engineering undergraduate courses 2012

Engineering

Undergraduate courses2012Engineering Chemical Engineering • Civil Engineering • Computer Systems Engineering Electrical and Electronic Engineering • Mechanical Engineering

Planning Planning (Urban and Regional Planning)

Jacob ZattaBachelor of Engineering (Mechanical)-Bachelor of Science (Physics)

As a child I always enjoyed designing things, constructing with Lego and watching my father, a qualified fitter and turner, build equipment for our sugarcane farm near Ingham. I am fascinated by machinery and how it operates, so studying mechanical engineering at JCU was a logical choice for me. My mother also attended JCU so I have excellent support from my family and friends.

After graduating from high school I successfully applied

for JCU’s Pro-Vice Chancellor scholarship. The scholarship helps with my tuition fees and enables me to concentrate on being a full-time student, rather than having to work part-time.

The course is quite challenging but I like the fact that I am never bored. Each week there are about 22 hours of class time involving lectures, tutorials, pracs and weekly course assessments. The JCU lecturers are very approachable, they know your name and it’s easy to

develop a working relationship with them.

Living on campus has also allowed me to participate in a wide-range of extra-curricular activities such as continuing my clarinet studies. I am also involved with the Christian Union at JCU which runs social events, Bible studies and training opportunities, which I feel has helped me grow spiritually.

I am currently living on campus and enjoy it immensely. I have met many people, made new friends and like the college life experience.

About James Cook University 2

Study Engineering at James Cook University 3

The student experience 4

Engineering is challenging, fulfilling, and well-paid 5

Academic courses

Chemical Engineering 6

Civil Engineering 8

Computer Systems Engineering 10

Electrical and Electronic Engineering 12

Mechanical Engineering 14

Planning (Urban and Regional Planning) 16

Alternative entry pathways 18

Diploma of Introductory Engineering Studies 18

Engineering and Planning courses summary 20

Contents

Engineering Undergraduate courses 2012

About James Cook UniversityStrong foundationsA dynamic university with more than 17,000 students, main campuses in Townsville and Cairns and satellite campuses in Brisbane and Singapore, James Cook University (JCU) is Queensland’s second oldest university.

We offered our first courses in Townsville in 1961 as an annex of the University of Queensland. JCU became a university in its own right on 20 April 1970 when Queen Elizabeth signed the proclamation in Townsville.

Internationally recognisedA JCU qualification is internation-ally recognised for excellence. The Institute of Higher Education, which compiles the Academic Ranking of World Universities, ranks JCU as one of the world’s leading academic and research institutions, and in 2010 placed us in the top 301- 400 grouping of the more than 14,000 universities in the world.* In Asia and the Pacific, we are placed in the top 100.** Only one other university in Queensland makes this prestigious list.

Teaching excellenceStudy with us and you will learn from expert teachers. Over the past three years JCU academics have won more than 20 citations for teaching excellence from the

Australian Teaching and Learning Council – more teaching awards than many larger universities. With degrees accredited by leading professional organisations, the University received four stars in The Good Universities Guide 2011 for outstanding graduate employment results.

Practical focusJCU courses will give you opportunities for hands-on experience from internships, vacation placements and real-world projects with business, industry and government organisations, to field trips in the natural environments of northern Queensland. JCU works with employers and industry groups to make sure our courses reflect best industry practice.

Our courses will give you the key skills essential to all successful careers - effective writing and communication, how to research a topic effectively and the ability to use the latest technology.

Helping you succeed JCU gives you the support you need to succeed. This starts with our friendly and approachable teaching staff and continues through to all of our services for students.

Our Student Mentor Program links new students with second or third year students in the same course for

advice and support. We also offer free workshops to help you improve your study and research skills.

All of our students have access to the latest online study resources, 24-hour computer laboratories and free technology skills workshops. The JCU library, with its main hub at the Eddie Koiki Mabo Library on the Townsville campus, is one of the best in Queensland.

* International Handbook of Universities, International Union of Universities 2010.

** Institute of Higher Education, Shanghai Jiao Tong University, Academic Ranking of World Universities 2010. This ranking system is widely acknowledged as a leading global indicator of university status.

“A JCU qualification is internationally recognised for excellence.”

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“Our programs are

recognised throughout

Europe, North America and

Asia.”

Do you love the creativity and challenges of problem-solving? If you like: maths and science, managing people and projects, a job with variety, working as part of a team, helping people and travelling; and if you see yourself as solution-orientated, then Engineering could be the ideal career for you.

