engineering – undergraduate courses 2014

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Engineering

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James Cook University 3

Study Engineering 4

Chemical Engineering 7

Civil Engineering 8

Computer Systems Engineering 10

Electrical & Electronic Engineering 11

Mechanical Engineering 13

Engineering joint degrees 14

Alternative Entry Pathways 14

Accommodation 16

Engineering – courses summary 19

Find out more 20

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2 | Enquiries 1800 246 446 | www.jcu.edu.au

“I had the ambition to not only go farther... but to go as far as it was possible to go.”Captain James CookJames Cook (1728-1779) was a remarkable navigator and explorer, whose legacy is still with us. His three voyages across the Pacific had profound influence on many areas of human endeavour: astronomy, marine surveying, cartography, geography, natural history and anthropology.

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With its campuses and study centres throughout Queensland and in Singapore, internationally awarded JCU is a wise choice for students seeking a high-ranking, culturally diverse education that will equip them to make a difference in their world. JCU students have unique opportunities to gain academic knowledge and genuine, real-life experience Australian and international employers are looking for.

The University’s tropical location and proximity to World Heritage listed Great Barrier Reef Marine Park and the rainforests of the Wet Tropics Region have strongly influenced the course options offered. More than 40 per cent of the world’s population now lives in the tropics and this is likely to be close to 50 per cent by 2050. The region generates around 20 per cent of global economic output and is home to some 80 per cent of the world’s biodiversity. JCU is recognised worldwide for the quality of research and educational programs that further tropical knowledge – ecology, medicine, environment, sustainability and marine biology.

Named after Captain James Cook (1728-1779), the remarkable navigator and explorer who was the first to map the coastline of eastern Australia, JCU also maintains a deep commitment to the Indigenous peoples of Australia. Few universities provide the breadth of Indigenous educational opportunities that

JCU offers. The whole University community values and celebrates the achievements of its many distinguished Aboriginal and Torres Strait Islander students, graduates and staff.

An over-riding goal of the University is that when JCU students graduate, they will possess internationally-recognised qualifications, as well as leadership skills and self-reliance that will help each one take their place in the career of their choice and make a valuable contribution to local and global communities.

An exceptional education• JCU has earned its place among the top 4

per cent of universities around the world (see Academic Ranking of World Universities).

• The University achieved the Australian Government’s highest ranking of “Well Above World Standard” for its research in the areas of Environmental Science and Management, Ecological Applications and Medical Microbiology (see Excellence in Research for Australia National Report, 2012).

• JCU’s Professor Jim Burnell, Professor of Biochemistry and Molecular Biology, was named 2011 Australian Lecturer of the Year.

• Over the past five years, JCU academics have been awarded 39 National Awards for

Teaching Excellence by the Australian Teaching and Learning Council (now called Office for Learning and Teaching).

• JCU was awarded five stars for ‘Success In Getting A Job’ (see Good Universities Guide, 2012).

James Cook UniversityEducation for a confident future


Make the world your oysterThere are a lot of reasons why studying engineering at JCU is a very good idea. In today’s world, graduates are likely to have more than one career, and a foundation in engineering will give you a springboard to a host of careers that require critical thinking, communication, design and management skills with the practical application of science to commercial or industrial problems.

As well as careers in civil, mechanical, chemical, computer systems, electrical or electronic engineering roles, with your JCU engineering qualifications you could also choose to work on projects that benefit society – projects as diverse as cleaning up the environment, developing prosthetic aids, developing clean and efficient transportation systems, finding new sources of energy or even alleviating the world’s hunger problems. There’s a great deal of job satisfaction to be had for engineers.

At JCU, a 5-year Engineering-Science joint degree program is available, where you can combine any of the engineering majors with your choice of Bachelor of Science disciplinary majors, thus expanding your career choices even further.

Indigenous student supportIf you are an Aboriginal or Torres Strait Islander student, the faculty is committed to helping you find successful and productive career pathways. We employ a full-time Indigenous Support Officer to assist you with academic, financial and mentoring support if you need it. Scholarships and bursaries are available, while other resources include the Indigenous Tutorial Assistance Scheme (TAS) and the national Indigenous Cadetship Scheme (ICS), which provides supplementary wages and work experience. Visit: www.jcu.edu.au/study/indigenous-students.

