Master of Information Technology in Enterprise Networking

at University of Wollongong - Wollongong Campus Australia

Combine an accredited psychology degree with a degree in Criminology, to broaden your knowledge and develop your competitive edge. You can qualify for entry to the fourth year of Psychology, required for provisional accreditation as a psychologist.

This degree
You will undertake comprehensive study in processes basic to human psychological functioning, combined with specialised studies that enable you to understand the causes, control, consequences, and prevention of criminal behaviour at the individual and social levels.

Psychology is the scientific study of the human mind and its functions, and how they influence behaviour. Psychologists use research findings to help us understand who we are and how we think, feel, act and change. By understanding these aspects of human behaviour, psychologists are able to promote wellbeing and understand psychological problems affecting people.

Criminology critically examines debates about crime, and how various contested theories and values translate into criminal justice policies and practices. This knowledge and skill set will allow you to contribute to addressing the complex and changing needs of individuals, families and communities in the face of technological, economic, environmental and social change.

The skills and knowledge you will acquire from these combined degrees will give you a distinct advantage in your professional objectives after graduation.

What you will study
In the first year of your degree you will study the foundations of psychology, learn about research methods and statistics, and complete a common set of core subjects from a number of social science disciplines.

In subsequent years, you will undertake study in personality, biological psychology and learning, cognition and perception, and developmental and social psychology.

The Criminology major will focus on criminology subjects relating to offenders, victims and agents of control, multidisciplinary understandings of crime, crime prevention, safe communities, security, probation and parole, human rights, and community justice.

Additional electives and minors from the Social Science, Arts and Science disciplines are also available to complement your studies.

Nutritionists are scientists who attain, maintain and promote the health of the public through nutrition research, communication of nutrition information or public health forums. Dietitians are specialist nutritionists who, in addition to these research and public health roles, are accredited to work with individuals and groups to help improve their health outcomes and quality of life. This occurs in settings such as the community, hospitals, private practice, research, and food service. You will undertake clinical experience in general and specialist hospitals in local, regional and rural areas, as well as in a variety of community and industry settings.

This course is designed to meet the core fields of competency, including the key areas of professional practice, improving nutrition outcomes for individuals, groups and communities, critical thinking and evidence-based practice and collaboration with stakeholders. These skills can then be applied to all areas of practice including clinical dietetics in hospitals and private practice, community and public health nutrition, food service systems management, and research.

Mechatronic engineering is the combination of mechanical, electrical and computer technologies. Industrial robots are a famous example of mechatronic engineering: computer-controlled mechanical arms capable of performing manual labour with greater strength, speed and efficiency than a human.

The reality is computer control of systems is so commonplace in homes, business and industry that nearly everyone uses a mechatronic system every day, from washing machines to central air-conditioning, cameras and computer printers.

A Mechatronic engineer's skill for combining and refining elements to improve the whole makes them valuable in fields such as digital electronics, manufacturing, information technology and robotics.

This degree
You will study a common first year allowing you to learn more about engineering and its different fields before deciding which discipline to study. The common first year provides you with sound fundamentals in mathematics, statistics, physics, chemistry, computing, engineering science and communication, mechanics, materials and fluids. You then focus on your chosen major study from second year.

Your degree includes a 12-week hands-on industry placement. You may gain credit for relevant work experience, either in Australia or overseas, by participating in our Professional Options Program.

Engineers work in a variety of industries, for example: construction, mining, resources, aeronautical, electronics, engineering management, telecommunications, power generation and distribution, renewable energy, aerospace, water resource management, robotics and manufacturing, railroad and shipbuilding.

What you will study
As an engineering student at UOW you will have access to fully-equipped laboratories and the latest computer-aided software that is used in modern industrial workplaces. Our engineering students are trained through practical learning experiences including:

• Laboratory experiments
• Problem based learning
• Computer simulations
• Teamwork assignments
• Industrial case studies
• Project management
• Site visits to industry

Double degrees aim to broaden a student's knowledge and skill base and improve career options in competitive, increasingly interactive fields. The programs are designed to enhance a student's educational, academic and professional qualifications whilst minimising the costs of their studies.

This degree

The Bachelor of Computer Science - Bachelor of Mathematics double degree offers an opportunity to combine the power of mathematics with knowledge bases in other disciplines. Pure Maths, Mathematical Analysis, Applied Statistics, and Industrial Maths are some of the programs that can be combined with Computer Science.

A Bachelor of Mathematics (Honours) degree considerably widens career opportunities and serves as an initial preparation for employment as a professional mathematician or statistician. It also satisfies the entry requirement for higher research studies such as a Master of Philosophy or a Doctor of Philosophy (PhD) degree.

This degree
The Bachelor of Mathematics (Honours) degree teaches highly transferable skills in problem-solving, data analysis, probability and variability, mathematical modelling, logistics and logic. The degree is flexible, so you can take up to one third of your subjects from other disciplines to expand your career options.

