATAR or

Mathematics: Specialist ATAR

Feb

COURSE STRUCTUREYear 1 Semester 1Science CommunicationsObject Oriented Program DesignPre and Introductory CalculusOR Mathematics 1Hardware FundamentalsStatistical Data AnalysisYear 1 Semester 2Computer SystemsElectronicsDatabaseORDatabase SystemsYear 2 Semester 1Advanced Engineering ProgrammingReal-time Operating Systems Data Communications and Network ManagementTransmission and Interface DesignYear 2 Semester 2Data Structures and AlgorithmsEngineering ManagementMicrocomputersYear 3 Semester 1Embedded Systems EngineeringDistributed NetworksWireless Data Networks Computer Technology Project 1Year 3 Semester 2Computer Technology Project 2Network Engineering

CISCO INTERNET OF EVERYTHING INNOVATION CENTREGlobal networking company Cisco has established an Internet of Everything (IoE) Innovation Centre at Curtin University in partnership with Woodside Energy, together with a centre in Sydney at technology and data company, Sirca.

The centres bring together start-up companies, industry experts, developers, researchers and academics in a collaborative environment to create a connected community, working together on cloud and network platforms, analytics and cyber security.

Cisco Chief Technology Officer Kevin Bloch believes Australia is a global hotspot for network platforms, joining Rio de Janeiro, Toronto, Korean business hub Songdo, Berlin, Barcelona, Tokyo and London.

The new Cisco Internet of Everything Innovation Centre in Australia, CISCO chief Technology officer Ken Bloch reinforces Cisco’s commitment to innovation and belief that Australia will be one of the world’s Internet of Everything powerhouses.

The Cisco IoE Innovation Centre housed on Curtin’s Bentley Campus includes a state-of-the-art laboratory, a technological collaboration area and a dedicated space to show IoE in action.

The centre is expected to be a catalyst for investment in next-generation technology, accelerating innovation in Australia’s resources, agriculture and astronomy sectors, and more broadly around big data.

Work is underway around the Square Kilometre Array and Woodside’s ‘Plant of the Future’ alongside planned ‘smart campus’ projects, which will address education challenges and give rise to more connected and remotely accessible labs and teaching spaces.

Such interconnectivity will bring new styles of teaching and learning to Curtin, and influence functions such as efficiencies in lighting, security and ubiquitous Wi-Fi.

34 35

BACHELOR OF SCIENCE

COMPUTING

Computer scientists, software engineers, programmers and other computing professionals are experts on how technology works and how computing can address even the most complicated and intricate problems.

This major can provide you with the skills and knowledge you need for a successful career in the rapidly evolving information and communications technology industry. In your first year, you will develop your programming skills and study the fundamental theoretical knowledge of computing. Topics covered will include C++, Java, Linux and object oriented programming. In your second year, you can specialise in one of the following streams:

Computer ScienceIn this stream you will develop an in-depth knowledge of software design and algorithm analysis, as well as artificial intelligence, computer communications, databases and graphics. Your study will focus on the knowledge required to build operating systems and design new programming languages. As computer science theory and applications are mathematically based, there is a strong emphasis on mathematics.

Cyber Security This stream focuses on the key concepts and challenges in data and resource protection and computer software security. You will examine the high level (cryptography theory, data access policy development and security program management) and low level (computer forensics, network intrusion detection and incident handling) practical aspects of computer security.

You will develop skills in identifying appropriate applications for specific scenarios, with an understanding of cultural and ethical issues related to protecting individual rights.

Information TechnologyIn this stream you will learn the technological and applied aspects of computing, with less emphasis on theory. You will study system programming, software design and engineering, networking (including the internet and the web), artificial intelligence for decision support and graphics.

Software EngineeringThis stream aims to produce graduates who are well-versed in the principles of design, measurement and analysis applied in the context of the development of software-based systems.

You will receive a strong foundation in computer science, with further emphasis on software requirements gathering, design, implementation and testing. You will also focus on communication skills, professional responsibility, ethics, interpersonal relationships, teamwork and time management. In your final year, you will undertake an industry-based project.

CAREER OPPORTUNITIESComputing graduates may find employment in many sectors. Positions can be found within game design, IT administration, IT analysis, programming, IT support, algorithm design, software development, cyber security or web applications development.

PROFESSIONAL ACCREDITATIONThis course has professional level accreditation from the Australian Computer Society.

POTENTIAL RECOGNITION (DEPENDING ON SPECIALISATION)Institute of Electrical and Electronic Engineers; Association for Computer Machinery; Australian Computer Society.

DOUBLE DEGREES AVAILABLEBSc (Computer Science) and: BEng (Computer Systems Engineering; Electronic and Communication Engineering).

“The high regard of Curtin computing degrees was a deciding factor for me when choosing a university.

I thought it was good that the software engineering units are arranged in such a way that each semester is a logical extension of the previous. This helped to concrete previously learned concepts.”

Geoffrey Moir, Bachelor of Science (Software Engineering).




Not accepted. May be used to demonstratethe English

competency.

Bentley F,P



ATAR


ATARFeb, Jul*


COURSE STRUCTUREYear 1Computing pre-major Years 1, 2 and 3Stream-specific unitsComputer Science Stream ORCyber Security Stream ORInformation Technology StreamORSoftware Engineering StreamCore unitsYear 2 Semester 1Computer CommunicationsOperating SystemsYear 2 Semester 2Object Oriented Software EngineeringNetwork Security FirewallsOR Computer GraphicsYear 3 Semester 1Project Design and ManagementSoftware Engineering Project 1Year 3 Semester 2Human Computer InterfaceSoftware Engineering Project 2

ARMOUR UP FOR THE CYBER-WORLD Cyberspace weaves its way through our defence systems, infrastructure, industry, communications, transport, commerce and personal lives.

Through the Internet of Everything, interrelationships between these areas will deepen and, as a consequence, we will need to protect ourselves from threats inherent in a networked, cyber-connected world.

According to Microsoft, in the next ten years the number of internet users will increase to 4.7 billion and mobile internet subscriptions will skyrocket from 1.5 billion to 4 billion.

In Australia, a report by the Australian Department of Defence imagines a future that is critically dependent on ICT (not unlike our dependence on electricity), without which we struggle to function. The growth of ICT across all industries creates higher stakes and greater potential for cyber attacks – particularly as ICT races ahead, leaving security huffing and puffing after it.

Microsoft Security, Matt Thomlinson said understanding the importance of cyber security is gaining momentum, particularly in areas such as national security.

“Governments are placing renewed interest in cyberspace and a cyber security. It is understood to be one of the key drivers of their own national security, own public safety and economic wellbeing,” says Thomlinson.

In the future, attacks could be more potent and harder to detect, and our ability to respond to them will require us to consider the complexity and interconnectedness of our ICT systems.

Educating our future cyber security professionals will play a large part in mitigating any damage. Curtin gives computing professionals the option to specialise in cyber security, so they may have a working knowledge of cyber security management and policy-making as well as practical skills in network intrusion detection and computer forensics.

Did you know?The first electronic digital computer

(called ENIAC - the Electronic Numerical Integrator and Calculator)

was developed in 1946 and contained over 18,000 vacuum tubes.

36 37

If you have ever used a digital map such as Google Maps or MapQuest or enabled location services on your mobile phone, you have used Geographic Information Science (GIScience).