Study abroad You can also apply to study abroad at one of our exchange partner universities around the world. You can study subjects relevant to your course while overseas and receive credits towards your JCU degree when you return home. Participation in the Student Exchange program is subject to faculty approval. To learn more, email <[email protected]> or visit www.jcu.edu.au/studentexchange.

Professional recognitionJCU engineering graduates are eligible for professional accreditation that is recognised throughout the world.

Engineering for the tropicsStudying engineering at JCU offers unique opportunities for you to gain internationally recognised expertise in areas that are relevant to tropical environments around the world. That’s because the university is located between two World Heritage Areas – the Great Barrier Reef and the Wet Tropics Region.

As a JCU engineering student, you have access to some of the world’s most spectacular natural tropical laboratories, providing the impetus for much of the School’s research work.

The School of Engineering and Physical Sciences conducts research in a range of areas including fluid mechanics, structural engineering, wind engineering, materials engineering, particle technology, systems engineering and geotechnical engineering.

Study Engineering

jcu.edu.au/engineering

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What you’ll experienceWhen you begin your Bachelor of Engineering studies at JCU, you’ll notice right away that your lecturers know you by name and they are genuinely interested in your success. JCU recruits lecturers who are highly qualified and who have practical industry experience to share with you. Of course, you’ll have access to well-equipped laboratories and the latest technologies.

The JCU Bachelor of Engineering has a common first year, available at the Cairns and Townsville campuses, before completing the remainder of your course at the JCU Townsville campus.

You will complete a common Level 1 (first year) of study to become familiar with the five engineering majors. You can then make an informed choice of your specialist area for second year. Depending on the career you’re aiming for, you will also choose a minor from a range of available minor programs. Each minor stream will have a list of relevant and specialised subjects from which you will choose four subjects to get a minor in that particular stream.

From Level 1 you’ll be invited to attend presentations by senior engineering students and graduates across various disciplines. You’ll also be able to take part in an Industry Scholars Program, touring engineering sites and meeting members of the engineering community. This will help you make an informed choice about the area you would like to specialise in from Level 2.

The engineering degree emphasises skills in engineering design, project management, teamwork and effective communication. You

will complete 12 weeks of paid Vacation Practice (VacPrac) over the 4-year degree program to ensure that you’re ready to ‘hit the ground running’ when you graduate.

An engineering design project and a thesis project form a significant part of the third and fourth year (Level 3 and 4) studies. This gives you the opportunity to work individually and in teams to undertake a significant research or practical design task under the leadership of a supervising member of academic staff, or an external engineer.

To ensure you gain the maximum exposure to the world of engineering, you will be encouraged to participate in the JCU Engineering Undergraduate Society and a range of organisations including Engineers Australia, Engineers Without Borders, the Institutions of Electrical and Electronic Engineers, and the Society of Women Engineers.

Career opportunitiesEngineering...satisfying, respected and well paid.Whether it’s planning, designing and devising operating systems for a computer chip or a dam, engineers work to advance society in practical ways – developing products and sustainable solutions for real-world problems. There is no shortage of challenging problems to be solved using your engineering skills. There is no single answer, no answer in the back of the book, no professor to tell you that you are right or wrong. Your JCU engineering studies will help you learn how to devise a solution and persuade others that your solution is the best one.

Here are some examples of careers JCU graduates have embarked upon throughout Australia and internationally:

• Civil Engineers, working for government departments, public utilities and private companies providing planning and designs for buildings, roads, bridges, dams, ports, water supply and treatment systems.

• Chemical Engineers, working in minerals processing, chemical production and industrial processes, and in sectors such as water, minerals, energy, pharmaceuticals, chemicals and food.

• Computer Systems Engineers, working in hi-tech industries such as computer services, microprocessor systems, aviation and medical instrumentation, telephone, broadcast and entertainment systems, and electronic instrumentation.

• Electrical and Electronic Engineers, working in industries that consume power such as power utilities, mines or mills, as well as with providers of telecommunication systems, computer products and electronic instrumentation.

