engineering - university of newcastle course experience questionnaire 2014 ... australian-made...

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What is engineering?

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SATISFACTION100 15090% 95%No.1in the world for Civil Engineering1

in the world for Chemical Engineering1

rating from our 2014 Computer Science graduates2

in Australia for good teaching and student satisfaction in Chemical Engineering2

of Engineering students employed on graduation3

Engineers are the people who make great ideas happen – problem solvers who search for quicker, better and more efficient ways to use the forces and materials of nature to bring to life exciting new innovations like lightning-speed mobile technology, driverless vehicles and towering buildings that stretch into the sky.

Some of mankind’s greatest technological achievements, such as electrification, computing, telecommunications, automobiles, health technologies and space travel, are part of our lives today because engineers made them a reality.

The Macquarie Dictionary defines engineering this way: the art or science of making practical application of the knowledge of pure sciences such as physics, chemistry and biology.

Why Maths MattersEngineering is the perfect career for anyone who likes maths and science but wants to do something practical.

The most essential knowledge for an engineering student is a strong grasp of maths. We recommend that students enter our programs at an Extension 1 level of HSC maths. A good foundation in maths early in your degree will set you up with the best chance of success.

1 QS World University Rankings by Subject 20152 Course Experience Questionnaire 20143 Excellence in Australia for Research Rankings 20134 Engineers Australia Statistical Overview 2013

Being part of the solutionEngineers will play a critical role in overcoming the challenges our world now faces; environmental degradation, cybersecurity, climate change, food and water security, health care for an aging population…You could work on a water purification system to provide clean drinking water, create artificial body parts for people with a disability, design a new recycling process or develop renewable energy solutions.

Challenges and rewardsYour work as an engineer will see you facing exciting challenges. You’ll be expected to make critical judgments that balance design improvement, cost, risk and environmental impact. For this, you’ll be valued and well rewarded. Starting salaries for Australian Engineering graduates average around $77,300.

Flexibility As an engineer you might work 9-5 in an office or fly-in-fly out from a project site. Maybe you’ll prefer hands-on fieldwork, design and development work, or a leadership role - managing projects and teams. Either way you’ll use a balance of lateral thinking, communication skills and technical knowledge to develop the best possible solutions to the challenges you’re presented with.

Creativity and innovationIf you’ve always thought engineering was just calculations and equations, think again. Answers – and ideas – don’t come to life without flashes of inspiration. The art of engineering is applying science and maths to real world problems - using ingenuity and innovative thinking to push the boundaries.

DiversityEngineers work on a huge range of tasks in many different environments - industries like electronics, energy, food, manufacturing, pharmaceuticals, construction, environmental, health, transportation and public utilities. You could work for yourself, for a big company, for the government, a not-for-profit, or for a research organisation like the CSIRO.

Global opportunities As a qualified engineer, you can travel the world and work on projects like rebuilding roads in East Timor, designing waste management systems in developing countries, developing high-rises in Dubai, or managing the engineering process for a wind farm in Denmark – the world really is your oyster.

Engineering is:

TOPAVERAGE STARTING SALARY OF

ERA 5200$77,300 No.1No.1in the world for Electrical and Mechanical Engineering, and Computer Science and IT1

in Australia for research in Engineering3

for Australian Engineering graduates in 20134

in Australia for good teaching in Mechanical Engineering2

Five star university for research in Engineering, Civil, Electrical and Electronic, Mechanical, Resources Engineering, and Extractive Metallurgy3

1 | Engineering

ScholarshipsUON offers a huge number of scholarships. You might be eligible for a high achievers scholarship worth up to $32,000 or an $8,000 scholarship to help you relocate to Newcastle. There are also a number of industry scholarships available to students in their first and second years – these involve an industry placement that can give you a head-start in your career. Visit www.newcastle.edu.au/scholarships for more information.

Get a taste for researchEach year we offer paid opportunities for students to apply their skills and knowledge into real and exciting research. Our students have devised new technologies for geotechnical applications, virtual reality environments, a medical implant for bone lengthening, and explored facial expression recognition technology for companion robots.

Industry experienceFrom industry guest lectures to live projects sponsored by business, you’ll gain exposure to real-world challenges and engineering applications. Of course, as an engineering student you must complete twelve weeks of work placements during your degree. This hands-on experience will put your knowledge into practice and deepen your learning.