Engineering combines critical thinking, communication, design and management skills with the practical application of science to commerce or industry. The aim is to design materials, structures, machines, devices, systems, and processes that safely, economically and effectively solve specific problems.

As a JCU Engineering student you will complete a common first year of study to become familiar with the five engineering majors. You can then make an informed choice when it comes to deciding on your specialist area for second year.

The Bachelor of Engineering offers majors in:

•Chemical Engineering

•Civil Engineering

•Computer Systems Engineering

•Electrical & Electronic Engineering

•Mechanical Engineering.

A five-year Engineering/Science joint degree program is also available, where you can combine any of the engineering disciplines with your choice of Bachelor of Science disciplinary majors.

As an undergraduate student you have access to well equipped laboratories, highly qualified teaching staff and best practice course content that is reviewed by an industry advisory board. JCU’s Engineering programs cover computational and experimental mechanics, wind engineering, environmental fluid mechanics, water quality modelling and process engineering.

Studying Engineering at JCU offers unique opportunities for you to gain internationally recognised expertise in the particular challenges and demands of engineering in the tropics.

The university is located between two World Heritage Areas – the Great Barrier Reef and the Wet Tropics Rainforests. 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.

JCU’s School of Engineering and Physical Science’s postgraduate research degrees include a Masters degree and a Doctor of Philosophy (PhD).

The School conducts research in a range of areas including fluid mechanics, materials engineering, particle technology, systems engineering, geotechnical engineering, and vibrations and wear.

Professional accreditation

Engineers Australia is one of several professional engineering bodies that accredit JCU’s Bachelor of Engineering.

Additionally, the Washington Accord guarantees that our programs are recognised throughout Europe, North America and Asia. Our graduates work around Australia and the world.

Study Engineeringat James Cook University

Enquiries 1800 246 446 ~ www.jcu.edu.au 3

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

During your first year you will 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 meet members of the engineering community. This is designed to expose you to the variety of engineering disciplines to help you make an informed choice about the area you would like to specialise in from second year.

The Engineering degree emphasises skills in engineering design, project management, team work and effective communication. You will complete 12 weeks of paid Vacation Practice (VacPrac) over the four-year degree program to ensure industry exposure is gained prior to graduation. This is both a requirement of our accrediting body, Engineers Australia, and an

invaluable learning experience. You will be assigned to a supervised project directly related to your chosen engineering specialisation. This usually takes place in the second and third years of your course.

An engineering project and thesis form a significant part of third and fourth year 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.

At JCU, all Engineering subjects stress the practical application of engineering theory. All programs include significant components of laboratory and design work with access to well equipped laboratories and highly qualified teaching staff. The School has an excellent retention rate, due in part to our lecturers’ open-door policy, and their focus on providing support and encouragement when you need it.

In addition to your studies, you are 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. All graduating Engineering students must also hold a current first aid certificate.

On your marks … While assessment methods vary between subjects and courses, generally a subject will require you to provide written assignments such as essays, projects and examinations.

Assessment may also be based on giving tutorials or presentations, attending lectures and tutorials, contributing to discussions or completing practical work.

Travel and studyIf you think you have to finish studying before you start travelling think again. As a JCU student you may be eligible to spend a semester or two studying at one of more than 30 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.

Being a student in a foreign country will give an international edge to your degree and can broaden your employment opportunities even further.

Participation in the Student Exchange program is subject to approval and is not available for all courses. Please contact <[email protected]> for more details or visit:

www.jcu.edu.au/student/exchange

The student experience


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.

Engineers Australia believes that if Australia is to achieve its full potential as a vital economy we need more Engineering graduates. In the past virtually all Engineers were men, now many thousands of women are also Engineers and the profession is recognised as challenging, fulfilling and well-paid for both men and women.

Civil Engineers work 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 work in minerals processing, chemical technologies and industrial processes and in sectors such as water, minerals, energy, pharmaceuticals, chemicals and food.

Computer Systems Engineering will lead you to 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 work in industries that consume power such as power utilities,

mines or mills, as well as providers of telecommunication systems, computer products and electronic instrumentation.

Mechanical Engineers work in a broad range of industries including the automotive and aeronautical industries, defence technology, power generation, food processing, ship building and refrigeration.

Urban and Regional Planning graduates are in demand to fill roles such as planners, consultants, policy-makers, researchers and assessors for government agencies, local councils, development organisations and environmental planning firms. There is a nation-wide shortage of planners and both national and international opportunities are outstanding.

Employment opportunities are excellent for JCU Engineering graduates, with more than 90 per cent of JCU engineering students being employed full-time after finishing their studies.