• Mechanical Engineers, working in a broad range of industries including the automotive and aeronautical industries, defence technology, power generation, food processing, shipbuilding and refrigeration.

And the great news is – more than 90 per cent of JCU engineering students gain full-time employment shortly after finishing their studies.


“In high school, I always had an interest in science and mathematics which led me to undertake an engineering degree. You basically do subjects from each discipline in the first year, which allows you to confidently choose your area of interest.”

Heath ArmstrongBachelor of Engineering (Chemical)-Bachelor of Science (Biochemistry).Graduated 2012

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Chemical Engineering

What is Chemical Engineering?Chemical Engineers are concerned with sustainability – the environment and safety as founding principles for economic development. They develop safe, efficient processes to convert raw materials into useful products, as well as research and develop new technologies to solve current world problems. They plan specifications for full-scale production, taking into account costs, market needs, transportation, and environmental issues. They diagnose faults in process plants and prepare feasibility studies for various processes. Developing and testing new and alternative environmentally-friendly fuels is a growing area for chemical engineers.

Course overviewThe course ranges from the fundamentals through to the design, development and commissioning of processes that ultimately convert raw materials into useful products. The discipline has a healthy and ongoing relationship with many of the major process industries in north Queensland. As a result, our research has a strong focus on issues important to the region’s economy. This research includes improvements to sugar processing, copper electro-refining through modelling of fluid flow in electrolysis cells, solvent extraction and modelling solvent-solute effects, and applied Process Systems Engineering.

Students can further specialise their study by selecting a minor stream. A minor stream consists of four relevant subjects.

Course highlightsLaboratory and design work and the opportunity to work in teams with other engineering disciplines are key elements of this program. We also train students in advanced chemical technologies such as minerals processing, extractive metallurgy and bioprocessing. Local industries actively support this program by providing advice on course content, access to industrial plants, specialist guest lecturers and cutting edge design and research projects. Level 4 includes a research and process design project where students design a full-scale processing plant.

Professional recognitionGraduates are eligible for membership of Engineers Australia. All JCU Engineering programs are fully accredited by Engineers Australia. This accreditation is recognised in all states of Australia and internationally throughout Europe, North America and Asia.

Career opportunitiesOur engineering graduates work in a wide range of interesting and challenging positions nationally and internationally. Chemical Engineers graduate from JCU with particular expertise in the areas of minerals processing and process safety, design and management. Our degree also trains students in advanced chemical technologies, enabling them to play an active role in the maintenance and development of existing industrial processes, as well as entirely new processes. Chemical engineers are in high demand worldwide and are employed in a wide range of industries from research, water, minerals, energy, pharmaceuticals, chemicals and food sectors. Students acquire expertise for careers in minerals processing, sugar refining, pharmaceutical product manufacturing, safety management and environmental assessment.

Bachelor of Engineering (Chemical)

CAMpuS: Townsville; Cairns (first year only)

ModE: on campus; full time or part time

durAtion: 4 years full time

prErEquiSitES: English, Maths B

Mid-yEAr Entry: Yes*

qtAC CodES: Townsville 314021; Cairns 324021

CriCoS: 015986G

* Commences in June in Townsville & Cairns with ‘Mathematical Foundations’ offered in block mode. Mid-year entry will not suit all candidates. Seek academic advice before applying, 1800 246 446.

Course structure**

After completing a common Level 1, students start specialising through their chosen Major and Minor subjects

A SElECtion of SubjECtS for thiS MAjor inCludEMaterials Science & EngineeringMinerals ProcessingConservation of Mass & EnergySustainability & Life Cycle AssessmentDesign of ReactorsSafety, Design & Pollution ControlChemical Engineering DesignEngineering Economics & Project ManagementResearch Project

Minor StrEAMSThe following minor streams are available for Chemical Engineering students to choose from:Sustainability Mining & Minerals Asset Management Mathematics Physics Software Automatic Control Minerals & Mechanical Design Waste Water

**Course structure information is included as an indicator of course content only and is subject to change.

honourSHonours are awarded based on your Grade Point Average. An Honours degree is usually essential for entry to a research higher degree. The School of Engineering and Physical Sciences has an active research program and offers a wide range of postgraduate study options.

joint dEgrEE opportunitiESJoint degrees give students expertise in a complementary discipline in a reduced time and can enhance career prospects. At JCU this degree can be combined with the Bachelor of Science or the Bachelor of IT (see page 14).