Bring your learning to lifeFrom our Formula SAE team, who design, build and race their own formula one style car each year, to our NUBots robotic soccer team, there’s a huge range of student groups and projects to help bring your studies to life. You might find your way to our Makerspace and work on your own technology projects, share ideas and tinker with PCB mills and 3D printers. Perhaps you’ll join RoboGals and help inspire school students to engage with technology. Or get involved with NUWiE, the Newcastle University Women in Engineering group.

Be professionally recognisedAll our engineering degrees are accredited by Engineers Australia and affiliated international organisations. Our computer science, software engineering and computer engineering degrees are recognised by the Australian Computer Society. Our surveying degree is recognised by the Board of Surveying and Spatial Information of NSW and meets the requirements of the Reciprocating Board of Surveyors of Australia and New Zealand. Our chemical engineering degree is accredited by the Institution of Chemical Engineers (UK) (IChemE).

Engineering at UON

University of Newcastle | 2

Combined DegreesBachelor of Engineering (Honours) (Chemical) / Bachelor of Business

Bachelor of Engineering (Honours) (Chemical) / Bachelor of Mathematics

Bachelor of Engineering (Honours) (Chemical) / Bachelor of Science (Chemistry Major)

Bachelor of Engineering (Honours) (Civil) / Bachelor of Business

Bachelor of Engineering (Honours) (Civil) / Bachelor of Engineering (Honours) (Environmental)

Bachelor of Engineering (Honours) (Civil) / Bachelor of Engineering (Honours) (Surveying)

Bachelor of Engineering (Honours) (Computer) / Bachelor of Computer Science

Bachelor of Engineering (Honours) (Computer) / Bachelor of Mathematics

Bachelor of Engineering (Honours) (Computer) / Bachelor of Science (Physics Major)

Bachelor of Engineering (Honours) (Electrical) / Bachelor of Business

Bachelor of Engineering (Honours) (Electrical) / Bachelor of Mathematics

Bachelor of Engineering (Honours) (Environmental) / Bachelor of Science (Physics Major)

Bachelor of Engineering (Honours) (Mechanical) / Bachelor of Business

Bachelor of Engineering (Honours) (Mechanical) / Bachelor of Engineering (Honours) (Mechatronics)

Bachelor of Engineering (Honours) (Mechanical) / Bachelor of Science

Bachelor of Computer Science / Bachelor of Mathematics

International Study OpportunitiesSee the world, experience another culture and add another dimension to your degree with an international study experience. You can go on a full semester’s exchange, undertake an international internship or take a study tour between semesters. UON engineering students Jesse Nolan and Hayley Ovenden (pictured far left) received New Colombo Plan Scholarships from the Australian government to study in Singapore with our partner Nanyang University of Technology, which ranks in the world’s top 15 Universities.

3 | Engineering

Tristan RobinsonUnmanned vehicles

For Tristan’s final year project, he developed new computer algorithms for localisation of mobile robots using laser measurements. “As part of my degree, I also did a 3-month internship at the Sony semiconductor development laboratories in Japan, where I was part of the team developing electronic integrated circuits for computers. This was a fantastic experience.”

Tristan now works as a Research and Development engineer for Boeing on computer vision for navigation of unmanned aircraft in GPS denied environments. This project is being conducted in collaboration with the University of Newcastle and the bio-robotics laboratory at the Queensland Brain Institute.

Tristan graduated as a mechatronics engineer in 2012.

Infinite possibilities

Larissa Fedunik-HofmanRenewable energy

Larissa is currently undertaking her PhD through UON and as a member of the Australian Solar Thermal Research Initiative at the CSIRO. “I believe that the shift away from fossil fuels and towards renewable energy is inevitable and the sooner we make research breakthroughs about how to deliver energy from renewables most efficiently, the better.”

“Through my research, I am hoping to propose an inexpensive solution for solar thermochemical energy storage which can compete with commercial methods and help lower the cost of electricity from solar energy.”

Larissa graduated with a Bachelor of Engineering (Mechanical) in 2015.

Yasser HamedDigital animation

Yasser is the Senior Technical Director for Walt Disney Animation Studios in Los Angeles, USA.

He is responsible for the research and development behind the feature films Beowulf, Cloudy With a Chance of Meatballs, Alice in Wonderland, Tangled and Big Hero Six. He‘s part of an Academy award-winning team that entertains millions around the globe.

