Master of Computer Science in Network and Information Security

at University of Wollongong - Wollongong Campus Australia

Are you interested in understanding the links between the brain and behaviour? Do you want to understand the biological building blocks of behaviour? The Bachelor of Neuroscience will provide you with a sound understanding of the molecular, neural and cognitive underpinnings of behaviour as well as providing grounding in the investigative research methods used in the area.

What you will study
You will study the biological basis of behaviour and learn about how the brain links to human behaviour. Using a foundation in biology, chemistry and psychophysiology, the Bachelor of Neuroscience will provide you with the groundwork for applying this knowledge to addressing questions in understanding how we think, the processes underpinning ageing, neurological and mental health disorders.

This degree
Your first year will provide you with a broad understanding of foundation level biology, chemistry, physiology and psychology. You will learn the basics of writing research reports, laboratory skills, scientific communication and the scientific knowledge that will be examined in depth later in the course. During your second and third year, you will gain knowledge on specific topics such as pharmacology, cognitive sciences, genetics and quantitative research methods. Throughout your degree you will be an active scientist, gaining scientific skills which will be applied during a research internship in your third year.

The Master of Business Administration (MBA) Advanced is designed for experienced professionals with ambition and drive who wish to develop their responsible and sustainable leadership skills. You will gain a holistic strategic business point-of-view required to operate effectively in an increasingly competitive and changing global business world.

The course has been designed to cover three stages:

• Diagnostics, where you learn to diagnose issues in real organisations with a focus on marketing, employee engagement, talent management and accounting.
• Exploration, where you explore the latest thinking and practices in organisations and research worldwide, while developing skills in innovation and business transformation.
• Integration and Application, where you develop your strategic decision-making skills, undertake a real-world business project and enhance your personal effectiveness as a responsible leader.

The MBA Advanced offers students the opportunity to specialise further in their area of interest by completing four additional subjects from a specialisation of their choice. Specialisations are available in Accounting, Business Analytics, Finance, Innovation and Entrepreneurship, Human Resource Management, Marketing, Project Management, or Supply Chain Management.

Your learning approach will include real-world case studies, experiential learning including planning and executing an integrated and live business project towards the end of the course, and teamwork, with an emphasis on peer learning.

If you've excelled in your Bachelor of Politics, Philosophy and Economics degree, you should consider an Honours year to gain an in-depth understanding of a topic that interests you. The Honours research topics available are varied and negotiable: if you are passionate about a topic and want to find answers, you'll be encouraged and supported to do so.

Whatever your topic, being able to demonstrate your ability to achieve a complex goal, meet deadlines, investigate independently, use resources effectively and write coherently will be highly regarded by potential employers.

What you will study
The Honours year has two functions at UOW; as an in-depth project at the end of undergraduate study, and as a bridge between undergraduate study and advanced research.

Studying Honours will:

• Teach you research skills, navigation skills and how to use information systems (archives, the library, databases and electronic research networks)
• Provide an opportunity to articulate complex ideas in both verbal and written format
• Provide the experience of working closely with a supervisor on a project and preparing a major project to meet a deadline
• Provide experience in devising, researching and delivering an individual topic of study in an extended thesis of approx. 15,000 words

The Master of Engineering (Civil) provides graduate Engineers with discipline-specific knowledge and technical skills in advanced civil engineering. This degree covers many areas including sustainable infrastructure, environmental protection, the conservation of resources, as well as the traditional disciplines of structural, geotechnical and transportation engineering. This course is also suitable for practising civil engineers with relevant work experience in engineering infrastructure constructions.

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 core subjects in Professional Communications and Engineering Workplace Practice, Innovation and Design, Structural Design Based on Australian Standards, Advanced Computer Applications, Sustainable Roads and Railway Engineering, Construction Management and Engineering Research Methods. For the Civil Engineering major you will study subjects in Advanced Foundation Engineering, Advanced Soil Mechanics, Engineering Hydrology and Tunnelling and Underground Construction. You will also complete an advanced project.

Mandarin is the first language of more than one billion people and is the most spoken language in the world. China has a 5,000-year history and culture and boasts the fastest-growing economy worldwide. Cultural and economic exchange between China and its neighbours is continually increasing and Chinese language skills are now in great demand. The Chinese (Mandarin) for Non-Chinese Background Students major is for students who have no prior knowledge of the language, or of Chinese characters.

At UOW, you will study Mandarin language, grammar, culture and history. You will learn Mandarin from the comparative linguistic perspective and be able to express yourself clearly and accurately in spoken and written Mandarin in a wide range of situations including social and the global business market. You will learn to recognise and respond personally to differences between Chinese culture and your own cultural heritage by analysing film, poetry and other cultural products.

What you will study
Core subjects will teach you to speak Mandarin for social situations before moving on to speaking advanced Mandarin, and learning about Chinese heritage, modern Chinese history and contemporary China.

In addition to the Mandarin major you will choose a minor or a second major from the Bachelor of Arts offerings.