Civil Engineering

What is Civil Engineering?Civil Engineers design, construct and maintain our built environment. Roads, railways, airports, buildings, ports, water supply systems, waste disposal systems, dams and mines all require creative solutions from civil engineers. By designing the most effective way the built environment can interact with the natural environment, civil engineers make our towns, cities, suburbs and houses better places to live.

Course overviewAfter completing the first common Engineering year, civil engineering students are introduced to the design of timber, steel and concrete structures, the principles of fluid mechanics, environmental and geotechnical engineering, surveying and road design.

Design becomes an increasingly important component in Levels 3 and 4, when students undertake more advanced design subjects such as ‘Design of Steel and Concrete Structures’ and ‘Civil Engineering Design’. This is where engineering training differs from that of a scientist. All students need to complete a 1-year research-based thesis project. These final-year thesis projects are often sponsored by industry or are related to current research projects.


Course highlightsThe School of Engineering and Physical Sciences has strong professional links enabling industry input into course content, student access to industrial plants, field trips, specialist lecturers and stimulating work placement opportunities.

Leading professional engineers teach design subjects emphasising real world structural, geotechnical, transportation and environmental engineering challenges and solutions.

Professional recognitionAll JCU Engineering programs are fully accredited by Engineers Australia. This accreditation is recognised in all states of Australia and internationally throughout Europe, North America and Asia. Our engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.

Career opportunitiesCivil Engineers are employed in public utilities, government departments, private companies, and non-government agencies involved in community development and disaster recovery. They are trained to work in planning, design, construction and maintenance of buildings, roads, bridges, railways, dams, port facilities, water supply and wastewater treatment systems.

Bachelor of Engineering (Civil)







CriCoS: 015986G


Course structure**


A SElECtion of SubjECtS for thiS MAjor inCludEEngineering MechanicsStructural AnalysisDesign of Concrete, Steel & Timber StructuresSoil, Foundations & RocksWater & Wastewater EngineeringFluid Mechanics, Hydraulics & Coastal EngineeringEngineering Economics & Project ManagementResearch Project

Minor StrEAMSThe following minor streams are available for Civil Engineering students to choose from: Sustainability Mining & Minerals Asset Management Mathematics Physics Software Infrastructure & Planning




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Over the past five years, JCU academics have won

39 national awards for teaching excellence from

the Australian Teaching and Learning Council.*

* now called Office for Learning and Teaching


Computer Systems Engineering

What is Computer Systems Engineering?Computer systems engineers provide technical leadership and design skills to the computing, information technology and telecommunications industries. They use skills from the physical sciences, computer science and low-voltage electrical engineering to solve practical problems. This can involve computer interfacing and control, communication systems and networking, and software systems.

Course overviewThis course combines the low voltage electrical engineering areas in electronics, communication and embedded systems with software, networking and operating principles from the computer science area.


Course highlightsPractical application of the theory is emphasised in laboratory work, projects and a thesis. Opportunity for paid work placements is provided to students.

Professional recognitionAll JCU Engineering programs are fully accredited by Engineers Australia. This accreditation is recognised in all states of Australia and internationally throughout Europe, North America and Asia. Our engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.

Career opportunitiesComputer systems engineers are employed by hi-tech industries for servicing, manufacturing and/or development of embedded microprocessor systems, medical and aviation instrumentation, computer products and digital systems, digital telecommunications (telephony and broadcast systems), and entertainment (sound and graphics quality in cinemas and computer games), and electronic instrumentation.

Bachelor of Engineering (Computer Systems)







CriCoS: 015986G


Course structure**


A SElECtion of SubjECtS for thiS MAjor inCludECircuit TheoryEmbedded Systems DesignSoftware EngineeringComputer Interface & ControlCommunication SystemsElectronicsSignal ProcessingAutomatic ControlEngineering Economics & Project ManagementResearch Project

Minor StrEAMSThe following minor streams are available for Computer Systems Engineering students to choose from: Sustainability Mining & Minerals Asset Management Mathematics Physics




Twelve weeks of paid, industry-based placements provides our students with valuable industry experience and contacts.