Usually reserved for Nobel Prize winners and professionals of international acclaim, Yasser was granted permanent US residency based on the category ‘Alien of extraordinary ability in the arts or sciences’.

Yasser graduated with a Bachelor of Engineering (Mechanical) in 2002.


Andreas AntoniadesAffordable satellites

Director and Lead Engineer of his own high-tech start-up, Obelisk Systems, Andreas is an entrepreneur with a passion for education. For his final year project, Andreas designed an affordable satellite called ProtoSAT, which has the potential to bring space science to the classroom, research environments and beyond.

“I think it’s important that anyone who is interested in space science and technology should be encouraged to get involved.”

Andreas’ ProtoSAT product conforms to the international CubeSat standard, but is affordable enough to allow students at all levels to research new ideas and uses for small satellite technology.

In 2016 Andreas will graduate with a combined degree in Electrical Engineering and Business.

Penny WilcherAustralian-made chocolate

During her graduate program with Mondelez International, Penny got to work at the Hobart Cadbury Factory as a Process Engineer. She is currently based in Melbourne, working as a Commercialisation Consultant at the Vegemite and Peanut Butter factory. It’s her dream job, ‘Sometimes I have to pinch myself to make sure it’s really real!’

"Engineering teaches you how to think and solve problems in a logical way. As a chemical engineer in the food industry, your role is to build efficiency to ensure you are driving processes to optimal potential for the product - which is critical to ensuring our food manufacturing industry remains competitive so we can continue to enjoy Australian-made products. For example – there are 35 crystal forms of chocolate and only two of them will melt in your mouth. You have to get the exact temperature profile for heating and cooling the chocolate to make sure it’s got that lovely smooth consistency we all love!”

Penny graduated with a Bachelor of Engineering (Chemical) in 2014.

Ebony HeslopClean water

Passionate about using her engineering skills to contribute to society and the environment, Ebony spent a year in Vietnam with a local NGO, working on sustainable water and sanitation solutions for rural communities. Her placement was arranged through Engineers Without Borders, an organisation with a mission to connect, educate and empower people through humanitarian engineering. Ebony is pictured here with her colleague from Habitat for Humanity Vietnam after a typhoon ravaged Quang Nam Province. They were supporting the distribution of housing material so the community could repair their homes. Like many things in Vietnam, the materials were transported by motorbike!

Back home in Australia, Ebony works for NSW Health’s Water Unit. She brings her knowledge of water operations and planning to regulation of water quality and helps to ensure the people of NSW have access to safe drinking water.

Ebony graduated with a Bachelor of Engineering (Environmental) (Hons) in 2008.

5 | Engineering

Our degrees


BACHELOR OF ENGINEERING (HONOURS)

(Chemical)Study duration: 4 years

What is chemical engineering?By turning raw matter into something we can use, chemical engineers create and improve consumer products, solving problems that stand in the way of improving nearly everything we use. Consider toothpaste, fuel, chocolate, beer, paracetamol, puff pastry and lipstick – these are just a few of the everyday products that chemical engineers help create. They use creativity, maths and science – particularly chemistry - to overcome technical problems in a safe and economical fashion. Chemical engineers need to be extremely versatile and able to handle a wide range of technical problems.

Careers in chemical engineeringChemical engineers work in food processing, manufacturing and resources. They’re involved in creating products like plastics, fertilisers, consumables, pharmaceuticals and paints. They also play a major role in the developing fields of environmental control, resource utilisation, minerals processing, renewable energy, waste management, recycling, new materials development, biotechnology and semi-conductor production.

Course contentEngineering studies, physics, mathematics, heat and mass transfer, thermo-fluid engineering, particle technology, reaction engineering, plant design for clean and economical processes, separations involving solids, liquids, and gases, process control, project management and research.


(Civil)Study duration: 4 years

What is civil engineering?Civil engineers design, build, manage and oversee the operation of the infrastructure that keeps society ticking over. The world of the civil engineer revolves around highways and railways, buildings and structures, foundations, tunnels, airports, power generation facilities, water and wastewater treatment plants, distribution systems and harbour transport facilities. Without civil engineers, modern societies simply couldn’t function.