Engineering is challenging, fulfilling and well-paid

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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 overview

The 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.

Course highlights

Laboratory 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 and biological processing.

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. Year 4 includes a research and process design project where students design a full-scale processing plant.

Professional recognition

Graduates are eligible for membership of Engineers Australia and the Institute of Chemical Engineers. 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 opportunities

Our 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.

Academic coursesChemical Engineering

Bachelor of Engineering (Chemical)Campus: Townsville; Cairns (first year only)Mode: on campus; full-time or part-timeDuration: 4 years full-timePrerequisites: English, Maths B Mid-year entry: Townsville only

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

QTAC codes: Townsville 314021; Cairns 324021

Level 1Engineering 1Computing for EngineersProcess EngineeringEngineering DynamicsElectric CircuitsMathematical FoundationsMathematical TechniquesAdvanced Stream Physics

Level 2Chemistry: A Central ScienceChemistry: Principles and ApplicationsProcess AnalysisMaterials Science and EngineeringMathematics for Scientists and EngineersThermofluid Mechanics

Level 3Analytical ChemistryChemical Engineering ThermodynamicsMass Transfer OperationsReactor DesignFluid MechanicsEngineering Project ManagementApplied Engineering AnalysisHeat & Mass TransferAutomatic Control 2

Level 4 Process Safety, Design & ManagementChemical Engineering Design (Part 1 and Part 2) Mineral & Solids ProcessingBioprocess EngineeringAutomatic Control 3Engineering Economics Thesis (Part 1 and Part 2)*Course structure information is included as an indicator of course content only and is subject to change

HonoursThe fourth year includes a research project and the presentation of a thesis. Honours is 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: Bachelor of Science, Bachelor of IT.

Course Structure*Core Subjects

My role with Townsville City Council involves a range of tasks – including analysing the efficiency of sewerage pump stations, testing recycled water for application to golf courses, and developing maintenance plans and tenders for water treatment works.

I wanted to do something that I enjoy and have job prospects that offered me the opportunity to travel the world and meet

interesting and stimulating people of many cultures.

I would like to tour the world working for a few years in various countries then return to Australia to start a sustainable farm.

My involvement in the Engineering Undergraduate Society (EUS) was a highlight of my time at JCU. Not only did I have fun at the various events, but taking on a committee

role allowed me to develop my interpersonal and organisational skills and meet many industry representatives.

Max BurnsBachelor of Engineering (Chemical), 2009

Chemical Engineer, Townsville City Council

It was always a dream of mine to break into a fast-paced industry where problems needed solving quickly and efficiently. There is a certain sense of achievement in overcoming difficult problems on a regular basis.


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 overview

After 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 Years 3 and 4. This is where engineering training differs from that of a scientist. The final year thesis projects are often sponsored by industry or related to current research projects.

Course highlights

The School of Engineering and Physical Sciences has strong professional links enabling industry input into course content, student access to industrial plants, 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.


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. Our engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.


Civil 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.

Civil Engineering

Course structure*Core Subjects

Bachelor of Engineering (Civil)Campus: Townsville; Cairns (first year only)Mode: on campus; full-time or part-timeDuration: 4 years full-timePrerequisites: English, Maths B Mid-year entry: Townsville only




Level 2Engineering Strength of MaterialsCatchment, Stream & Lake EngineeringIntroduction to Structural DesignSurveying and ConstructionIntroduction to Geotechnical EngineeringMaterials Science & EngineeringMathematics for Scientists & EngineersThermofluid Mechanics

Level 3Structural AnalysisSoil Mechanics & GeologyEngineering Project ManagementFinite Element Analysis & Structural DynamicsTransportation EngineeringDesign of Steel & Concrete StructuresFluid MechanicsConcrete EngineeringApplied Engineering Analysis

Level 4Foundation Engineering & Rock Mechanics Hydraulic & Coastal EngineeringCivil Engineering DesignWater & Wastewater Engineering Engineering EconomicsThesis (Part 1 of 2)Thesis (Part 2 or 2)*Course structure information is included as an indicator of course content only and is subject to change



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Sarah BrigdenStudying Bachelor of Engineering (Civil)

I was interested in Maths and Science at school and am particularly intrigued by complex problem solving, so I enrolled in a Bachelor of Engineering.

Engineering requires team work and I like the idea of studying and working with other people. We brainstorm ideas to come up with the best solutions and bring different perspectives to each project. As part of the course we have designed a waste-water treatment plant for a rural town

and costed a self-sufficient power-supply for a mining village. As engineers our job is to provide the facts and only give opinions if we’re asked for them.