This technology is the foundation for geographic information systems (GIS), the general term for mapping technologies used by business, government and education. Sophisticated mapping is increasingly applied to population growth, land management, economic development, air and water pollution, business marketing and city planning.

As well as laboratory experience, flexible learning and online education options, you will engage in work-integrated learning activities to experience all facets of the discipline. In your first year you will complete a geographic information science foundation year that provides a solid grounding in this field.

In your second year, you will advance to the GIS major. Core studies in geovisualisation, applications of GPS, cartography, web mapping, geospatial analysis and modelling, and remote sensing will provide you with a thorough understanding of the structure, development, application, implementation and management of GIS.

CAREER OPPORTUNITIESCareers range from developers who design and build geographic databases, web-based mapping systems and spatial analysis tools, to professionals who use GIS to provide specialist solutions in environmental, business and development-related activities.

PROFESSIONAL MEMBERSHIPSSurveying and Spatial Sciences Institute (SSSI).

DOUBLE DEGREES AVAILABLEBSc (Geographic Information Science) and: BSc (Applied Geology).

“Studying spatial sciences at Curtin has put me in an advantageous position for future job prospects.

Through the course I developed skills relevant to becoming a competent GIS analyst, towards undertaking research and specialising in applications of particular interest to me. The staff members were enthusiastic in sharing their knowledge and provided valuable mentoring and encouragement throughout my studies.”

Elizabeth Mair, Bachelor of Science (Hons) (Geographic Information Science)

BACHELOR OF SCIENCE

GEOGRAPHIC INFORMATION SCIENCE




Not accepted. Bentley F,PPREREQUISITES DESIRABLES INTAKE


ATAR

Mathematics: Methods ATAR Feb, July

COURSE STRUCTUREYear 1Geographic Information Science Pre-majorYear 2 Semester 1 Applied CartographySpatial Data RepresentationApplications of Global Positioning SystemsPhotogrammetryYear 2 Semester 2Remote SensingWeb MappingGeographic Information Systems ProgrammingCoordinate and Mapping SystemsYear 3 Semester 1Geospatial AnalysisSpatial AlgorithmsSpatial Project ManagementGeovisualisation and MappingYear 3 Semester 2Spatial ModellingSpatial Sciences ProjectSpatial Sciences Professional Practice

Extractive metallurgists extract and purify metals and other products from ores obtained through mining operations. In today’s world that means bringing together chemistry, environmental science, mineralogy, communication, and other skills into the discipline of extractive metallurgy.

In this major, you will learn to develop, optimise and manage the operation of metallurgical processing plants that transform low-value raw materials into useful, high-value mineral and metals products in an economical and environmentally responsible way.

You will cover the chemical, physical, economic, environmental and sustainable principles and practices for the extraction of metals from ores.

Your first year will be taught at the Bentley Campus in Perth, the second year at either Perth or the WA School of Mines in Kalgoorlie, and the final year at Kalgoorlie to maximise your exposure to industry and potential future employers.

CAREER OPPORTUNITIESExtractive Metallurgy graduates may find employment in a variety of companies in the minerals and mining industry as well as in allied industries, including banking and finance, research and development, chemical engineering, mineral processing and processing consulting, in Australia and abroad.

PROFESSIONAL RECOGNITIONThis course is recognised by the Australasian Institute of Mining and Metallurgy.

DOUBLE DEGREESBSc (Extractive Metallurgy) and: BEng (Chemical Engineering).

For more than a century, the WA School of Mines has been committed to providing some of the world’s finest mining and minerals education and facilities.

BACHELOR OF SCIENCE

EXTRACTIVE METALLURGY




Not acceptedBentley

and Kalgoorlie F,P


Mathematics: Methods ATAR and Chemistry

ATAR or Physics ATAR

None

Feb, Jul* (domestic students

only)**


**International Students – Feb intake only

COURSE STRUCTUREYear 1Mining Sciences pre-majorYear 2 Semester 1Mining and MetallurgyGeological PrinciplesThermofluidsMathematics 1ORMathematics and StatisticsORMathematics 2Year 2 Semester 2Process MineralogyMine Surveying and Geographic Information SystemsORMechanics of SolidsMetallurgical Processes and Materials Handling

Resource GeologyIntroduction to Geometallurgy Theory and PracticeYear 3 Semester 1Metallurgical ChemistryMetallurgical ThermodynamicsMineral Processing- Comminution and SeparationProcess ControlMetallurgical Laboratory TechniquesYear 3 Semester 2HydrometallurgyMineral Processing- Flotation and DewateringPyrometallurgyMine Management

38 39

Mining continues to enrich many communities in Australia and around the world.

In this major, you will study mining methods, rock mechanics, geology and mine planning. You will develop the skills necessary to work with mining engineers in the exploitation of minerals from underground or open-pit mines, safely and economically.

Your first year will be taught at the Bentley Campus in Perth, the second year at either Perth or the WA School of Mines in Kalgoorlie, and your final year at Kalgoorlie, which can help you maximise your exposure to industry and potential future employers. You will go on field trips and participate in at least 12 weeks of industry work experience to ensure you are career-ready on graduation.

CAREER OPPORTUNITIESThis course will prepare you for employment with Australian or international mining companies.

PROFESSIONAL MEMBERSHIPSAustralasian Institute of Mining and Metallurgy.

PROFESSIONAL RECOGNITIONThis course meets the education requirements of the Western Australian Department of Mines and Petroleum for certification as an underground or open-pit mine supervisor. You will also meet the educational requirements for the quarry manager’s certificate of competency.

DOUBLE DEGREES AVAILABLEBSc (Mining) and: BEng (Civil and Construction Engineering).

The Curtin WA School of Mines has a fourth generation ThoroughTec Cybermine Simulator, the same model used by the South African military. The simulator can give you a profound appreciation of the impact of operator competency to a mine site’s overall safety, productivity and impact to the environment.

BACHELOR OF SCIENCE

MINING




Not acceptedBentley

and Kalgoorlie F,P



ATAR or Physics ATAR

None Feb, July*

*July intake students are required to attend the Kalgoorlie Campus from their second year.

July intake: Course duration may exceed three years due to unit prerequisites.

COURSE STRUCTUREYear 1Mining Sciences Pre-majorYear 2 Semester 1Mining and MetallurgyGeological PrinciplesThermofluidsMathematics 2OR Mathematics and StatisticsOR Mathematics 1Year 2 Semester 2Mechanics of SolidsResource and Structural GeologyMetallurgical Processes and Materials HandlingMine Surveying and Geographic Information Systems

Year 3 Semester 1Mining GeomechanicsMining SystemsResource EstimationSocio-environmental Aspects of MiningYear 3 Semester 2Mine PlanningMine VentilationRock BreakageUnderground Mining Systems OR Surface Mining Systems

Mine and engineering surveying are specialist areas of modern day surveying.

Mine surveyors are responsible for the measurement, representation and management of data associated with a mining operation. The core responsibilities of the mine surveyor include the marking out, measurement and maintenance of direction for all surface and underground workings on a mine site. The mine surveyor is also legally responsible for the preparation and updating of all mine surveying plans for open-pit and underground workings.

Engineering surveyors play a key role in the construction industry. They ensure that all civil engineering works are placed in their correct position and orientation, with respect to all three dimensions. Engineering surveying generally precedes all types of construction associated with roads and bridges, tunnels, buildings, industrial plants and hydraulic engineering.

The first two years of the course are taught at the Bentley Campus in Perth, while your third year is taught at the WA School of Mines in Kalgoorlie, with exposure to real-world environments and practices. This major prepares you with the appropriate practical experience for operational management at the quarry manager level.