Careers in civil engineeringCivil engineers work for construction companies, the environmental field, consulting firms, project management companies, transport companies and governments. Civil engineers can specialise in structural engineering – designing buildings, bridges, airports, railways, towers and tunnels; water engineering – designing and managing water supply, control and treatment systems; transport and traffic engineering – planning investigating and optimising transport systems; or geotechnical engineering - designing foundations and support structures, assessing stability of slopes and the suitability of materials for infrastructure projects.

Course contentEngineering studies, mathematics, physics, surveying, computer programming, mechanics, properties of solids and fluids, structural engineering, geotechnical engineering, water engineering and transportation engineering.

7 | Engineering

BACHELOR OF ENGINEERING

(Mining Transfer Program)Study duration: 2 years transfer program with UNSW or Wollongong

What is mining engineering?Mining engineering is the design, supervision and management of coal, mineral and metal mines and their associated infrastructure. Modern mining engineers minimise damage to environments while balancing the optimum production and processing of the mined matter. Mining refers to the extraction of valuable minerals or other geological materials from the earth, usually (but not always) from an ore body, vein or coal seam.

Careers in mining engineeringThe mining sector is dominated by large and often multinational companies. The industry is split into two sectors – one specialising in exploration for new resources, and the other in mining those resources. The careers that can be pursued as a mining engineer track the development of a mine from discovery of a mineral resource through to design, commissioning operations and beyond, including: open-cut or underground hard-rock mining, mine management, drilling, blasting, planning, environmental planning.

Course contentEngineering studies, mathematics, physics, structural and environmental mechanics, geomechanics, technology and human values, surveying, computer programming, underground mining, surface mining, blasting, geology, mine ventilation, mine economics, mine planning, mine water, environmental impact, regulations and safety.


(Environmental)Study duration: 4 years

What is environmental engineering?By minimising environmental problems through sustainable development, environmental engineers design and manage solutions to the complex environmental challenges our planet faces. Environmental engineering involves the implementation and management of sustainable engineering practices that have a profound impact on our health and quality of life. The environmental engineering philosophy centres on optimising the use of resources as communities develop and grow.

Careers in environmental engineering Environmental engineers work for governments, consultancies, contracting firms, universities, research and development organisations, technology transfer companies and large manufacturers. They work on environmental issues such as: toxic materials control, water supply, water resource management and restoration, stormwater and wastewater management, environmental management systems and impact assessment

Course contentEngineering studies, mathematics, physics, environmental engineering, water engineering, chemical engineering, geotechnical engineering, natural science, biology, chemistry, environmental planning and design, fluid mechanics, land and water management.



(Surveying)Study duration: 4 years

What is surveying?Experts in measurement and its systems, surveyors transform ideas into plans, and plans into reality. Everyone has seen surveyors on the streets, hammering pegs into the ground and looking through tripod-mounted telescopes (theodolites). But a surveyor’s horizons can be much wider than the streets of suburbia, with surveyors also working on predicting earthquakes, monitoring environmental change and mapping the ocean floor. It is important that we can measure, present and understand the size and shape of our world and that is precisely what surveying does. It includes the collection, manipulation, storage and sharing of spatial data in relation to land, sea, space, forensics, medicine and many areas of industry.

Careers in surveyingSurveying is experiencing an explosion in high-tech data management, with typical applications ranging from aerial surveying through to machine tooling and even work in the medical field. Surveyors work in consultancies, private practice, the mining industry and government organisations. There is a shortage of surveyors in Australia and graduates generally enjoy 100% employment rates with very high starting salaries. Some of the areas of surveying include cadastral surveying, engineering surveying, hydrographic surveying, mining surveying, geographic information systems, photogrammetry, remote sensing, geodesy and land information.

Course contentFluid mechanics, physics, mathematics, surveying, electronic surveying, water engineering, geomechanics, transportation, spatial data systems and remote sensing, survey computing, hydrology, photogrammetry, industrial surveying, land boundary definition, and satellite positioning.

BACHELOR OFENGINEERING (HONOURS)

(Mechanical)Study duration: 4 years

What is mechanical engineering?Mechanical engineering is about turning energy into motion and power. Mechanical engineers design and develop everything from door locks to space shuttles. They work on power plants, renewable energy systems, electrical generators, robots, propulsion systems, computer systems, climate control systems, respirator and air-conditioning systems, aircraft engines and automobiles. Mechanical engineering covers the generation, conversion, transmission and use of mechanical and thermal energy. It also involves studying the behaviour of solids, liquids and gases under various conditions.

