Bachelor of Arts in English Literatures

at University of Wollongong - Wollongong Campus Australia

The Master of Engineering (Electrical) provides graduate engineers with discipline-specific knowledge and technical skills in electrical engineering, including renewable energy and high-voltage systems. You will learn how electrical energy is produced and used in domestic, commercial and industrial buildings. You will gain advanced knowledge in designing and building systems that generate, transmit, control and use electrical energy. Areas include wireless engineering, high voltage engineering, and digital integrated circuit design.

The program will suit you if you're an engineering graduate wanting specialist knowledge in the latest power engineering technologies, or seeking a career change in this 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 Electrical major you will study subjects in Advanced Signals and Systems, Power System Analysis, Renewable and Distributed Generation, plus electives from Electrical, Computer, Mechanical or Engineering subjects. You will also complete an advanced project.

The Master of Engineering (Management) is a professional degree for engineers who see their careers progressing into management—including senior management positions. The program provides a strong grounding in some of the most modern management thinking applicable to engineering industries.

You will work in teams on applied practical projects and case studies, and broaden their skills base with subjects from other disciplines including finance, human resources and marketing.

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

In the Master of Engineering (Management) you will complete the core subjects: Professional Communications and Engineering Workplace Practice, Innovation and Design, Project Management and Engineering Logistics.

For the Management major you will study subjects in Strategic Management for Engineers and Technologists, Life-Cycle and Risk Management, Modelling of Engineering Management Systems, Financial Management for Engineered Assets, and Supply Chain Management.

Progress in atmospheric science relies heavily on the analysis of data produced by satellite-borne and other types of instruments designed by physicists. Atmospheric scientists need a broad scientific basis as well as experience in computing. With the growing field of climate science and increasing demand for tools and instruments to predict and monitor the environment, atmospheric scientists use their broad range of skills to contribute toward innovations in design and prototyping of instruments, and the analysis and interpretation of data.

What you will study
In the Bachelor of Science (Atmospheric Science) you will complete subjects in physics, mathematics, chemistry, earth and environmental science and statistics. You will also study specialist subjects in remote sensing and the physics of atmospheric processes.

This degree
All subjects include a major practical component to complement and reinforce what you learn in lectures, and ensure you gain hands-on skills that prepare for real-world activities in your future careers. You will learn from academics that are internationally recognised in many fields of physics research including medical radiation physics, solid state physics, photonics and education.

A Bachelor of Mathematics – Bachelor of Laws from UOW equips you with a comprehensive legal education: a world-class degree that provides a thorough grounding in the law, as well as a real-world focus on the essential practical skills and the social and ethical context in which the law operates.

Combining Law with Mathematics will help you gain a competitive edge, teaching you to identify patterns, analyse complex information, develop an ability to interpret data, predict consequential actions, and be acutely aware of legal considerations and the context in which they arise.

We believe that practical experience is a vital part of your legal training. We are the only law school in New South Wales that requires you to complete a legal internship, providing highly valued industry experience.  We are committed to social justice and providing a legal education that engages with the complexities of law's intersection with society.

This double degree delivers a practical and contextual legal education that prepares graduates not only for traditional careers in the legal profession but also for a wide range of careers in government, business and community organisations – as leaders, innovators and problem solvers.

What you will study

The Bachelor of Mathematics – Bachelor of Laws covers the prescribed areas of knowledge for future admission to the profession as well as including a choice of electives. Additionally, an integrated skills program equips graduates with experience in areas such as legal research, interviewing, legal drafting, advocacy and negotiation. Opportunities also exist to undertake subjects through an international exchange program. In mathematics you will learn highly transferable skills in problem solving, data analysis, probability and variability, mathematical modelling, logistics and logic. You can choose a major in Applied Statistics, Mathematics or Mathematics and Statistics.

Every day decisions are made that affect the lifecycle cost and performance of a company’s highly valued assets. There are increasing expectations to demonstrate competency and transparency in these decisions. This specialisation is directed at the thoughtful application of relevant theory, international standards, and best practice to equip asset managers to make rational decisions in an increasingly uncertain world. The Master of Engineering Management (Asset Management) is a professional degree for engineers seeking progression in their career to the management or senior management level.

This degree

The Asset Management specialisation ensures continuous improvement in the strategic and tactical response of organisations and their managers, to the management of infrastructure assets.

What you will study

From a strategic framework, students progressively address problems in designing and managing assets. This is achieved through a balanced program of subjects in asset management, science, and engineering, with an emphasis on practical applications. Students learn concepts and techniques by evaluating potential solutions to challenges faced by organisations.

You will complete core subjects in Engineering Management Systems Modelling, Strategic Management, Lifecycle and Risk Management, Systems Reliability Engineering, Maintenance Requirement Management, and Financial Management for Engineered Assets.

