Bachelor of Arts in Western Civilisation/Bachelor of Laws (Dual degree)

at University of Wollongong - Wollongong Campus Australia

If you are doing, or have done particularly well in your Bachelor of Communication and Media degree, you should consider an Honours year. Your Bachelor of Communication and Media degree will have introduced you to a wide range of topics and problems, and an Honours project will enable you to explore these ideas in much greater depth. Honours research topics are various and negotiable. If you are really interested in a topic and want to find answers, you'll be encouraged and supported.

From a potential employer's perspective, your ability to achieve a complex goal, meet deadlines, investigate independently, use resources effectively and write coherently are highly valued attributes.

The Honours year has a number of functions at UOW; as an in-depth project at the end of undergraduate study, and as a bridge between undergraduate study and advanced research.  It may also afford you the opportunity to explore future career options. Studying Honours teaches you: training in research skills and in information systems (archives, the Library, databases and electronic research networks);  opportunity to practise articulating complex ideas orally and in writing; experience in working closely with a supervisor on a project and in preparing a major project to meet a deadline; and experience in devising, researching and writing up an individual topic of study in an extended argument or thesis.

Ecology is the study of interactions among organisms and their environment, and conservation biology applies an understanding of these interactions for managing and protecting species and ecosystems. Ecologists and conservation biologists are broadly-trained, using the latest scientific knowledge, tools and techniques in both laboratory and outdoor settings to develop solutions across the areas of biodiversity, conservation, ecology, evolution, genetics, marine biology, medical research, and molecular biology. Evolution underpins biological science and can be used to predict phenomena, such as understanding the emergence of antibiotic-resistant organisms, and the ways in which different species might respond to global warming. Ecologists and conservation biologists work across all scales of biology, from molecules within organisms to populations of organisms and the ecosystems they form.

The Bachelor of Science is a flexible three year degree which allows you to choose from a variety of majors. In addition to these majors, opportunities exist for you to select additional minors to explore other areas of study.

What you will study
The Bachelor of Science major in Ecology and Conservation Biology incorporates field and laboratory studies at all levels, providing extensive opportunities for hands-on learning both within UOW’s modern laboratories, and in the superb marine, freshwater, terrestrial and urban environments of the South Coast and inland regions. The specialist conservation biology training, combined with a broad background in biology, ecology and evolution will give you the knowledge and skills sought in a wide range of government and industry organisations that conduct or facilitate research or use research as a basis for advising on policy, both in Australia and internationally.

Quantitative corporate finance and investment looks at the funding source and the capital structure of corporations. It examines tools and analysis utilised in corporate and business financial decision-making from a quantitative perspective. These decision processes may be short-term or long-term. Long-term decisions typically deal with the choice and type of corporate investments, sources of equity or debt funding and financial risk management. Short-term decisions mainly deal with working capital management of short-term assets and liabilities.

This degree
The Bachelor of Mathematics and Finance (Honours) teaches you the skills to apply sophisticated mathematical and statistical techniques to real-world problems. You are also encouraged to develop computing and communication skills, which are assets in the job market.

Bankers, investment managers, insurance companies and financial companies all rely on financial mathematics to survive and stay ahead of the competition.

Maths and Finance graduates work in all areas of industry and government as risk managers, investment advisers, traders, financial analysts and more. They work in all aspects of the finance sector from traditional banking to futures trading.

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

What you will study
You will learn how to assess investments and the method for identifying the best financial or investment product for a corporation. You'll develop quantitative skills and simultaneously develop an understanding of the corporate finance and investment sector.

Subjects you will study include: investment analysis, portfolio analysis, financial calculus, applied probability and financial risk, international finance, advanced corporate finance, linear and generalised linear models and partial differential equations. You will complete a Mathematics and Finance Honours Project.

Medicinal Chemistry covers all elements of the development of new medicines for human use, including the isolation of new medicinal agents from natural sources, the design and synthesis of new drugs, and understanding the cause of diseases at the molecular level. Medicinal chemists design and synthesise new medicinal and pharmacological agents, monitor guidelines for testing drugs and analyse drug regulatory affairs, assess patent applications for new drugs, and teach in tertiary institutions.

The Bachelor of Medicinal Chemistry (Honours) provides excellent training in the modern techniques of chemical science applied to the development of new diagnostic and therapeutic agents. During the fourth (Honours) year of this degree, you will undertake a substantial piece of independent research in Medicinal Chemistry, under the supervision of a leading researcher, together with other course work. On completion you will be ready for a career in the pharmaceutical industry, government agencies (health, agriculture, food and drug administration), or research organisations.