CAREER OPPORTUNITIESThis course can help you become a mine surveyor or an engineering surveyor. It also prepares you with the appropriate practical experience for operational management at the quarry manager level.

PROFESSIONAL MEMBERSHIPSOn completion of this course, you may be eligible for membership of the Surveying and Spatial Sciences Institute (SSSI).

BACHELOR OF SCIENCE

MINE AND ENGINEERING SURVEYING

KALGOORLIE

Studying in Kalgoorlie puts you in the right place to maximise your industry exposure and increase your networking opportunities. You will have access to mining and metallurgical professionals, including some of Australia’s largest gold an nickel producers, helping you graduate with the skills and industry knowledge that employers look for.




Not acceptedBentley

and Kalgoorlie F,P



ATAR

Mathematics: Methods ATAR Feb

COURSE STRUCTUREYear 1Mining Sciences Pre-majorYear 2 Semester 1Engineering SurveyingGeological PrinciplesPhotogrammetryApplied CartographyYear 2 Semester 2Coordinate and Mapping SystemsMine SurveyingIntegrated SurveyingRemote SensingYear 3 Semester 1Advanced Mine SurveyingMining SystemsResource EstimationSatellite Positioning for MiningYear 3 Semester 2Mine ManagementMine PlanningMine Survey ProjectUnderground Mining Systems

40 41

Surveying is a highly specialised, science-based discipline that is concerned with the measurement, representation and management of data concerning the Earth’s physical and man-made features.

Specialist areas such as cadastral studies, geodesy, photogrammetry, surveying and land information systems are included within this discipline. Related areas include remote sensing, land development and planning, mine surveying and hydrographic surveying.

This discipline has also moved into several high-technology areas, which include satellite positioning, laser scanning, airborne and marine navigation, digital mapping and remote sensing, specialised alignment surveying, analysis of structural deformations, and land and environmental management.

Studying modern surveying calls upon elements from computing, engineering, environmental science, geography, geology, management, mathematics and physics.

This is the only comprehensive degree program in surveying in Western Australia.

POSTGRAD PATHWAYS The fourth year of the course incorporates an honours program which can lead directly into the Master of Philosophy (Surveying and Mapping) and the Doctor of Philosophy.

CAREER OPPORTUNITIESThis course can help you become a surveyor, land surveyor, hydrographic surveyor, mine surveyor and engineering surveyor.

Opportunities exist with local, state and federal governments and in private practice. Industry sectors that rely on qualified surveyors include land development, construction, the military, tourism, mapping, resource development and mining.

PROFESSIONAL MEMBERSHIPSOn completion of the course, you may become eligible for membership of the Surveying and Spatial Sciences Institute (SSSI).

PROFESSIONAL ACCREDITATIONThis course is fully accredited by the Royal Institution of Chartered Surveyors (RICS).

BACHELOR OF SURVEYING

SURVEYING


70 003922M 4years full-time


WE and Q Bentley F,PPREREQUISITES DESIRABLES INTAKE


ATAR

Mathematics: Methods ATAR Feb, July

*Those applying on the basis of the Special Tertiary Admissions Test (STAT) will be required to meet prerequisites by completing enabling units. This may extend the course duration.

COURSE STRUCTUREYear 1 Semester 1Calculus and Linear AlgebraORMathematics 1ORPre and Introductory CalculusPlane and Construction SurveyingSurvey ComputationsCartographic StatisticsYear 1 Semester 2Spatial MappingSpatial ComputationsCalculus and Linear Algebra for Spatial Science ORMathematical Modelling ORMathematics 1Foundations of Physics AScience CommunicationsYear 2 Semester 1Engineering Surveying*CalculusApplied CartographyGeographic Information SystemsYear 2 Semester 2Coordinate and Mapping SystemsVector CalculusSpatial Data ProcessingIntegrated SurveyingRemote SensingYear 3 Semester 1Satellite and Space GeodesyMeasurement and Adjustment AnalysisLand PlanningPhotogrammetryYear 3 Semester 2Survey Law Ethics PracticeSurveying Using Global Navigation Satellite SystemsAdvanced PhotogrammetryMine Surveying*Year 4Honours Surveying StreamORSurveying Fourth Year Stream*compulsory field excursion included in unit.

STUDENTS CAPTURE HISTORIC LANDS OF THE MIDWESTCurtin University students have ventured into the centre of Western Australia to digitally capture historic sites of the region.

Seven spatial sciences students, used the latest surveying technology to digitally recreate sites near Mount Magnet, including Big Bell town site, Lake Austin town site, Joker’s Tunnel Mine and Payne’s Find Gold Battery.

Senior Lecturer Department of Spatial Sciences Tony Snow said the expedition tested new techniques and equipment to better capture information on significant historic sites, which could be extremely valuable to organisations such as the State Heritage Office.

“One of the projects digitally captured the Big Bell town site using all the surveying technologies at our disposal in hope of building a comprehensive model of its physical and virtual aspects,” says Mr Snow.

“We also tested CSIRO’s Zebedee, a handheld laser scanner that generates a 3D digital model, allowing for detailed records that could assist with the heritage assessment and management of historic places.

“The students gained useful experiences out of the expedition, providing them with an opportunity to learn from other professional surveyors and put their knowledge into practice in a part of the state they would never normally venture.”

Mr Snow said the students led their own projects as part of their coursework and had the opportunity to use and combine a variety of surveying technologies to achieve their objectives.

This included the use of terrestrial laser scanners, handheld laser scanner equipment, geodetic GPS equipment, traditional total stations and a Trimble Gatewing UAV.

“The really interesting aspect of all this work is the integration of all these types of data; merging 3D terrestrial data with UAV aerial mapping data, traditional data and GPS observations to produce a final model or map of an area or feature,” Mr Snow says.

Did you know?The Eiffel Tower is 320 metres in height and was the tallest man-

made structure in the world for 41 years before being surpassed by the

Chrysler building in New York.

4342

Agribusiness requires sustainable production systems under changing climates, shifting markets and increasing consumer awareness.

Curtin offers Western Australia’s only Bachelor of Agribusiness. You will engage in research-led activities, problem-solving and self-directed experiments using our field trial site and glasshouse facilities.

The course provides work integrated learning including field trips and work placements to ensure you graduate with the science, technology and business skills you need to thrive in agribusiness. You’ll have a unique opportunity to understand both science and business as applied to agriculture.

To satisfy the growing demand for food worldwide, we need smarter ways of producing food and fibre using sustainable production methods, innovation and responsible entrepreneurship – exactly what this applied course is about.

You will gain the scientific knowledge to develop an understanding of production systems and to apply problem-solving techniques to management strategies.

From years 1 to 3 you will work both as an individual and as an integral part of a team to develop your agribusiness risk and farm management skills. You will be introduced to satellite-based technologies for soil, crop and livestock management systems.

Your study will have a strong focus on broadacre crops and livestock production systems of Mediterranean climates, and low-rainfall environments in western and southern parts of Australia.

INDUSTRY LINK AND RESEARCH OPPORTUNITIESIndustry link are developed and encouraged throughout the Agribusiness degree. Industry experts are utilised in both the teaching program and for workshop delivery, and visits are made to industry research centres and agronomic field sites.

Work placements are a required component of the degree program and can be across research, production and business industries both locally and globally that are supporting agriculture.