Each week at uni I make a list of things I’ve got to do and ensure my assignments are completed before their due date. After class I review my lecture notes and tutorials, meet my group for coffee and discuss our projects. Different lecturers have different styles and class notes come in

a variety of formats so I find summarising my notes each week really helps the learning process. Uni study does get easier the longer you do it.

Living at college is great and the Townsville campus is very friendly with coffee shops and social venues scattered throughout. Plus the Engineering School has a well run undergraduate society who organise balls, social outings and end-of-semester parties.

I successfully applied for a Main Roads scholarship which provides a living and textbook allowance, plus it offers holiday work which means valuable hands-on experience. I’m also able to ask for guidance with assignments which is helpful.


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 engineering to solve practical problems. This can involve computer interfacing and control, communication systems and networking, and software systems.

Course overview

This 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 highlights

Practical application of the theory is emphasised in laboratory work, projects and a thesis.


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. Our engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.


Computer systems engineers are employed by hi-tech industries for servicing, manufacturing and/or development, 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.

Computer SystemsEngineering


Bachelor of Engineering (Computer Systems)Campus: Townsville; Cairns (first year only)Mode: on campus; full-time or part-timeDuration: 4 years full-timePrerequisites: English, Maths B Mid-year entry: Townsville only




Level 2Introduction to Programming 1Introduction to Programming 2Digital Logic & Computing MethodsEmbedded Systems DesignSoftware engineeringCircuit TheoryElectronics 1Materials Science and EngineeringMathematics for Scientists & Engineers

Level 3Computer Interfacing and ControlSignal Processing 2Electronics 2Automatic Control 2Communications Systems PrinciplesEngineering Project ManagementApplied Engineering Analysis

Level 4Signal Processing 3Engineering Economics Thesis (Part 1 and Part 2)

Plus one subject of specified CP Level 2 or 3 subjectsAdvanced ProgrammingAdvanced Database ManagementInformation Security

Select three subjects of specified EE and CP Level 2, 3 plus four subjects from:Web Programming Networking Operating Systems and ArchitecturesComputer Interfacing and Control Internet Technology Mobile Technology SimulationElectrical and Electronic Engineering DesignAutomatic Control 3Communications Systems Propagation *Course structure information is included as an indicator of course content only and is subject to change



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Felicity YanBachelor of Engineering (Computer Systems), 2009

Computer Systems Engineer, Roads and Traffic Authority of NSW

I chose engineering because I enjoy problem solving and mathematics and I wanted a challenging and rewarding career. The first year of the course is common to all Engineering students and then you choose your major from chemical, electrical, computer systems, civil or mechanical engineering.

Some of my favourite events were the annual Engineering Undergraduate Society ball

and attending the Northern Engineering Conference held by Engineers Australia. This year I’m going to Germany for a renewable energy course.

I’ve accepted a graduate position with the Roads and Traffic Authority of NSW. I believe this position will be interesting, as I will be working with the various aspects of traffic control such as radio communication, data acquisition and data processing.

In the graduate program I will rotate through positions in Sydney and regional NSW plus I hope to spend some time working in the crash lab.

There are all kinds of career opportunities for each engineering discipline. Engineering also offers worldwide opportunities if you plan on travelling with your career.

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.


What is Electrical and Electronic Engineering?

Electrical and Electronic Engineers provide technical leadership and design skills to the electronics, telecommunications and power generation industries. They use mathematical and scientific principles to design, build, fault find, analyse and control all things electrical from electric motors and power generators to tiny Integrated Circuit (IC) chips.

Course overview

The 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 highlights

Facilities at JCU include well equipped laboratories, in-house hardware and software to design, simulate and manufacture printed circuit layouts, and extensive mathematical simulations 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.


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. Our Engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.


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

Electrical and Electronic Engineering

Bachelor of Engineering (Electrical and Electronic)Campus: Townsville; Cairns (first year only)Mode: on campus; full-time or part-timeDuration: 4 years full-time Prerequisites: English, Maths B Mid-year entry: Townsville only




Level 2Digital Logic & Computing MethodsCircuit TheoryEmbedded Systems DesignElectronics 1Materials Science & EngineeringMathematics for Scientists & EngineersIntroduction to Electromagnetism Optics & Thermodynamics

Level 3Computer Interfacing & ControlSignal Processing 2Electronics 2Power Engineering 2Automatic Control 2Communications Systems PrinciplesEngineering Project Management Applied Engineering Analysis

Level 4Signal Processing 3Power Engineering 3Automatic Control 3Communications Systems PropagationEngineering Economics Thesis (Part 1 of 2)Thesis (Part 2 of 2)Asset Management, Maintenance & ReliabilityElectrical and Electronic Engineering Design

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



Course Structure*Core Subjects

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Will VerrallStudying Bachelor of Engineering (First Year, Cairns Campus)

After I left high school in 2006 I did several jobs including working in avionics with the Air Force. Those years were really helpful and taught me time management and organisational skills. However as a kid I had always enjoyed building things so I decided to pursue that path and enrolled in a Bachelor of Engineering at JCU.