International Relations is a developing and dynamic field that aims to study and solve some of the world's major problems such as war, inequality, climate change, poverty, hunger. A Bachelor of International Studies (International Relations) focuses on understanding your place in the national and global political systems, as well as appreciating the historical evolution of global politics. Many graduates progress to careers in global organisations and businesses that are focused beyond Australia's borders.

The Bachelor of International Studies examines the relationships of politics, society, culture, language, and history in a range of countries. You will analyse national and current global issues, focusing on the way global forces and interactions increasingly influence domestic politics. You will also be encouraged to study abroad or undertake a study tour.

What you will study
You will undertake core subjects on global politics, international security, negotiation and conflict management, and on the role of the state in the new millennium. You will take part in a model United Nations and can choose from a range of electives covering issues from war and peace, to international law and the global political economy.

Biomedical Engineering is a multi-disciplinary field that enables engineers to combine engineering principles with biological and medical sciences. Developments in biomedical engineering provide vital skills and knowledge to enable change to the national health system and improve people’s lives, for example, developments in imaging, instrumentation, robotics, scaffolding, materials engineering, computer science and prosthetics. Students will study areas related to mechanical, electrical, artificial intelligence (e.g. evolutionary computation, neural network, fuzzy logic, machine learning) and aspects of modern biomedical systems. Graduates will develop a solid understanding of critical issues involved in developing biomedical systems in a global economy and make significant technological contributions to biomedical systems, both in Australia and abroad.

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 lecturers encourage you to approach them and get involved in industry projects and learning opportunities so you get the most out of your university education.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

After completing the common first year you will study specific subjects in the areas of:

Anatomy and Physiology, Biomedical Instrumentation and Design, Biomedical Physics, Sensors and Actuators, Biomechanical Basis for Human Movement, Mechanical Design of Biomedical Devices, Biomaterials and Tissue Engineering, Artificial Organs and Implants, Ethics and Practices, among others.

If you are doing, or have done particularly well in your Bachelor of International Studies degree, you should consider an Honours year. This normally involves one additional year of study following the successful completion of a three-year undergraduate degree. Your Bachelor of International Studies degree would have introduced you to a wide range of topics and problems, and an Honours project enables you to explore one in much greater depth. Honours research topics are various and negotiable—if you are really interested in a topic and want to find answers, you'll be encouraged and supported by our expert staff.

From a potential employer's perspective, whatever your topic, being able to demonstrate the ability to achieve a complex goal, meet deadlines, investigate independently, use resources effectively and write coherently, are all highly desirable qualities.

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 is about:

• Learning research skills, navigation skills and information systems (archives, the Library, databases, electronic research networks);
• The opportunity to practise articulating complex ideas orally and in writing. It provides the experience of working closely with a supervisor on a project and in preparing a major project to meet a deadline;
• Experiences in devising, researching and writing up an individual topic of study in an extended argument/thesis of 15,000 words.

What you will study
The Bachelor of International Studies (Honours) consists of 50% coursework and 50% research work.  The research component of this degree takes the form of a research thesis under the supervision of an academic employed in the Faculty of Arts, Social Sciences and Humanities.

The Bachelor of Social Work (Honours) provides an alternative final year of study for high achieving students who have demonstrated excellence in the first three years of the Bachelor of Social Work (347) degree.

In addition to the employment opportunities that are available to Bachelor of Social Work graduates, honours graduates will be able to seek professional employment related to research and program evaluation within the field of social work. Graduates will also have the opportunity to pursue their research interests through postgraduate research.

What you will study
The honours year provides a balance of skills, concepts and theory, as well as hands-on experience in professional practice. You will develop your skills in research design and methodology, allowing you to undertake a research project in connection with your final-year professional placement.

This degree
The UOW Bachelor of Social Work (Honours) offers fresh and innovative content, taught by experts in the Social Work field. The intensive professional experience in this degree will allow you to practise your skills with real people, in real- world situations giving you first-hand Social Work experience. This experience ensures you are job-ready when graduating, making you highly attractive to employers. Graduates may also choose to pursue their research interests through postgraduate research.

The Master of Engineering (Computer) provides graduate Engineers with discipline-specific knowledge and technical skills in the design and development of hardware and embedded systems. These include sensors, robotics, smartphones, medical equipment and multimedia technology. You will develop specialist skills needed to lead a process of innovative change within the sector.

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, Innovation and Design, Advanced Laboratory, and Research Methods.

For the Computer Engineering major you will study subjects in Advanced Signals and Systems, Image and Video Processing, The Future Internet: Architectures and Communication Protocols plus additional subjects selected from the electives from Electrical, Computer, Mechanical or Engineering subjects. You will also complete an advanced project.

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.

The 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.

High achieving students may be offered entry into the Bachelor of Nutrition and Dietetics (Honours) (Dean's Scholar).