Curtin University’s new agricultural research facility is part of a joint initiative co-funded by Curtin University and the Grains Research and Development Corporation.

The Centre for Crop and Disease Management provides access for leading researchers and opportunities to study current crop diseases and their management, as well as those that pose a biosecurity threat to Australian farming.

CAREER OPPORTUNITIESDue to more efficient operating practices, new technologies and increased levels of partnership and collaboration across the supply chain, the future for agribusiness is exciting.

Highly educated, creative people are needed to develop new methods and technologies to produce food sustainably throughout developed and emerging economies.

PROFESSIONAL MEMBERSHIPSGraduates are eligible for membership of the Australian Institute of Agricultural Science and Technology.

BACHELOR OF AGRIBUSINESS

AGRIBUSINESS


70 029345C 3years full-time


WE and either V or Q

Bentley F,PPREREQUISITES DESIRABLES INTAKE


ATAR and one science

course*

See below** Feb

**Desirables: at least one of the following courses: Chemistry ATAR, Biology ATAR, Plant Production Systems ATAR or Animal Production Systems ATAR


COURSE STRUCTUREYear 1 Semester 1Science CommunicationsStatistical Data AnalysisCell BiologyIntroduction to Agribusiness ManagmentIntroduction to ChemistryORBiological ChemistryYear 1 Semester 2Discovering MarketingIntroduction to Agricultural SystemsLand and Water ResourcesFunctional BiologyYear 2 Semester 1Quantitative BiologyAnimal ProductionAgribusiness and Farm ManagementSoil ScienceYear 2 Semester 2Broadacre Crop and Pasture ScienceAgribusiness Risk Management Applied GeneticsAgricultural MicrobiologyYear 3 Semester 1Sustainable Agricultural Systems and Food SecurityPost Harvest Horticulture and Quality ManagementAdvanced Livestock Production SystemsAgribusiness Capstone 1Year 3 Semester 2Agribusiness Capstone 2Integrated Pest ManagementAdvanced Cropping Systems and Precision AgriculturePasture and Rangeland Management


Graduates and employment in government agencies, agricultural industries, marketing, business, food transport and handling companies, suppliers of agricultural products, and the education and science sectors.

“In the same day we would go from designing and implementing our own trials to analysing a business and working out how to manage it. We were able to interact with industry professionals through a range of field trips and activities, enabling us to expand our network in the industry well before graduating. Now I’m involved with new products and innovative ideas that can improve farming systems. It’s a very exciting industry.”

Curtis Liebeck Bachelor of Agribusiness Graduate Research Agronomist, Kalyx Australia

44 45

Coastal zones are under increasing pressure from human activities such as commercial fisheries, oil and gas extraction, township growth, resorts, tourism and recreation.

This major reflects the growing need to sustain and protect Australia’s coastline, with an emphasis on resource management.

You will study how oceans work, why they are vital to our existence and how they may be repaired and protected. Your study will incorporate many different areas of science, including biology, geology, environmental management, oceanography and aquaculture.

CAREER OPPORTUNITIESOpportunities in coastal and marine science are growing rapidly. Graduates with skills in both physical and life sciences are sought by federal, state and local government, as well as environmental consultancies and non-government organisations, to devise solutions and advise on how to tackle future challenges.

Many graduates work as environmental and engineering consultants. They may also obtain jobs in fisheries, pollution control, planning, oceanography or coastal management, in both public and private organisations.

DOUBLE DEGREES AVAILABLEBSc (Coastal and Marine Science) and: BA (Anthropology and Sociology; Chinese; Geography; International Relations; Internet Communications; Japanese; Professional Writing and Publishing); or BCom (Economics; Entrepreneurship; Finance).

“ I chose to study coastal and marine science at Curtin because it offers me the training and skills I need to help preserve the coastal environment so future generations can benefit from it just as I have. The course is extremely relevant and focuses on developing practical and theoretical skills. My highlight would be the study tour where we spent a week in Coral Bay designing our own research project and applying our skills in a field setting.”

Sam Payet Bachelor of Science (Coastal and Marine Science)

BACHELOR OF SCIENCE

COASTAL AND MARINE SCIENCE

Environmental exploitation has taken a serious toll on the planet, and environmental biologists are needed to solve issues such as environmental degradation, the impacts of urban and regional development, mining, oil and gas extraction and processing, as well as biodiversity loss and pollution.

In this major, you will learn how organisms are structured and how they interact with their surroundings. You will study areas such as environmental management, botany, genetics, ecology and ecotoxicology, which examines the effects of contamination on ecosystems. You will study in both the laboratory and in the field.

CAREER OPPORTUNITIESConservation, sustainable development, restoring degraded land and climate change are all urgent issues and there is a growing market for environmental professionals trained to tackle them.

Increasing demand for environmental scientists is spurred partly by public policy, which requires industries to comply with environmental laws and regulations, particularly for rehabilitation, environmental impacts of anthropogenic activities and conservation of natural resources.

Government agencies, local authorities, industry, urban planners, environmental consultancies, research and education are all career options for the environmental biologist.

PROFESSIONAL MEMBERSHIPSGraduates will be eligible for an associate membership of the Environment Institute of Australia and New Zealand.

DOUBLE DEGREES AVAILABLEBSc (Environmental Biology) and: BSc (Applied Geology); or BA (Anthropology and Sociology; Chinese; Geography; International Relations; Internet Communications; Japanese; Professional Writing and Publishing); or BCom (Economics; Entrepreneurship; Finance).

“I have really enjoyed my course since beginning university. Now, at the end of my third year, I still absolutely love it! There’s a great mix of theory, practical and field experience with the opportunity to learn from like-minded peers and industry professionals.”

Sheree Walters,Bachelor of Science (Hons)(Environmental Biology)

BACHELOR OF SCIENCE

ENVIRONMENTAL BIOLOGY




Not accepted Bentley F,PPREREQUISITES DESIRABLES INTAKE



science course*

None Feb, Jul


COURSE STRUCTUREYear 1Environment pre-majorYear 2 Semester 1Atmospheric and Oceanographic SciencesMarine BiodiversityQuantitative BiologyYear 2 Semester 2EcotoxicologyApplied GeneticsMarine EcologyYear 3 Semester 1Habitat and Landform MappingEnvironmental Impact AssessmentAdvanced Marine Science and TechnologyYear 3 Semester 2Sustainable AquacultureFisheries ScienceTerrestrial and Marine Science Field Project








science course*

None Feb, Jul


COURSE STRUCTUREYear 1Environment pre-majorYear 2 Semester 1Quantitative BiologyZoologyPlant Diversity and AdaptationYear 2 Semester 2Applied GeneticsTerrestrial EcologyEcotoxicologyYear 3 Semester 1Conservation Biology and SustainabilityEnvironmental Impact AssessmentHabitat and Landform MappingYear 3 Semester 2Environmental BiomonitoringBehavioural EcophysiologyTerrestrial and Marine Science Field Project


46 47

Environmental scientists focus on applying scientific techniques to study interactions between people and the rest of the world, including living and non-living environments. Unlike environmental biologists, they focus more on the physical environment than the animals that inhabit an ecosystem.

Because environmental science is interdisciplinary, you will focus on biology and chemistry. You will cover a wide range of topics, including conservation biology and sustainability, chemical structure and spectroscopy, ecotoxicology, analytical chemistry, environmental impact assessment, water resource management, ecology, environmental geoscience and restoration.