Careers in mechanical engineering Most mechanical engineers work in design, supervision or management and typical professional positions include: engineering design, construction and commissioning of mechanical systems, management of operating plant and projects and supervision and maintenance of manufacturing processes and automated systems. Almost all industries need mechanical engineers. They work in petrochemical, manufacturing, transportation, automotive, aerospace, electronic, mining and robotics industries, and in growth sectors like communications, banking, public utilities, consulting practices and entertainment.

Course contentEngineering studies, physics, mathematics, advanced materials and manufacturing, bulk solids handling, design, engineering management, mechanics, fluid dynamics and thermodynamics and computer aided engineering.

9 | Engineering


(Electrical)Study duration: 4 years

What is electrical engineering?Electrical engineering is the science of power generation and distribution, signal processing, and analogue and digital electronics. It covers electronics, computer systems, telecommunications, bioengineering, control, robotics and electrical power engineering. Electrical engineers design and build the systems and machines that generate, transmit, measure, control and use electrical energy essential to modern life.

Careers in electrical engineering Electrical engineers are employed in utilities, industry, manufacturing, consulting services and electronic design and development. Graduates might focus on electronics engineering – designing, developing and manufacturing computers, guidance and detection systems, pollution monitoring instruments, broadcasting and telecommunications equipment and prosthetic devices.

They could specialise in automation and control engineering – designing and building the automatic systems that control our water supply, chemical plants, oil refineries, factories and mines. Others might work in robotic engineering or power generation and distribution – providing a reliable and safe electricity network.

Course contentEngineering studies, mathematics, physics, power generation and distribution, telecommunications equipment, signal processing, and analogue and digital electronics.


(Mechatronics)Study duration: 4 years

What is mechatronics engineering?Mechatronics engineers use mechanical and electronic components as well as computers to develop new solutions to industrial problems. They are concerned with the technical design, automation and operational performance of electro-mechanical systems, often in the creation of new products. Mechatronic systems are almost everywhere you look, with examples including aircraft, underwater vehicles, motor vehicles, automated manufacturing plants, medical and surgical devices and systems, robots, toys and artificial organs. It is expected that the next two decades will see an explosion of automated mechatronic systems.

Careers in mechatronics engineeringMechatronics engineers often specialise in integrated computer controlled mechanical and electrical systems found in the manufacturing and mining industries. They are also employed in electrical plants and companies where automation and process control is required. Graduates can take up careers in the robotics, aerospace, chemical, defence, automotive, marine, manufacturing and finance industries.

Course contentEngineering studies, mathematics, physics, mechanical and electrical engineering, control systems, electronic design, mechanical engineering design, mechanics of fluids, solids, sensors and actuators, computer-integrated manufacturing, computer networks, electrical systems, engineering management, finite element analysis, heat transfer, microprocessor systems, modelling and simulation.



(Computer)Study duration: 4 years

What is computer engineering?The rapidly growing field of computer engineering involves the use of digital and computing technologies to solve problems in industrial systems and in areas such as information processing, data transfer, communications, commerce and travel. Computer engineers develop both hardware and software for electronic and microprocessor-based systems which can be applied in a range of areas. Areas of focus for computer engineers are electronics design, digital electronics, computer architecture, embedded systems, signal processing and systems software.

Careers in computer engineeringComputer engineers generally find employment in areas such as embedded microprocessor systems, digital control systems, image processing, digital signal processing, tracking and surveillance, measurement and sensing, data processing systems, software engineering, biomedical engineering and power systems. They work on design and development of ICT infrastructure and computers – from simple desktops to complex aviation computers. They also develop systems for the defence, healthcare and communications industries.

Course contentEngineering studies, physics, mathematics, computer engineering, digital systems, software engineering, signal processing, control systems, electronics, communication networks and systems, software engineering and computer science.

BACHELOR OF

Computer ScienceStudy duration: 3 years

What is computer science?Computer science encompasses the design and implementation of software applications with a focus on developing new techniques and methodologies. This field spans a wide range of areas including complex problem solving, artificial intelligence, robotics, computer graphics, bioinformatics, web development and data security. Computer scientists work on challenging programming tasks, supervise other programmers, devise new ways to use computers and develop effective solutions for challenging computing problems. They are the main drivers of new software technologies.