First year engineering gives you a general overview with information about the specific disciplines, like civil, mechanical, environmental or chemical

majors. Most people have an idea of what they want to do when they start the course but it is possible to change. The program involves lectures, tutorials, assignment work and fortnightly pracs.

The year was enjoyable and challenging even though the workload was a bit more than I had anticipated. The lecturers were also very helpful.

The Cairns campus has high-quality library facilities and I enjoyed the Boathouse student

precinct. I met a lot of great people throughout the year and a group of us arranged a fishing trip as an end of year social day.

If you want to do engineering you need to be self motivated and committed to study and it helps to have a strong maths and science background. Good communication skills are also important as much of the project work is done in groups.

As I didn’t have a strong maths or science background I did a three-week intensive bridging course, then straight into engineering. The maths was quite hard at first but by second semester I had caught up.


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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 overview

The Mechanical Engineering degree 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: Material properties and applications in engineering.

Manufacturing: How to manufacture parts and what manufacturing processes do you select.

Thermodynamics: How is energy converted to useful power? What are the losses?

Fluid Mechanics: How does an irrigation system work? How can a Porsche racing car reach a speed of over 350 kilometres an hour?

Heat and Mass Transfer: How is thermal energy transferred from one body to another? How do you calculate heat transfer rates from temperature 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 highlights

A particular strength of the Mechanical Engineering program at JCU is the application of advanced computational techniques. 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.


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. Our Engineering graduates work in a wide range of interesting and challenging positions nationally and internationally.


Mechanical Engineers work in industries that design systems and machinery to generate power, make products, move things or help in building. 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, shipbuilding and mining.

MechanicalEngineering

Bachelor of Engineering (Mechanical)Campus: Townsville; Cairns (first year only)Mode: on campus; full-time or part-timeDuration: 4 years full-timePrerequisites: English, Maths B Mid-year entry: Townsville only





Level 2Engineering Strength of MaterialsMaterials Science and EngineeringMathematics for Scientists and EngineersThermofluid MechanicsDynamics of Machine ElementsMachine Element Design

Level 3Fluid MechanicsAutomatic Control 2Finite Element AnalysisApplied Engineering AnalysisEngineering Project ManagementDynamics & AcousticsAdvanced Manufacturing EngineeringHeat & Mass TransferMechanical Design

Level 4Automatic Control 3Engineering EconomicsThesis (Part 1 of 2)Thesis (Part 2 of 2)Asset Management, Maintenance and ReliabilityAdvanced Fluid MechanicsAdvanced Mechanical Engineering DesignBulk Materials HandlingEnergy, Conversion and Refrigeration*Course structure information is included as an indicator of course content only and is subject to change



Brett RaynerBachelor of Engineering (Mechanical), 2010

Mechanical Engineer, Rio Tinto, Perth

Initially I didn’t know which strand of engineering I wanted to do, but having grown up around machinery on a Bundaberg cane farm my interest developed in the field of mechanical engineering. I enjoy learning why things happen, how they move and the theory behind the processes.

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.

In fourth year I did my thesis on the bio-mechanical property-testing of articular-cartilage-wear particles in sheep knee joints. It involved lots of reading, research and experiments but potentially the results can be used as diagnostic tools for testing osteoarthritis in humans. Applying mechanical engineering principles to medical research is an emerging and fascinating area, but because of the biological materials involved it can be challenging research.

In engineering, group work is very important, and at JCU the class sizes are small and we all get on well. Plus the lecturers have an open-door policy and are readily available. I also like the Townsville campus because it’s very open and an easy walk to the cafes and clubs to socialise. Living at college means no cooking, food shopping or travelling. It’s so convenient and time saving.

After applying for a variety of jobs, I’ve accepted a fly-in-fly out position with Rio Tinto in 2011.

During the degree I did nine weeks of vacation employment at a Queensland coal mine. It meant living in a small town and discovering what I would be doing if I was employed as a graduate there.


What is Planning?