CAREER OPPORTUNITIESAs the human population grows, it takes work to keep the natural environment safe. Businesses and governments hire scientists to make sure they effectively manage natural environments, follow strict environmental laws, and restore and remediate degraded environments.

Graduates find work in government agencies, local authorities, industry, environmental consultancies, urban planners, research and education.

BACHELOR OF SCIENCE

ENVIRONMENTAL SCIENCE







ATAR

None Feb, July

COURSE STRUCTUREYear 1Environment pre-majorYear 2 Semester 1Chemical Structure and SpectroscopyConservation Biology and SustainabilityQuantitative BiologyYear 2 Semester 2Analytical ChemistryEcotoxicologyTerrestrial EcologyYear 3 Semester 1Environmental Impact AssessmentAtmospheric and Oceanographic SciencesHabitat and Landform MappingYear 3 Semester 2Environmental RestorationEnvironmental GeoscienceTerrestrial and Marine Science Field ProjectOREnvironmental Chemistry

FRESHWATER SHORTFALLWe often take it for granted but access to clean drinking water is a critical issue in a growing number of regions around the world.

In Perth, drinking water has traditionally been sourced from surface water dams and groundwater reserves. But these supplies have significantly diminished since the 1980s through the combined impacts of rapid urban growth and protracted drought conditions.

The Water Corporation of Western Australia has been intensively exploring diversified options for boosting Perth’s drinking water. The most innovative option has been to use advanced treated wastewater to replenish groundwater resources impacted by the drying climate.

Deputy Director of the Curtin Water Quality Research Centre Dr Cynthia Joll is part of a team that researched the performance of the wastewater treatment procedures to make the process both safe and viable.

Joll explains there are a large number of potential micropollutants that may need to be removed from the city’s wastewater before it can be safely recycled as drinking water. These include residual pharmaceuticals such as antibiotics, hormones and pain relief medications found in urine.

“The centre developed the vast majority of the analytical methods for detecting these chemicals in treated wastewaters and then looked to see whether they were in secondary, tertiary or advanced treated wastewater,” says Joll.

The research ensured the WA Department of Health approved a pilot recycling plant. The plant produced advanced treated wastewater of drinking quality, which was pumped into the groundwater aquifer. As a result, they completed a successful groundwater replenishment trial by the end of 2012, which was dubbed a “highly viable” option for securing WA’s drinking water supplies in the drying climate.

In late 2012, the WA government announced that groundwater replenishment was to go ahead as a major new climate-independent water source for Perth. It is predicted that, by 2060, as much as 20 per cent of Perth’s drinking water is likely to be supplied using this approach.

Did you know?

The energy we save when we recycle one glass bottle is enough

to light a traditional lightbulb for four hours.

Did you know?Paper can be recycled only six times. After that, the

fibres are too weak to hold together.

4948

The Bachelor of Science (Medical Radiation Science) has three majors: Medical Imaging; Medical Sonography and Radiation Therapy.

This course combines subjects from health sciences and science, providing you with a general grounding in the healthcare environment, along with foundation studies required for medical imaging, including medical physics, anatomy and physiology, and evidence-based practice.

The first year is interprofessional and taken with other health science and science students. From the second year, your study will focus on your elected major.

You will be prepared to accept responsibility for the care of individual patients by developing the necessary ethical, medico-legal, cultural awareness and communication abilities. These skills will enable you to establish appropriate interpersonal relationships with patients and colleagues so that you can work effectively and sensitively as a health care professional.

You will gain essential fieldwork experience throughout the course, including extensive clinical experience in hospitals and private practices, and one rural clinical placement.

Medical ImagingMedical imaging professionals work with a range of sophisticated diagnostic imaging modalities including computed and digital radiography, fluoroscopy, computed tomography, magnetic resonance imaging, mammography and angiography equipment. They produce images which are used to confirm or exclude a medical diagnosis, to advise on a treatment or illness, monitor patient progress, or provide medical screening.

Medical SonographyMedical sonographers are highly skilled professionals whose role involves a framework of skills encompassing anatomical imaging, interpreting clinical information and manipulating the clinical examination to aid with diagnosis or treatment plans. Sonography uses real-time data obtained from high-definition ultrasound equipment.

Note: You must complete the honours fourth year stream of this major to receive professional accreditation.

Radiation TherapyRadiation therapists play an integral role in the treatment, care and management of patients undergoing radiation therapy treatment, primarily in treating a range of cancer types. They design, develop and deliver radiation therapy treatment, using a range of complex technologies and equipment.

CAREER OPPORTUNITIES Medical radiation professionals are usually employed in clinical sites including large teaching hospitals, private and country hospitals and private clinics (metropolitan and rural). Graduates normally start in general areas of practice but can progress to specialised areas with experience. Graduates may also pursue careers in education, research, management, medical physics, biophysics, radiation health or with equipment manufacturers.

PROFESSIONAL RECOGNITION

Medical Imaging This major is currently awaiting reaccreditation from the Medical Radiation Practice Board of Australia, which enables graduates to obtain employment anywhere in Australia.

Medical SonographyThis major is currently awaiting accreditation. Once received, graduates will be professionally recognised by the Australian Sonographer Accreditation Registry.

Radiation TherapyThis major is currently awaiting accreditation. Once received, graduates will be professionally recognised by the Medical Radiation Practice Board of Australia.

“It’s been a perfect springboard for my career, as the course and the clinical experience provide all the skills you need to be able to work in the profession. I did a full-time clinical placement at Royal Perth Hospital in my final year, and got a job there as soon as I’d finished the degree.”

Jenny Young, Bachelor of Science (Medical Imaging Science)

BACHELOR OF SCIENCE

MEDICAL RADIATION SCIENCE


85 088215B 4years full-time




Physics ATAR and

Mathematics: Methods ATAR

Mathematics: Specialist ATAR Feb

COURSE STRUCTUREYear 1 Semester 1Introduction to Medical Radiation Science Foundations for Professional Health Practice Medical Anatomy Radiation Physics and Instrumentation Year 1 Semester 2Human Structure and Function Indigenous Cultures and Health Behaviours Evidence Informed Health Practice Radiation Therapy Practice 1 OR Medical Imaging Practice 1 OR Ultrasound Practice 1 Years 2 – 4Radiation Therapy Major OR Medical Sonography Honours Major OR Medical Imaging Major

Note: This course is highly competitive and has limited places due to clinical placement requirements.

EMPLOYMENT LEVELS IN AUSTRALIALEVEL AT 2014 16,700

FORECAST LEVEL AT 2019 22,000

RECENT JOB GROWTH

35

30

25

20

15

10

5

0

31.8

7.0Pe

r cen

t 23.3

1.9

EMPLOYING INDUSTRY Medical Imaging ProfessionalsAll Occupations

Source: ABS LFS, Department of Employment trend data to November 2014

5 Years 2 Years

Employment for medical imaging professionals to November 2019 is expected to grow very strongly.

Source: joboutlook.gov.au

50 51

Studying a double degree is a smart choice if you are interested in more than one learning area. With two separate qualifications and a more diverse set of skills and knowledge, you could expand your career options upon graduation and go on to enjoy a particularly interesting career. You’ll study units from both courses, but the condensed program structure means you will complete two degrees quicker than if you studied them separately.