Careers in computer scienceComputer scientists work in software development companies, financial institutions, government departments and research organisations. Their roles encompass the development and implementation of software for complex business problems, systems analysis and the management of computer resources. Graduates find jobs in: complex software systems; advanced computational techniques for graphics, animations and games; defence, security and database systems; and bioinformatics, computational intelligence and robotics.

Course contentEngineering studies, physics, mathematics, algorithms, artificial intelligence, compilers, computer graphics, computer networks, database systems, data security, graphical user interfaces, object oriented technologies, operating systems, web engineering and theory of computation. Students choose one of three majors:

• Applied Computing: computational algorithms, health-informatics and the applied sciences.

• Computer Systems and Robotics: systems design and algorithms, programming language systems, embedded systems, computer vision, machine learning and robotics.

• Studies in Computer Science: algorithms, databases, distributed and web computing, graphics and security.

11 | Engineering

BACHELOR OF TECHNOLOGY

(Renewable Energy Systems)Study duration: 3 years in total. 2 years of an Associate Degree of Applied Engineering (Renewable Energy Technologies) from TAFE, and a final year at UON.

What are renewable energy systems?Energy makes the world go round. It underpins literally every industry on earth. Climate change and population growth are some of the biggest challenges facing the future of society, and renewable energy plays a crucial role in addressing both. Technologies in renewables are evolving rapidly, and their usage has become economically advantagous. This has led to a growing international demand for engineers and technologists who specialise in the field. A broad understanding of a range of engineering disciplines is required to tackle these immense issues, along with big picture thinking and a multi-disciplinary approach. Renewable energy specialists use critical analysis and technical skills to design, develop, install, commission, maintain, repair and/or decommission sustainable technologies.

Careers in renewable energyA career in the green energy sector will be a long-lasting and versatile one. Engineers and technologists in this field are involved in a variety of renewable technologies and their integration into systems.These include technologies such as solar, wind and geothermal energy, biofuels and hydropower. Engineers and technologists research and develop creative ways to transform renewable energy into usable power and are vital not just in the design of these sustainable technologies, but also their implementation.

Course contentDepending on the particular specialisation, the course can consist of the following content: calculus of science and engineering, electrical engineering design, carbon accounting and energy auditing, quantum mechanics and semiconductor physics, electric machines and power systems, principles and design of off-grid power systems, power electronics and renewable energy systems, mechatronic systems, thermofluids, materials science and engineering, and renewable energy conversion.


(Software)Study duration: 4 years

What is software engineering?Software engineering involves the analysis, design, implementation, deployment and maintenance of complex computer software systems. Software engineers develop the tools and systems that are used in business and industry. In large software development projects, software engineers focus on analysing the client’s needs, finding the best software architecture solution, coordinating the implementation, integration and testing of software, and documenting and providing long-term maintenance. Typically, software engineers and computer scientists work together in teams and benefit from their synergistic, complementary skills.

Careers in software engineering Software engineers are employed in many areas including industry, government, commerce and research. They are employed to develop complex, large-scale software solutions in areas as diverse as mining and manufacturing, banking and finance, defence and security, computer games and other entertainment-related industries, telecommunications, internet and web engineering, aerospace, power generation and distribution, robotics and other complex systems.

Course contentEngineering studies, physics, mathematics, software and computer engineering, computer and software architecture, distributed processing, object oriented technologies, real time systems, software process improvement and metrics, software verification and web engineering.

Any questions and enquiries should be directed to:

Newcastle campus University Drive Callaghan NSW 2308 T 02 4921 5000

Central Coast campus Chittaway Road Ourimbah NSW 2258 T 02 4348 4030

Port Macquarie campus Cnr Oxley Highway and Widderson Street Port Macquarie NSW 2444 T 02 4921 5000Information in this publication is correct as at November 2015.

The University reserves the right to: withdraw any program or course; change the content or other aspects of any program or course; limit enrolments in any program or course; and/or alter the tuition fees for any program or course described in this publication.

FEBE HB Eng 15 I CRICOS Provider 00109J

contact visit uswww.newcastle.edu.au/engineering or www.newcastle.edu.au/future-students

[email protected]

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* Times Higher Education World University Rankings 2015 and QS World University Rankings 2015

engineering - university of newcastle course experience questionnaire 2014 ... australian-made...

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