Planners decide the future land use of Australia and the design and appearance of its cities and towns, as well as their services, facilities and communities. Nationwide there are many thousands of planners working for councils, planning companies (often in teams alongside engineers and architects) regional and state organisations, and government departments, and in teaching and research.

Course overview

JCU’s Centre for Tropical Urban and Regional Planning aims to produce planners who can address the planning needs of the growing northern economy. Many, however, have moved to exciting jobs in capital cities as well as positions in rural and remote Australia and overseas, especially in Europe and the USA.

Course highlights

JCU’s location alongside the World Heritage listed Wet Tropics rainforests, the Great Barrier Reef and the fast-growing, northern Queensland cities of Townsville and Cairns – both of which have large tourist industries – provides a living laboratory for the study of the natural environment and economic development.

The degree provides a strong emphasis on the tropical, regional and urban environments and is an excellent preparation for a career anywhere in Australia or overseas.

JCU is home to the Centre for Disaster Studies, the only disaster research unit in Queensland. The Centre has acted as the University’s face to the public and the professionals in the Emergency Management and Meteorology fields, city councils and other researchers since its establishment in 1979.


JCU’s Bachelor of Planning is accredited with the Planning Institute of Australia.


With a nationwide shortage of planners, there are plentiful opportunities for graduates as planners, policy makers, consultants, researchers and impact assessors for government agencies at federal, state and local levels, environmental planning firms and assessment consultants, property development companies, regional development organisations and non-government agencies such as overseas aid organisations.

Planning (Urban and Regional Planning)

Bachelor of PlanningCampus: Townsville, CairnsMode: on campus; full-time or part-timeDuration: 4 years full-timePrerequisites: English Mid-year entry: yesQTAC codes: Townsville 316271; Cairns 326271

Course structure*Core SubjectsLevel 1Environmental Processes & Global ChangeDynamic Futures: Culture, Environment & ResourcesScience: Nature, Knowledge and Understanding

Plus one subject from the following:Statistics & Data AnalysisQualitative Research Social Survey Design & Analysis

Plus four subjects. Selecting from the following is recommended:Anthropology: Cultural Diversity in Global PerspectiveIntroduction to Plant ScienceFundamentals of BiologyIntroduction to Information TechnologyIntroduction to MultimediaEffective WritingWorld History since 1900Legal Institutions & ProcessesLaw, Society & ChangeLegal ConceptsPreparatory MathematicsDrawing for Digital MediaThe Political World: An Introduction to Political ScienceModelling & Data VisualisationAustralian Society: An Introduction to SociologyEffective Drawing

Level 2Introduction to Environmental EconomicsUrban Geography & DesignCradle to Grave: Population Economy & EnvironmentIntroduction to Geographic Information SystemsEnvironmental Law & Policy

Plus three subjects from the Bachelor of Planning (contact Faculty for advice – (07) 4781 6823)

Level 3Environmental & Regional PlanningEnvironmental Impact AssessmentIndigenous Environmental ManagementSocial Impact Assessment: Environmental ManagementDisasters: Vulnerability, Mitigation & Planning

Plus two subjects from the Bachelor of Planning (contact Faculty for advice – (07) 4781 6823)

Level 4Planning Legislation & Professional PracticeProfessional Planning Work ExperienceMinor Project (Part One)Minor Project (Part Two)

Plus four subjects from the Bachelor of Planning (contact Faculty for advice – (07) 4781 6823)*Course structure information is included as an indicator of course content only and is subject to change

HonoursStudents who demonstrate strong academic performance may qualify for entry into the Honours course and a further year of study. The fourth year comprises research and the presentation of a thesis. An Honours degree is usually essential for entry into a research higher degree. The School of Engineering has an active research program and offers a wide variety of postgraduate study options.

Engineering16

Natalie OlsenBachelor of Engineering (Computer Systems)-Bachelor of Science (Mathematics), 2010

Software Engineer, Defence Science and Technology Organisation (DSTO), Department of Defence

All fourth-year engineering students will tell you that a thesis requires a lot of hard work, but it’s terrific when that hard work pays off.

A great aspect of Engineering at JCU is the small class sizes. You get to know the other students and your lecturers quite well. I enjoyed the hands-on projects we completed including a DC motor controller, wireless Ethernet data link and programming a FESTO modular production system.

A typical week studying engineering is hectic: there are assignments due, tests to study for and tutorials to complete – but it’s not as bad as it sounds! Time management was a skill that I picked up quickly. I played sport two or three nights a week and tutored students on three afternoons each week while still having enough time to complete all of my course work.

I am about to start a graduate position as a software engineer with the Defence Science

and Technology Organisation (DSTO) in South Australia. I am interested in researching control systems, automation, robotics and the biomedical applications of electronics in the future.