There are opportunities for scholarships from corporate partners, plus summer scholarships and undergraduate research projects with academic staff, access to programs offered by the Australian Mathematical Sciences Institute (AMSI) and inter-university courses via our Access Grid Room.

What you will study
You will complete a substantial thesis in Mathematics or Statistics in an area of interest under the close supervision of one or more members of staff in the discipline. The remainder of the degree consists of coursework subjects chosen from those offered by the School or the Australian Mathematical Sciences Institute (AMSI), with the approval of the Bachelor of Mathematics Honours Coordinator.

The Master of Engineering Science (Computer Engineering) is designed for engineers and graduates who wish to gain an advanced understanding at the master level of their current area of expertise in the field. As a graduate of this degree, you will have discipline specific knowledge and technical skills in the design and development of hardware and embedded systems, and develop specialist skills needed to lead a process of innovative change within the sector.

What you will study

You will study a core of key engineering subjects in Advanced Signals and Systems, Advanced Laboratory and Project, and choose subjects in your chosen field of computer, electrical or telecommunications engineering. A research component ensures that you enhance your analytical and practical skills.

For the computer engineering major you will study image and video processing, internet networking protocols and two advanced/technical computer engineering subjects from the Master list.

This degree

The Master of Engineering Science will provide you with the opportunity to further develop their technical knowledge in the disciplines of computer, electrical or telecommunications engineering, and the ability to analyse and solve engineering problems, and communicate these outcomes to other professionals.

The Master of Engineering (Mechanical) is designed to strengthen and extend your understanding of specific knowledge and technical skills in advanced mechanical engineering. With a focus on design, you will have access to knowledge of design and engineering sciences through courses such as heat transfer and thermodynamics, dynamics and control, aerodynamics, structural design and solid mechanics as well as a range of advanced technical coursework.

This degree

The Master of Engineering delivers expert skills and applied competencies required for the professional engineer. It is designed to train and enhance professional practice, advance technical and specialist skills, and provide an opportunity to put theory into practice with applied projects and research. The degree also delivers communication, strategic and project management skills essential to the practising engineer.

What you will study

You will complete the core subjects in Professional Communications and Engineering Workplace Practice, Advanced Manufacturing Processes, Innovation and Design, Research Methods, Project Management, and Engineering Computing.

For the Mechanical major you will study subjects in Finite Element Techniques in Mechanical Engineering, Strategic Management for Engineers and Technologists, Integrated Manufacturing Systems, plus electives selected from Mechanical or Engineering subjects. You will also complete an advanced project.

Geology is the scientific study of the physical structure and composition of the Earth, and the tectonic processes that shape our planet. Geologists play a critical role in the discovery, sustainable extraction and management of Earth’s resources.

The Bachelor of Science major in Geology combines a range of skills involving fieldwork, laboratory techniques and problem-solving skills to address key questions relating to our planet. These range from mapping the Earth from space, to monitoring natural hazards, to finding critical metals required for high-tech industry and renewable energy storage.

This degree will provide numerous potential career pathways as exploration and resource geologists in mining and energy industries, geohazard mitigation, in environmental remediation (e.g. waste management, water), geotechnical engineering, government, and cutting-edge research in universities.

A Bachelor of Creative Arts at UOW encourages you to immerse yourself creatively, critically and practically. The Creative Industries is one of the fastest-growing, most dynamic sectors in the world.

The study of music integrates physical, intellectual and emotional aspects, including instrumental or vocal performance, composition, music production and recording, history and theory. This degree offers a deeper understanding of how music works, as well as the skills to develop as a creative practitioner and prepare for a career in the arts.

This is a versatile, hands-on degree that prepares you for a career in the global creative industries. With a strong focus on contemporary music practice, this major combines performance, composition and both electronic and acoustic media so you can build your skills and expertise across three interrelated areas: music studio, audio production and critical studies in music.

What you will study
The Bachelor of Creative Arts (Music) involves study of theory and practice-based work. You will develop your own style and identity through creative processes, conceptual skills and applying your knowledge into practice, independently and collaboratively with students and staff from other creative disciplines. Beyond that you will build specialised technical skills, and a clear grasp of how your own practice relates to the wider music community.

The Graduate Diploma in Engineering delivers skills and applied competencies to students who wish to further their engineering knowledge and progress to become a professional engineer. It also provides a broadening program for current professional engineers who wish to further develop their engineering skills.

This degree provides a pathway to the UOW Master of Engineering, which is professionally accredited by Engineers Australia.

What you will study
You will study a core of key engineering subjects in Innovation and Design, Advanced Laboratory, Communication and ICT Workplace Practice and Engineering Research Method. You will undertake four elective subjects in your chosen field of either computer, electrical or telecommunications engineering.

This degree
The Graduate Diploma in Engineering is designed to train and enhance professional practice, advance technical and specialist skills, and provide an opportunity to put theory into practice with applied projects and research. The degree also delivers the strategic project management and communication skills essential for practising engineers.