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Electrical & Electronic Engineering

What is Electrical and Electronic Engineering?Electrical and electronic engineers provide technical leadership and design skills to the electronics, telecommunications, signal processing and power engineering related industries. They use mathematical and scientific principles to design, build, fault find, analyse and control all things electrical including Integrated Circuits (chips), electronics and electrical consumer goods, renewable energy, and the smart electricity grid.

Course overviewThe course covers the key areas of Electrical Engineering including control, electronics, communications and electrical power. The practical applications of electrical principles are examined through experiments, group assignments and project work.


Course highlightsFacilities at JCU include well equipped laboratories. There is also in-house hardware and software to design, simulate and manufacture printed circuit layouts, and extensive mathematical simulation tools, to name a few applications.

The course features practical problem-based and problem-led learning through practical design exercises, and developing teamwork skills is emphasised.

Professional recognitionAll JCU Engineering programs are fully accredited by Engineers Australia. This accreditation is recognised in all states of Australia and internationally throughout Europe, North America and Asia. Our Engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.

Career opportunitiesElectrical and electronic engineers are employed by industries that generate, distribute or consume large amounts of electrical power (power utilities, mines, mills, etc.) as well as industries that design, manufacture or service telecommunications systems, networks and consumables, medical and aviation instrumentation, computer products and signal processing systems.

Bachelor of Engineering (Electrical and Electronic)







CriCoS: 015986G


Course structure**


A SElECtion of SubjECtS for thiS MAjor inCludECircuit TheoryPower EngineeringSignal ProcessingAutomatic ControlElectromagnetism Optics & ThermodynamicsComputer Interface & ControlCommunication SystemsElectronicsMaterials Science & EngineeringEngineering Economics & Project ManagementResearch Project

Minor StrEAMSThe following minor streams are available for Electrical and Electronic Engineering students to choose from: Sustainability Mining & Minerals Asset Management Mathematics Physics Software Embedded System Design





“After my first year, I realised the foundations of mechanical engineering could be applied to many aspects of the real world, and that would give me a broad range of employment options.”

Brett RaynerBachelor of Engineering (Mechanical)Graduated 2010

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Mechanical Engineering

What is Mechanical Engineering?Mechanical engineering applies the principles of physics for analysis, design, manufacturing, and maintenance of everything you think of as a machine – from bicycles to robots to supersonic jets. Mechanical engineers design, create and improve systems and machinery used for domestic, public and industrial purposes.

Course overviewThis course provides a broad foundation in engineering science and engineering design. Core subjects cover:

• dynamics and Vibration: What are the velocities, accelerations and resulting forces for a system in motion? How do you predict and control vibration?

• Engineering Materials: What are the properties of various materials and how to choose the appropriate materials for specific engineering applications?

• Manufacturing: How to manufacture parts and what manufacturing processes should you select?

• thermodynamics: How is energy converted to useful power? What are the losses? • fluid Mechanics: How does a pipe network system work? How can a Porsche

racing car reach a speed of over 350 kilometres an hour? Why is an understanding of turbulence so important?

• heat and Mass transfer: How is thermal energy transferred from one body to another? How do you calculate heat transfer rates from temperature and velocity data? How do you predict temperature distributions?

• Mechanical design: Learn how to design simple to complex mechanical components and systems by conducting interesting design projects in Levels 2, 3 and 4.


Course highlightsA particular strength of the mechanical engineering program at JCU is the application of advanced computational techniques and mechanical design. This course provides a general mechanical engineering education along with additional expertise in special needs of industries operating in the tropical environments of northern Australia and Southeast Asia.

Professional recognitionAll JCU Engineering programs are fully accredited by Engineers Australia. This accreditation is recognised in all states of Australia and internationally throughout Europe, North America and Asia. Our Engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.