I was thrilled to win the Engineers Australia CN Barton medal. It’s awarded to the fourth-year engineering student who presents the best thesis seminar.


Engineering18

Alternative entry pathways

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 overview

This one-year course provides an introduction to the fundamentals of engineering including Mathematical

Foundations, Computing for Engineers and Effective Writing.


The 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.

Diploma of Introductory Engineering Studies

James Cook University has a commitment to making 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 entry pathways available at JCU – please contact the Student Enquiry Centre for further information (see back cover).

Bridging subjects

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.

Alternative entry with QTAC

The 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

Diploma courses

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

Diploma of Introductory Engineering StudiesCampus: Townsville; CairnsMode: on campus; full-time or part-timeDuration: 1 year full-timePrerequisites: EnglishMid-year entry: available on both campuses

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


Course StructureCore subjectsEngineering 1Mathematical Foundations

It is important students seek academic advice in selecting the most appropriate subjects prior to applying for the Diploma course. Select six of specified Level-1 subjects:

Engineering joint degrees

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 17 majors in the Bachelor of Science at JCU. Career areas include natural resource management, environmental consulting, communication technologies or minerals processing, to name a few.

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

Bachelor of Engineering- Bachelor of Information Technology

Bachelor of Engineering-Bachelor of ScienceCampus: Townsville; Cairns (first year only) Mode: on campus; full-time or part-time Duration: 5 years full-time Prerequisites: English; Maths B plus requirements

for Science majorMid-year entry: Townsville only



Bachelor of Engineering-Bachelor of Information TechnologyCampus: Townsville; Cairns (first year only) Mode: on campus; full-time or part-time Duration: 5 years full-time Prerequisites: English; Maths B Mid-year entry: Townsville only



Effective Writing; Preparatory Mathematics; Preparatory Physics; Preparatory Chemistry; Computing for Engineers; Advanced Stream Physics; Process Engineering; Statics and Dynamics; Electric Circuits; Mathematical Techniques; System Modelling and Visualisation; Evolution of the Earth; Dynamic Futures: Culture, Environment, Resources; Statistics and Data Analysis; Introductory Biochemistry and Microbiology; Fundamentals of Biology; Introduction to Plant Science; Diversity of Animal Life.

Engineering20

Engineering courses summary

Key * First year only TSV - Townsville campus CNS - Cairns campus

BACHELOR Majors

Prerequisite informationYears

(full-time)

Campuses and QTAC codes Mid-year entry

OP/RANK PageTSV CNS Others

ENGINEERING English; Maths B 4 314021 324021* TSV only 12/76

Chemical English; Maths B 4 314021 322081* TSV only 12/76 6

Civil English; Maths B 4 314021 324021* TSV only 12/76 8

Computer Systems English; Maths B 4 314021 322081* TSV only 12/76 10

Electrical and Electronic English; Maths B 4 314021 324021* TSV only 12/76 12

Mechanical English; Maths B 4 314021 324021* TSV only 12/76 14

PLANNING English 4 316271 326271 yes 17/65 16

JOINT BACHELOR Prerequisite informationYears

(full-time)


OP/RANK PageTSV CNS

ENGINEERING-INFORMATION TECHNOLOGY

English; Maths B 5 314071 324071* TSV only 12/76 18

ENGINEERING-SCIENCE English; Maths B plus extra requirements for Science major

5 314051 324051* TSV only 12/76 18

Diploma Prerequisite informationYears

(full-time)


OP/RANK PageTSV CNS Others

Introductory Engineering Studies English 1 314061 324061 yes 14/72 18

Please note, campus availability of joint degrees with majors depends on the major chosen.

Please note, mid-year entry students commence in June in Townsville with the subject ‘Mathematical Foundations’ offered in block mode.

Engineering undergraduate courses 2012 Directorate of Marketing and Engagement, James Cook University, April 2011.Design: Cameron LeBherzEditorial Production: Lianne Brown, Angus McCollPrinting: LotsaPhotography: Andrew Rankin, Through the Looking Glass Photography, iStock, Romy Siegmann, Steve Rutherford.© James Cook University; CRICOS Provider Number 00117J.

Disclaimer:

This publication is intended as a general guide and does not bind James Cook University (‘the University’) or any state or federal government department. Information is correct at the time of printing and the University reserves the right to alter, amend or delete any course or admission requirement, mode of delivery, fee or other arrangement without prior notice. Scholarships and grants are subject to change and are awarded in accordance with conditions imposed by the University from time to time. All costs quoted are in Australian dollars ($AUD).The University accepts no liability for any loss or damage a person suffers because that person has relied on any information within this guide.