As data sets continue to expand exponentially, connecting data with artificial intelligence technology can provide new insights that are critical to solving complex problems.

Big Data can solve problems in science, society and business including population growth, transport, security, medical technology, trade and commerce. However, data first needs to be processed and refined so we can gain intelligence and make better decisions.

Artificial Intelligence (AI) aims to develop computer software and hardware to enable machines to learn from experience, adapt to new, incoming information and tackle tasks that require human-like thinking.

The most common examples of AI today - from chess computers to driverless vehicles - are based on deep learning, computer vision and natural language processing and various other methods. With these technologies, computers can be trained for specific tasks by processing large amounts of data and recognising patterns in the data.

AI is being integrated into every major technological system in the world in healthcare, legal and financial services, manufacturing, education, transport, agriculture, mining and other industries where automation and robotics can enhance production and improve safety.

What you will study
You will study subjects in the foundation of AI and Big Data, augmented and virtual reality and complete subjects in foundations of AI, modern AI, Big Data management, Big data mining techniques and implementation.

The Bachelor of Computer Science (Honours) course is a follow-on degree from the Bachelor of Computer Science. It will provide you with an opportunity to develop, to a sophisticated level, established theoretical and practical skills gained during your undergraduate course.

This degree
A weekly seminar in Autumn and Spring Sessions provides training in advanced research skills specific to disciplines within computer science, as well as providing you with the opportunity to exercise these skills in a peer-reviewed environment.

The program of study provides:

• Scholarly grounding in scientific research
• High level of research competency
• Strong foundation in scientific work
• Advanced research skills in computer science
• Preparation for future higher level research degrees

If you are considering an Honours degree, you are encouraged to talk to the Program Coordinator well in advance to seek approval for enrolment, discuss your program, and negotiate a thesis topic and supervisors.

What you will study
You are given the opportunity to undertake research on a topic of your interest. In addition, you will also complete four elective subjects ranging from data mining, software engineering, visualisation, computer security and other subjects.

Applied mathematics is the basis for successful decision-making and problem solving independent of sector or industry; it can provide new insights into nature, technology and business and create a pathway for innovative solutions. Applied mathematics underpins a wide range of scientific and commercial enterprises, providing extensive career options. Just about every industry depends at some point on handling and interpreting data, and on predicting and modelling outcomes. Mathematical results drive policy and innovation.

Pure mathematics is concerned with exploring patterns and solving problems; it can provide new insights into nature, technology and business and create a pathway for innovative solutions. Pure mathematics focuses on developing and analysing unifying mathematical concepts and principles through deductive reasoning. A focus on pure mathematics is ideal for students who enjoy developing creative solutions to subtle problems and wish to explore the abstract and logical aspects of the discipline.

Statistics is the study of the collection, organisation, analysis and interpretation of data. Applied statistics use mathematical concepts and methods to develop, design and analyse scientific experiments, sample surveys, medical clinical trials, environmental studies, and industrial and business big data systems. It uses mathematical models of variation to enable analysis and forecasting in many industries. It is the basis for successful decision-making and problem-solving in government, business, science, engineering, agriculture and industry.

This degree
The Bachelor of Mathematics Advanced is available to students who have achieved outstanding results at the highest level of mathematics in high school, or have the equivalent level of knowledge on entry to UOW. This elite degree offers an accelerated program of studies to high achieving students with a passion for mathematics. A unique feature of our advanced program is the undergraduate research projects, which allow students to undertake an investigation into a specific area of mathematics and statistics under the supervision of a member of staff from the School of Mathematics and Applied Statistics.

There are opportunities for scholarships from corporate partners, summer research scholarships and access to programs from the Australian Mathematical Sciences Institute (AMSI) and inter-university courses via our Access Grid RoomAn alternative path for entry to the advanced program is by invitation for students in the Bachelor of Mathematics degree who achieve outstanding results in their first year of study in mathematics subjects.

What you will study
This degree offers a flexible structure allowing you to take one intensive first-year subject, and accelerate your studies by taking second-year subjects in your first year. You will undertake research projects in your second and third years. These projects will enable you to work closely with active academic researchers to develop your independent learning and critical thinking and problem-solving skills.

An Honours Advanced Mathematics degree is available to candidates who have achieved an average of 80% or better in the Bachelor of Mathematics Advanced.

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.

There is currently a high demand for graduates in Medicinal Chemistry. The Master of Medicinal Chemistry degree provides vocational training, together with specialized coursework and a small research project.

What you will study
Additional preparatory subjects focus on laboratory work and science communication skills. It provides an alternative career path to Ph.D. studies or upskilling for the industry.

This degree
This degree is designed through the lens of global perspectives in science where you will also be exposed to emerging technologies such as the use of drones, artificial intelligence AI, coding, and virtual reality (Google VR) in science data collection and analysis during your first-year core subjects.

The program also integrates your graduate work practice skills to allow you to translate your skills into career-ready attributes.

With the appropriate qualifications and laboratory skills, you can be awarded credit for these preparatory subjects.