DOUBLE DEGREES

COURSE ESSENTIALS

BACHELOR OF SCIENCE; BACHELOR OF SCIENCE

INDICATIVE ATAR 2016 CRICOS CODE DURATION

70 [various] 4 years full-time


Not accepted Bentley F,P,

ONLINE*#


See pages 52 and 54

See pages 52 and 54 Feb, Jul^

BACHELOR OF ENGINEERING; BACHELOR OF SCIENCE


80 [various] 5 years full-time




See pages 52 and 54

Mathematics: Specialist ATAR

See pages 52 and 54

BACHELOR OF SCIENCE; BACHELOR OF COMMERCE


70 074654E 4 years full-time



PREREQUISITES: DESIRABLES INTAKE

Refer to the relevant

science major


science majorFeb

BACHELOR OF SCIENCE; BACHELOR OF ARTS


70 074653F 4 years full-time


Not accepted Bentley F,P,

ONLINE*#



science major


science majorFeb

Detailed information is available online: courses.curtin.edu.au

BACHELOR OF SCIENCE (MAJORS) BACHELOR OF

SCIENCE (MAJORS)BACHELOR OF ENGINEERING (MAJORS)

BACHELOR OF COMMERCE (MAJORS)

BACHELOR OF ARTS (MAJORS)

Applied Geology

Environmental BiologyGeophysicsGeographic Information Science

Finance

Chemistry Chemical EngineeringEconomics;Finance;Entrepreneurship

Anthropology and Sociology;Chinese;Geography;International Relations;Internet Communications;Japanese;Professional Writing and Publishing

Coastal and Marine ScienceEconomicsFinanceEntrepreneurship


Computer ScienceComputer Systems Engineering;Electronic and Communication Engineering

Environmental BiologyEconomics;Finance;Entrepreneurship


Extractive Metallurgy Chemical Engineering

MathematicsEconomics;Finance;Entrepreneurship


MiningCivil and Construction Engineering

PhysicsElectronic and Communication Engineering

Economics;Finance;Entrepreneurship

Anthropology and Sociology;Chinese;Geography;International Relations;Japanese;Professional Writing and Publishing

*Some majors are not available to study fully online. #International students studying in Australia on a student visa are not eligible to study fully online.^July intake: Course duration may exceed three years due to unit prerequisites.

AVAILABLE DEGREE COMBINATIONS

52 53

COURSE MATRIX DOMESTICCOURSE NAME DURATION LOCATION INTAKES PREREQUISITES (WACE) STAT INDICATIVE

2016 ATAR PAGE

Actuarial Science (BSc) 3 years Bentley Feb, Jul Mathematics: Methods ATARDesirable: Mathematics: Specialist ATAR

Not accepted 92 22

Agribusiness (BAgribus) 3 years Bentley Feb, Jul Mathematics: Applications ATAR and one science courseDesirable: At least one of the following courses: Chemistry ATAR, Biology ATAR, Plant Production Systems ATAR or Animal Production Systems ATAR

Written English and either Verbal or Quantitative

70 44

Applied Geology (BSc) 3 years Bentley, Kalgoorlie or Malaysia Feb, Jul At least Mathematics: Applications ATAR Written English, Verbal and Quantitative 70 23

Biochemistry (BSc) 3 years Bentley Feb, Jul Mathematics: Methods ATAR and Chemistry ATARDesirable: Mathematics: Specialist ATAR and Physics ATAR

Not accepted 70 24

Chemistry (BSc) 3 years Bentley Feb, Jul Mathematics: Methods ATAR and Chemistry ATARDesirable: Mathematics: Specialist ATAR and Physics ATAR

Not accepted 70 26

Coastal and Marine Science (BSc) 3 years Bentley Feb, Jul Mathematics: Applications ATAR and at least one science course Not accepted 70 46

Computer Systems and Networking (BTech) 3 years Bentley or Malaysia Feb, Jul At least Mathematics: Applications ATAR Desirable: Mathematics: Methods ATAR or Mathematics: Specialist ATAR

Not accepted 70 34

Computing (BSc) 3 years Bentley Feb Mathematics: Applications ATAR Desirable: Mathematics: Methods ATAR

Not accepted 70 36

Environmental Biology (BSc) 3 years Bentley Feb, Jul Mathematics: Applications ATAR and at least one science course Not accepted 70 47

Environmental Science (BSc) 3 years Bentley Feb, Jul Mathematics: Methods ATAR and Chemistry ATAR Not accepted 70 48

Extractive Metallurgy (BSc) 3 years Bentley and Kalgoorlie Feb, Jul Mathematics: Methods ATAR and Chemistry ATAR or Physics ATAR Not accepted 70 39

Geographic Information Science (BSc) 3 years Bentley Feb, Jul Mathematics: Applications ATAR Desirable: Mathematics: Methods ATAR

Not accepted 70 38

Geophysics (BSc) 3 years Bentley Feb Mathematics: Methods ATAR and Physics ATARDesirable: Mathematics: Specialist ATAR

Not accepted 70 28

Mathematics (BSc) 3 years Bentley Feb, Jul Mathematics: Methods ATARDesirable: Mathematics: Specialist ATAR

Not accepted 70 29

Medical Radiation Science (BSc) 4 years Bentley Feb Physics ATAR and Mathematics: Methods ATAR Desirable: Mathematics: Specialist ATAR

Not accepted 85 50

Mine and Engineering Surveying (BSc) 3 years Bentley and Kalgoorlie Feb, Jul Mathematics: Applications ATARDesirable: Mathematics: Methods ATAR

Not accepted 70 40

Mining (BSc) 3 years Bentley and Kalgoorlie Feb, Jul Mathematics: Methods ATAR and Chemistry ATAR or Physics ATAR Not accepted 70 41

Multidisciplinary Science (BSc) 3 years Bentley Feb, Jul Mathematics: Applications ATAR and at least one science course Written English, Verbal and Quantitative 70 30

Physics (BSc) 3 years Bentley Feb, Jul Mathematics: Methods ATAR and Physics ATARDesirable: Mathematics: Specialist ATAR and Chemistry ATAR

Not accepted 70 32

Surveying (BSurv) 4 years Bentley Feb, Jul At least Mathematics: Applications ATAR Desirable: Mathematics: Methods ATAR

Written English and quantitative 70 42

DOUBLE DEGREES

Applied Geology and Environmental Biology (BSc and BSc) 4 years Bentley Feb, Jul At least Mathematics: Applications ATAR and one science course Written English, Verbal and Quantitative 70 52

Applied Geology and Finance (BSc and BCom) 4 years Bentley Feb, Jul At least Mathematics: Applications ATAR Written English, Verbal and Quantitative 70 52

Applied Geology and Geophysics (BSc and BSc) 4 years Bentley Feb, Jul Mathematics: Methods ATAR and Physics ATAR Desirable: Mathematics: Specialist ATAR

Written English, Verbal and Quantitative 70 52

Chemical Engineering and Extractive Metallurgy (BEng and BSc) 5 years Bentley Feb, Jul Mathematics: Methods ATAR and at least one of the following courses: Physics ATAR, Chemistry ATAR and Engineering Studies ATAR.Desirable: Mathematics: Specialist ATAR

Not accepted 80 52

Chemical Engineering and Chemistry (BEng and BSc) 5 years Bentley Feb, Jul Mathematics: Methods ATAR and Chemistry ATAR, and at least one of the following courses: Physics ATAR, Engineering Studies ATAR. Desirable: Mathematics: Specialist ATAR

Not accepted 80 52

Civil and Construction Engineering and Mining (BEng and BSc) 5 years Bentley and Kalgoorlie Feb Mathematics: Methods ATAR and at least one of the following courses: Physics ATAR, Chemistry ATAR and Engineering Studies ATAR.Desirable: Mathematics: Specialist ATAR