Career opportunitiesMechanical engineers work in industries that design systems and machinery to generate power, make products, move things, or help in building. They are particularly sought after by the mining industries. They may also work in the automotive industry, in manufacturing, building services, the aeronautical industry, defence technology, chemical processing, power generation, food processing and public utilities. They analyse and solve complex problems, conceive elegant engineering solutions and design mechanical products, accessories, or systems used in production plants, transportation, manufacturing, refrigeration, aviation, air conditioning, power generation and shipbuilding.

Bachelor of Engineering (Mechanical)







CriCoS: 015986G


Course structure**

After completing a common Level 1, students start specialising through their chosen Major and Minor subjects.

A SElECtion of SubjECtS for thiS MAjor inCludEEngineering MechanicsMaterials & ManufacturingMechanical DesignDynamics of Machine ElementsFluid MechanicsEngineering Economics & Project ManagementResearch Project

Minor StrEAMSThe following minor streams are available for Mechanical Engineering students to choose from: Sustainability Mining & Minerals Asset Management Mathematics Physics Software Automatic Control





Engineering joint degrees

Bachelor of Engineering- Bachelor of Information Technology




prErEquiSitES: English; Maths B


qtAC CodE: Townsville 314071; Cairns 324071

CriCoS: 070557E

Please note: mid-year entry students commence in June in Townsville & Cairns with ‘Mathematical Foundations’ offered in Block Mode.

Why combine Engineering and IT?Combining Engineering and IT qualifications will give you a powerful degree for careers that require innovative and creative IT solutions. Depending on your Engineering and IT specialisations, you will have rewarding career opportunities with cutting-edge industries including electronics and communications technologies, computer system engineering, and electricity supply industries.

Bachelor of Engineering-Bachelor of Science




prErEquiSitES: English; Maths B plus extra requirements for chosen Science major

Mid-yEAr Entry: Yes


CriCoS: 028997G

Why combine Engineering and Science?Engineers have unique problem-solving skills. Combining these with a Science specialisation can create a valuable qualification for many industries and for government and research careers. There are 16 majors in the Bachelor of Science at JCU. Career areas include natural resource management, environmental consulting, communication technologies and minerals processing, to name a few.

Alternative Entry Pathways

James Cook University has a commitment to make university education accessible and achievable for a wider range of people in our region. If it has been a while since you finished school, or if you do not have the academic entry requirements for the course you want to study, there are other entry options available to you. Below is a brief overview of some of the alternative entry pathways available at JCU – please contact the Student Enquiry Centre for further information.

James Cook University, The Barrier Reef Institute of TAFE and Tropical North Queensland Institute of TAFE are in the process of developing a partnership to provide a pathway into higher education for students who:

• Did not get the results they needed for university entry

• Did not complete school and would like to pursue further study

• Are mature-aged and wish to return to study but are unsure of their skills

• Have taken some study at TAFE but would like to undertake further study at university.

Bridging coursesBridging courses can help you gain prerequisite subjects required for entry into specific courses.

Six-month Tertiary Access Course (TAC)This preparatory course is for students who have not completed high school, or who do not have the academic entry requirements to enrol in some undergraduate courses at JCU.

For more information, visit www.jcu.edu.au/sias/

Diploma coursesDiploma courses are 1-year study programs (or longer if taken part time) designed for students who may not meet the academic entry requirements for their preferred degree.

Alternative entry with QTACThe Queensland Tertiary Admissions Centre (QTAC) offers alternative entry options, to show that non-school leaver applicants can have reasonable prospects of success in a course.

Visit the QTAC website for further information on Alternative Entry: www.qtac.edu.au/Applying-NonYear12/AlternativeEntry.html

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Diploma of Introductory Engineering Studies

CAMpuS: Townsville; Cairns


durAtion: 1 year full time

prErEquiSitES: none



CriCoS: 059561B

* Recommended pathway will depend on educational background; mid-year entry will not suit all candidates, seek academic advice.

What is Introductory Engineering Studies?The Diploma of Introductory Engineering Studies is a pathway program for those who wish to enter tertiary engineering courses but do not have the necessary senior subjects for direct entry. Students who successfully complete this course will be eligible for advanced standing in the Bachelor of Engineering, depending on subjects studied. Students can complete the diploma in Cairns, but must enter the second year of the Bachelor degree in Townsville.