Learn more about the many support services available to JCU students at: www.jcu.edu.au/student

Accommodation service

Apply for on-campus accommodation in Townsville, or search our online accommodation database: www.jcu.edu.au/accommodation

Support services for studentsCareers and employment service

Search for casual work at our online jobs database and get careers advice from trained employment officers: www.jcu.edu.au/careers

Student mentor program

Team up with a student mentor who is in the same course as you: www.jcu.edu.au/learningskills/mentor

Indigenous students at JCU

Find out about study support and scholarships for Aboriginal and Torres Strait Islander students: www.jcu.edu.au/study/indigenous-students

Language and learning services

Learning advisers offer free short courses, on campus and online, to help you manage your time and study better: www.jcu.edu.au/learningskills

Disability support

AccessAbility is a confidential service for all students with a temporary or permanent disability, injury, illness or health condition. Contact the service if you have study-support needs: www.jcu.edu.au/disability

James Cook University CampusesJCU’s main campuses are in Townsville and Cairns. We also have campuses in Brisbane and Singapore for international students, and study centres for some courses in Mackay, Thursday Island and Mt Isa.

TownsvilleTownsville is Queensland’s second largest city with a population nearing 180,000 people. A thriving industrial city on Queensland’s northern coastline, Townsville is also an administrative and important service centre for north-eastern Australia. It is uniquely located within easy reach of two World Heritage listed natural wonders – the coral reefs of the Great Barrier Reef and the rainforests of the Wet Tropics region. To the west are the savannas and gulf country of the outback.

Townsville campus

Located on 386 hectares of natural parkland in the suburb of Douglas, the Townsville campus supports approximately 12,000 students. On-campus colleges and halls of residence provide accommodation for around 1,250 students and there are excellent fitness and sporting facilities.

CairnsCairns’ idyllic location has seen it evolve from a small seaport, servicing busy industries inland, to a popular tropical destination for visitors from around the world. Cairns lies 350km north of Townsville, and its population of more than 150,000 people enjoy life in a cosmopolitan coastal city, uniquely positioned between two World Heritage listed natural icons – the coral reefs of the Great Barrier Reef and the rainforests of the Wet Tropics region. So accessible are these regions from Cairns, visitors can enjoy both in one day.

Cairns campus

The Cairns campus is located at the foot of rainforest-covered mountains, 15 kilometres north of the city centre and adjacent to Cairns’ northern beaches. Officially opened in 1995, this growing campus of some 4,000 students has modern and innovative teaching facilities, and specialist research hubs. New developments include a $30 million, state-of-the-art teaching facility for dentistry.

For more information about JCU campuses and Study Centres visit: www.jcu.edu.au/about/locations

JCU Townsville Campus JCU Cairns Campus

Cairns

Thursday Island

TownsvilleMackay

Mount Isa

Brisbane

Singapore

Course and admission enquiries

JCU Student Enquiry Centre Freecall (from within Australia) 1800 246 446

[email protected] [email protected] www.jcu.edu.au/future

Course information www.jcu.edu.au/courses

International students

James Cook University International

Townsville campus (07) 4781 5601 [email protected]

Cairns campus (07) 4042 1558 [email protected] www.jcu.edu.au/international

QTAC (Queensland Tertiary Admissions Centre)

PO Box 1331 Level 2, 33 Park Road Milton QLD 4072 1300 467 822 or (07) 3858 1222 www.qtac.edu.au

Scholarships

Search for scholarships, bursaries and grants online: www.jcu.edu.au/scholarships

JCU publications

Undergraduate courses 2012 Business & IT Creative Arts Education Engineering Humanities & Social Sciences Journalism, Communications & Languages Law Medicine & Health Science

Courses & Careers: JCU Undergraduate Study Guide 2012

Postgraduate Study Guide 2012

Key dates

JCU Open Day Cairns Sunday 21 August 2011

JCU Open Day Townsville Sunday 28 August 2011

Tertiary Studies Expo (TSXPO) 16-17 July 2011 RNA Showgrounds, Brisbane

QTAC closing date (for on-time applications) Late September 2011

Teaching Period 1, 2012 Classes commence Monday, 20 February 2012

For JCU events and career market information visit www.jcu.edu.au/events

Further Information

engineering undergraduate courses 2012

Documents

study engineering

computer systems engineering

james cook university

university of queensland

oldest university

jcu lecturers

recogniseda jcu qualification

planning courses summary