Not accepted 80 52

Computer Systems Engineering and Computer Science (BEng and BSc) 5 years Bentley Feb, Jul Mathematics: Methods ATAR and at least one of the following courses: Physics ATAR, Chemistry ATAR and Engineering Studies ATAR.Desirable: Mathematics: Specialist ATAR

Not accepted 80 52

Electronic and Communication Engineering and Computer Science (BEng and BSc) 5 years Bentley and Kalgoorlie Feb, Jul Mathematics: Methods ATAR and at least one of the following courses: Physics ATAR, Chemistry ATAR and Engineering Studies ATAR.Desirable: Mathematics: Specialist ATAR

Not accepted 80 52

Geographic Information Science and Applied Geology (BSc and BSc) 4 years Bentley Feb, Jul At least Mathematics: Applications ATAR Desirable: Mathematics: Methods ATAR

Written English and Quantitative 70 52

Physics and Electronic and Communication Engineering (BSc and BEng) 5 years Bentley Feb Mathematics: Methods ATAR and Physics ATAR, and at least one of the following courses: Chemistry ATAR, Engineering Studies ATAR. Desirable: Mathematics: Specialist ATAR

Not accepted 80 52

Bachelor of Science and Bachelor of Commerce (BSc and BCom) 4 years Bentley Feb, Jul Dependent on your choice of major Not accepted 70 52

Bachelor of Science and Bachelor of Arts (BSc and BA) 4 years Bentley Feb Dependent on your choice of major Not accepted 70 52

THIS TABLE APPLIES TO AUSTRALIAN CITIZENS, AUSTRALIAN DUAL-CITIZENS, NEW ZEALAND CITIZENS, PERMANENT RESIDENTS OF AUSTRALIA AND HOLDERS OF HUMANITARIAN VISAS.

54 55

COURSE MATRIX INTERNATIONALCOURSE NAME CRICOS

CODEDURATION LOCATION INTAKES COURSE PREREQUISITES INDICATIVE CUT-OFF SCORES OFFER LETTER

(100 CREDIT) PUBLISHED

FEE (A$)

INDICATIVE 1 YEAR FEE (A$)

TOTAL INDICATIVE COURSE FEE

(A$)

INDICATIVE ESSENTIAL

INCIDENTAL FEE (A$)

GCE A-Levels/STPM/(best of

3 subjects)

HKDSE IB Ontario Gr 12 (best

of 6)

ATAR (incl. WACE/SACE/

HSC/VCE)

WAUPP (CPS)

India/Pakistan

Sri Lanka

Bachelor of Science (BSc) Biochemistry, Chemistry, Coastal and Marine Science, Computing, Environmental Biology, Environmental Science, Extractive Metallurgy, Geographic Information Science, Geophysics, Mathematics, Mine and Engineering Surveying, Mining, Multidisciplinary Science

061600D 3 years Bentley Feb, Jul#

Mathematics (including calculus) and physics and/or chemistry (depending on the major selected). You must indicate your chosen major on your application form

5 15 24 60 70 53 65% 6 17,600 35,500 115,300 4,817

Actuarial Science (BSc) 038785D 3 years Bentley Feb, Jul Mathematics (including calculus) 13 24 34 84 92 72 92% 14 15,400 31,200 98,700 0

Agribusiness (BAgribus) 029345C 3 years Bentley Feb Mathematics, biology, economics and accounting are desirable

5 15 24 60 70 53 65% 6 16,400 32,300 102,700 30

Applied Geology (BSc) 003875B 3 years Bentley Feb Mathematics is desirable 5 15 24 60 70 53 65% 6 17,400 35,400 115,200 2,280

Computer Systems and Networking (BTech)041280C 3 years Bentley Feb, Jul Mathematics 5 15 24 60 70 53 65% 6 16,600 34,400 113,500 0

N/A 3 years Malaysia^ Feb, Jul Mathematics RM 13,160# RM 26,320# RM 78,960# TBA^

Medical Radiation Science (BSc) 088215B 4 years Bentley Feb Physics and mathematics (including calculus) 11 20 28 75 85 64 83% 12 17,300 35,100 143,300 0

Surveying (BSurv) 003922M 4 years Bentley Feb, Jul Mathematics (including calculus). Alternative mathematics units are available if you have not completed calculus

5 15 24 60 70 53 65% 6 17,900 35,200 156,700 440

DOUBLE DEGREES

Applied Geology and Environmental Biology (BSc and BSc)

043265G 4 years Bentley Feb, Jul Mathematics 5 15 24 60 70 53 65% 6 16,900 34,400 149,800 1,040

Applied Geology and Finance (BSc and BCom) 043262M 4 years Bentley Feb, Jul Mathematics 5 15 24 60 70 53 65% 6 15,800 31,800 140,500 2,080

Applied Geology and Geophysics (BSc and BSc) 052798D 4 years Bentley Feb Mathematics (including calculus) and physics 7 17 27 66 75 56 72% 8 17,400 33,900 155,200 2,230

Chemical Engineering and Chemistry (BEng and BSc)

050336F 5 years Bentley Feb, Jul Mathematics (including calculus), physics and chemistry

10 19 28 70 80 59 76% 10 17,800 35,300 196,100 50

Chemical Engineering and Extractive Metallurgy(BEng and BSc)

043753C 5 years Bentley and Kalgoorlie Feb, Jul Mathematics (including calculus), physics and chemistry

10 19 28 70 80 59 76% 10 17,800 35,300 201,000 550

Civil and Construction Engineering and Mining (BEng and BSc)

050568A 5 years Bentley and Kalgoorlie Feb Mathematics (including calculus), physics and chemistry

9 19 28 70 80 59 76% 10 17,800 35,300 202,100 75

Computer Systems Engineering and Computer Science (BEng and BSc)

043754B 5 years Bentley Feb, Jul Mathematics (including calculus), physics and chemistry

9 19 28 70 80 59 76% 10 17,800 35,300 192,100 50

Electronic and Communication Engineering and Computer Science (BEng and BSc)

041777M 5 years Bentley Feb, Jul Mathematics (including calculus), physics and chemistry

9 19 28 70 80 59 76% 10 17,800 35,300 192,200 50

Geographic Information Science and Applied Geology (BSc and BSc)

038837G 4 years Bentley Feb, Jul Mathematics (including calculus). Alternative mathematics units are available if you have not completed calculus

5 15 24 60 70 53 65% 6 17,400 35,000 157,600 1,190

Physics and Electronic and Communication Engineering (BSc and BEng)

041800F 5 years Bentley Feb Mathematics (including calculus), physics and chemistry

5 15 24 60 70 53 65% 6 17,800 35,300 194,300 50

Bachelor of Science and Bachelor of Arts (BSc and BA)

074653F 4 years Bentley Feb See requirements under Bachelor of Science 7 17 27 66 75 56 72% 8 15,500 30,900 136,100 1,402*

Bachelor of Science and Bachelor of Commerce (BSc and BCom)

074654E 4 years Bentley Feb See requirements under Bachelor of Science 7 17 27 66 75 57 72% 8 15,400 30,600 134,600 1,402

*Incidental fees for the Bachelor of Arts depend on your chosen major/s and units. Please contact the University for details. GCE A-Level: Grade A=5 points; B=4 points; C=3 points; D=2 points, E=1 point

# July intake is not available for the Extractive Metallurgy major.

^Fees for Malaysia are for 2016 and subject to change for 2017. Visit curtin.edu.my for the most up-to-date information.