Course overviewThis 1-year course provides an introduction to the fundamentals of engineering including Mathematical Foundations and Computing for Engineers.

Course highlightsThe Diploma of Introductory Engineering Studies is useful for people who may need these skills in their existing work, and it can create a pathway for entry to any of the five majors in JCU’s Bachelor of Engineering.

A selection of subjects for this diploma include:• Preparatory Mathematics• Preparatory Physics• Preparatory Chemistry• Computing for Engineers• Mathematical Foundations• Effective Writing.

“What I really enjoyed about studying was the active social life and the opportunities to get involved with engineering-related clubs and activities. The classes were pretty small and I made some great friends while at JCU.”Felicity YanBachelor of Engineering (Computer Systems)Graduated 2009


AccommodationDeciding where to live

JCU Accommodation ServiceYou may be moving away from home for the first time. We understand. It can be a big deal finding a new place to call home. The dedicated JCU Accommodation Service team are there to help you. They understand how important it is to find accommodation that suits your needs and budget. Read on for an overview of the accommodation choices at JCU campuses.

Start looking ASAPAvailability of accommodation is limited, so it is a very good idea to start organising accommodation as soon as possible after you have chosen to study at JCU.

A great tip is to start arranging your accommodation as soon as you apply to JCU to avoid disappointment. Registrations open each year on August 1 for the following year and April 1 for the following semester. This means you are definitely in the queue for on-campus accommodation.

You can apply online at www.jcu.edu.au/accommodation

How much does accommodation cost? An average price per week for a student room in a hall or college with full-board (all meals provided) will range from $270 to $350. On-campus halls and colleges offer discounts for up-front payments or if you have a sibling staying there.

Rental and share accommodation in Townsville and Cairns can cost around $120 to $180 per week for a room in a share apartment or house.

Help with accommodation costsIf you have to move away from home to study and are from a disadvantaged background, Commonwealth Government Scholarships can assist with relocation and accommodation costs.

www.jcu.edu.au/scholarships

Homestay/boarding with a familyContact the Accommodation Service to learn more about boarding with a family and for help to decide whether this option is right for you.

Townsville campusliving on campusJCU’s Townsville campus has seven on-campus colleges and halls offering accommodation for around 1,478 students.

On-campus accommodation means you will be living in student colleges and halls located on the university grounds. There are many advantages to living on campus. You’ll experience a social atmosphere, meeting up with fellow students and making lifetime friendships and connections with students from around the world, and outside your academic circles. And you can also walk or cycle to your classes.

For students who are not so keen on cooking for themselves, the majority of on-campus accommodation provides three meals a day. There is one self-catering hall, Rotary International House.

CollegesThere are three colleges on the JCU Townsville campus. Most colleges offer full board, with three meals a day. There are single room and share options, with a range of prices.

Colleges are:

• The Saints Catholic College

• St Mark’s College

• The John Flynn College.

halls of residenceThere are four non-denominational, on-campus halls housing 770 students. Options include full board and self-catering, single- and twin-share rooms and townhouses. Some wheelchair accessible self-catering units are available.

• University Hall

• George Roberts Hall

• Western Courts

• Rotary International House.

Enquire via www.jcu.edu.au/jcuhalls

off-campus accommodationPopular off-campus choices that are a short distance from campus are:

• Cedar Lodge Motel

• Riverside Convention Centre.

Cairns campusoff-campus accommodationCairns is an internationally recognised premier tourist destination. There are many commercial accommodation providers offering short- and long-term accommodation, as well as share house and homestay options. To check options, visit our website www.jcu.edu.au/accommodation

Our two preferred off-campus options are within 400 metres of campus, making it an easy walk to uni.

Cairns Student lodgeFully-catered accommodation for 225 students. (07) 4057 1111 <[email protected]>www.studentlodge.com.au

The Beaches Luxury apartments: www.the-beaches.com.au

Share house/private rental accommodationIf you think you would like to live in a share house, we recommend you contact Cairns Sharehouse, a private business that professionally manages share facilities for students in houses, units and apartments around Cairns. (07) 4041 1875 <[email protected]>www.cairns-sharehouse.com

There are a variety of accommodation options available – from on campus to off campus. JCU’s Accommodation Service will be happy to help you find the right option for you.

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Our engineering graduates are highly sought after by employers, with most of our students finding employment in their final year of study.


“I enjoy the hands-on experience in my course through the practical work we undertake. It is very relative to the real world. The subjects are interesting and there are many opportunities for vacation work to add to this practical experience.”

Samantha ThomasStudying Bachelor of Engineering (Civil Engineering)

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* first year only † commencing in mid June, prior to Study Period 2. Mid-year entry will not suit all candidates. # depending on Science major chosen ^ all Science majors available, except for the General Science program N/A = not applicable Please note, Honours programs are available for most JCU bachelor degrees. The minimum duration for an Honours degree is four years of full-time study. Not all majors are available at both campuses.

bAChElor dEgrEEwith majors

prerequisites years(full time)

Campus availability and qtAC codes Mid-year entry

op/rAnK page ref

townsville Cairns

ENGiNEEriNG Chemical EngineeringCivil EngineeringComputer Systems EngineeringElectrical and Electronic EngineeringMechanical Engineering

English; Maths B 4 314021 324021* yes 12/7578101113

joint bAChElor dEgrEES prerequisites years (full time)

Campus availability and qtAC codes Mid-year entry

op/rAnK page ref

townsville Cairns

ENGiNEEriNG-iNFormAtioN tECHNoloGY

English; Maths B 5 314071 324071* yes† 12/75 14

ENGiNEEriNG-SCiENCE ^ English; Maths B; Chemistry (plus any other requirements for chosen Science major)

5 314051 324051* yes†# 12/75 14

Please note, campus availability for joint degrees depends on majors chosen.

pAthWAy progrAMS prerequisites years(full time)

Campus availability and qtAC codes Mid- year entry

op/rAnK page ref

townsville Cairns

Diploma of Introductory Engineering Studies

English 1 314061 324061 yes† 14/70 15

Tertiary Access Course (TAC) Internal Selection Program (ISP) 0.5 apply to JCU apply to JCU yes N/A 14

Engineering – courses summary

“I am fascinated by machinery and how it operates, so studying mechanical engineering at JCU was a logical choice for me.”

Jacob ZattaStudying Bachelor of Engineering (Mechanical) & Bachelor of Science (Physics)


Want to know about the following?• Entry requirements for school leavers and non-school leavers• How to apply to JCU – study costs and scholarships• Campus life• Accommodation• Technology, library and study resources• Student support services• Information for Indigenous students• Upcoming info sessions.

Then visit our Student Centre on campus and pick up a JCU Undergraduate Guide.

Online version: www.jcu.edu.au/publicationsYou can also visit our website: jcu.edu.au

Here is a full list of our Undergraduate study area booklets:

Arts, Social Sciences & PsychologyBusiness & ITCreative ArtsEducationEngineeringLawMedicine, Health & Veterinary SciencesScience

You can also find these booklets at our campuses, or online at:www.jcu.edu.au/publications

View specific course information online at:www.jcu.edu.au/courses

If you have any enquiries, feel free to contact us:

Student Centre: freecall 1800 246 446Email: <[email protected]>

Find out more1800 246 446jcu.edu.au

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© James Cook University, Marketing and Engagement, April 2013.

Edit: Anna Truman, Angus McColl

Design: Tony Cowan, Cameron LeBherz

Print: Lotsa

Photography: 123RF, Andrew Rankin, Anna Rogers, Brad Newton, iStockphoto, Kerry Trapnell, Orpheus Island Resort, Paul Dymond, Photocall, Romy Siegmann, Steven Nowakowski, Steve Rutherford, Through the Looking Glass Photography, Tourism Queensland.

This publication is intended as a general guide. Information is correct at the time of printing. Prospective students should contact the University to confirm admission requirements and the availability of courses. James Cook University reserves the right to alter any course or admission requirement without prior notice.

James Cook University CRICOS Provider number 00117J

jcu.edu.au

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