THIS TABLE APPLIES TO STUDENTS WHO ARE REQUIRED TO HOLD A STUDENT VISA TO STUDY IN AUSTRALIA. THIS INCLUDES TEMPORARY RESIDENTS.

56 57

HOW TO APPLY: DOMESTIC STUDENTS

SCHOOL LEAVERSIn addition to meeting the course prerequisites for science, you must have achieved the following:• graduated from high school having

met the requirements of the Western Australian Certificate of Education (WACE) – or equivalent interstate certificate

• obtained an ATAR above the cut-off score of the course you wish to study

• a scaled mark of at least 50 in one of the following:

−English ATAR −Literature ATAR −English as an Additional Language/Dialect ATAR.

MATURE-AGE STUDENTSTo qualify for direct entry, you still need to have achieved the same requirements (or equivalent) as school leavers.

Your year 12 exam results are valid indefinitely and scores dating back to 1992 (including the TEA out of 400 and the TES out of 510) can be converted to the current ranking via the TISC ATAR calculator available at

tisc.edu.au/calculator/atar-calculator.tisc

FIRST SEMESTER INTAKESApplications must be made through the Tertiary Institutions Service Centre (TISC). TISC processes applications on behalf of the four public universities in Western Australia.tisc.edu.au/static/guide/university-ad-missions.tisc

SECOND SEMESTER INTAKESTo apply for second semester, You apply directly to Curtin.Apply online at:futurestudents.curtin.edu.au/mid-year-intake

HOW TO APPLY: INTERNATIONAL STUDENTSIf you are required to hold a student visa to study in Australia, then you can apply to Curtin as an international student (this includes temporary residents).

Apply directly to Curtin, visit: international.curtin.edu.au/apply

If you are using the services of a Curtin registered agent, you should lodge your application via the agent and contact them for any queries throughout the admission process.

ENGLISH COMPETENCY IELTSWriting and speaking: 6.0Reading and listening: 6.0Overall band score: 6.5

Medical Radiation Science only:Writing and speaking: 6.5Reading and listening: 6.5Overall band score: 7.0

TOEFL (iBT)Reading: 13Listening: 13Speaking: 18Writing: 21Overall score: 79

HOW TO APPLY

CONTACT USFuture Students Services

Tel: +61 8 9266 1000

1300 CU 1000

Fax: +61 8 9266 3331

Email: [email protected]

Web: futurestudents.curtin.edu.au

ATARAustralia Tertiary Admission Rank. An ATAR provides a ranking of students, based on WACE results (or equivalent), and is used for allocating places in university courses.

BACHELOR DEGREEUsually awarded for successful completion of an undergraduate course.

BAgribus=Bachelor of Agribusiness

BA=Bachelor of Arts

BCom=Bachelor of Commerce

BEng=Bachelor of Engineering

BSc=Bachelor of Science

BSurv=Bachelor of Surveying

BTech=Bachelor of Technology

CRICOS CODECommonwealth Register of International Courses for Overseas Students (CRICOS) Code. Courses that have been registered with a CRICOS Code are available to international students studying in Australia or on a student visa.

CRLCredit for recognised learning of studies undertaken at another accredited institution; or for work experience that is relevant to the area of study (usually only for postgraduate study).

DOMESTIC STUDENTAustralian citizens; Australian dual-citizens; New Zealand citizens; permanent residents of Australia and holders of humanitarian visas.

ENGLISH COMPETENCEThe essential English language requirements for admission into courses at Curtin.

ENTRY REQUIREMENTSThe specific criteria for entry into a particular course.

FULL-TIME STUDYConstitutes at least a 75 per cent study load per semester. International students studying on a student visa are required to study full-time at 100 per cent of their study load.

INTERNATIONAL STUDENTA student who is required to hold a student visa to study in Australia. This includes temporary residents.

MAJORA series of units combined to satisfy the University’s requirements in an area of study. The major is presented in your award title, usually within brackets.

MATURE-AGE STUDENTSApplicants who are 20 years or older as at 1 March in the year of admission to Curtin.

PART-TIME STUDYEnrolment in less than 75 per cent study load per semester.

POSTGRADUATE COURSEA continuation of study in a particular area upon completion of a bachelor degree. Postgraduate awards include graduate diploma, graduate certificate, master or doctorate.

PREREQUISITESSubjects or study units you must complete before you can start a university course.

SCHOLARSHIPSUsually constitute a sum of money to help you pursue your studies. Scholarships are based on merit or need.

SCHOOL LEAVERSStudents applying for admission on the basis of their ATAR and who completed high school in the year prior to beginning university study.

STATSpecial Tertiary Admissions Test. Refers to a range of specially designed tests administered by the Tertiary Admissions Service Centre (TISC) to assist universities in assessing suitability on mature-age students for admission to tertiary study.

WE=Written English

V=Verbal

Q=Quantitative

STREAMA specialty area within a major. Stream names do not appear on your award title but comprise units relevant to your chosen major.

TISCTertiary Institutions Service Centre. TISC provides services to university applicants and processes applications for first semester entry into university.

UNDERGRADUATE COURSEAn award course usually leading towards a bachelor degree.

UNITA discrete entity of study within a subject area that is a component of a course. Majors and streams are both made up of units.

GLOSSARY

Detailed unit information is available online: courses.curtin.edu.au

For further information, contact:Future Students CentreTel: +61 8 9266 10001300 CU1000Email: [email protected]: futurestudents.curtin.edu.au

Curtin UniversityBentley CampusKent Street Bentley WA 6102GPO Box U1987 Perth WA 6845Tel: +61 8 9266 1000Switchboard: +61 8 9266 9266

Curtin InternationalTel: +61 8 9266 7381Fax: +61 8 9666 2605Email: [email protected] Web: international.curtin.edu.au

scieng.curtin.edu.au

Disclaimer

Information in this publication is correct at the time of printing and valid for 2016/17 but may be subject to change.

In particular, the University reserves the right change the content and/or method of assessment, to change or alter tuition fees of any unit of study, to withdraw any unit of study or program which it offers, to impose limitations on enrolment in any unit or program, and/ or to vary arrangements for any program. This material does not purport to constitute legal or professional advice. Curtin accepts no responsibility for and makes no representations, whether express or implied, as to the accuracy or reliability in any respect of any material in this publication. Except to the extent mandated otherwise by legislation, Curtin University does not accept responsibility for the consequences of any reliance which may be placed on this material by any person.

Curtin will not be liable to you or to any other person for any loss or damage (including direct, consequential or economic loss or damage) however caused and whether by negligence or otherwise which may result directly or indirectly from the use of this publication.

International students

International students studying in Australia on a student visa can only study full-time and there are also specific entry requirements that must be met. As some information contained in this publication may not be applicable to international students, refer to international.curtin.edu.au for further information. Australian citizens, permanent residents and international students studying outside Australia may have the choice of full-time, part-time and external study, depending on course availability and in-country requirements.

Copyright Curtin University

© Curtin University 2016.

Except as permitted by the Copyright Act 1968, this material may not be reproduced, stored or transmitted without the permission of the copyright owner. All enquiries must be directed to Curtin University.

Published by Curtin University 2016.

Curtin University is a trademark of Curtin University of Technology

CRICOS Provider Code 00301J 1980SE

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