The Graduate Certificate in Applied Finance is an introductory course designed to provide a general understanding of areas in Applied Finance such as financial statement analysis, managerial finance, statistics and corporate governance.

Upon successful completion of the Graduate Certificate in Applied Finance, you may enrol in a Master of Applied Finance and be eligible for credit for the four subjects completed within the Graduate Certificate. Progression with credit to other Masters programs, including the MBA, may also be possible.

We value the importance of prior learning and work experience in this course and understand that not all mature age working professionals have completed an undergraduate degree. If you fit this profile, still apply for the course, as we will assess your other relevant tertiary qualifications or substantial relevant professional or managerial experience.

Medical and health science provides in-depth insight into the structure and function of the human body at all levels of organisation. This knowledge can be used directly to work alongside other health professionals within the medical research and clinical health fields in both private industry and hospital settings. It can also be used as an underpinning set of knowledge for postgraduate medicine, dentistry and most other allied health professional areas. It is the Medical and Health professionals in their various roles that are involved in the development of therapies, application of diagnostic methods and treatments associated with health and disease.

This degree includes opportunities for you to develop your research knowledge and skills throughout the degree, and the chance to participate in a variety of research enrichment activities with options to gain hands-on experience in the diverse range of research laboratories. This degree will ensure you are ready for a career as a  research scientist, medical scientist, laboratory manager, technical writer or pharmaceutical scientist or prepare you for other postgraduate options.

The first years cover the core sciences including Human and General Biology, Chemistry, Biochemistry, Physiology, and Anatomy. You then have the opportunity to customise individual programs of study with a wide selection of elective subjects that include, Pathophysiology, Pharmacology, Histology, Exercise and Cardio-Respiratory Physiology, more advanced Physiology and Anatomy subjects, Genetics, Molecular Biology, Immunology, Bioethics, Philosophy,  Indigenous Studies, Public Health, Work Health and Safety and all specialised areas within chemistry, with potential to also create minors in many of these and other areas. You will also develop an understanding of and demonstrate practical applications of medical research via Medical Science Research Project opportunities and the final year Honours subject.

The Bachelor of Arts in Western Civilisation combined with the Bachelor of Creative Arts is an exciting and unique double degree combination. It will take you on a unique philosophical adventure through which you will engage with a carefully curated selection of some of the greatest intellectual and artistic masterpieces ever produced. It will also allow you to express and develop your own creativity in one of the disciplines of creative writing, music, visual arts or visual arts and design.

What you will study

You will philosophically reflect on questions about art, literature, science and religion while also investigating such topics as the nature of selfhood, truth, reason and wisdom. You will discover how great ideas and art can shape us - our understanding of ourselves and the world - and how ideas can make a difference for good or ill. By studying the double degree your studies will be enhanced while learning the theory and history behind contemporary creative arts.

You will develop informed and reasoned views about significant contemporary concerns, such as the nature of aesthetics, benefiting from your acquired knowledge of the history of ideas. You will become acquainted with diverging perspectives from within various Western traditions of thought and art as well as under-represented voices and perspectives from outside of those traditions.

Critical examination of topics in ethics, aesthetics, philosophy of religion, and political philosophy will underpin your studies while you spend time in the studio refining your technique and carving out your own creative niche.

In addition to studying the core subjects in the Bachelor of Arts in Western Civilisation (96 credit points) and the Bachelor of Creative Arts (24 credit points), students studying this combination will also complete a major within each degree.

The Master of Teaching (Primary) is for university graduates from non-teaching courses who want to become primary school teachers (Kindergarten to Year 6). On completion of this degree, you will obtain formal qualifications making you eligible to teach children aged 5 to 12 years in public, religious, and private schools. This degree produces high-quality teachers with an understanding of diversity in the classroom and with strong connections to school communities.

This program focuses on building teaching skills through a professional experience immersion program in your very first session, and regular professional experience periods throughout the degree. You will complete 60 days of professional experience (PEX), including the option to complete one PEX in a rural or remote area of NSW. There are also opportunities to undertake international immersion programs that, while not counted as a PEX, allow you to travel overseas, visit schools and develop your understanding of people and cultures.

Your learning will be supported by online teaching, forums, podcasts and video streamed lectures, on-campus tutorials, and in-school activities. You will benefit from the expertise of local teachers and a range of workshops to develop your skills in communication, technology-enhanced learning, working with parents, designing assessments,s and conducting school-based research.

During your study you will explore the concepts of teaching and learning to build your professional skills in the key learning areas for primary schools: English, Mathematics, Science and Technology, Creative Arts, Health and Personal Development, Health and Physical Education, and Human Society and its Environment (History and Geography).

Big Data can solve problems in science, society and business including population growth, transport, security, medical technology, trade and commerce. All sectors will have a demand for creative people with a background in quantitative analysis who can look for strategic insights in massive data sets, using techniques in data mining, data visualisation, data analysis, data manipulation and data discovery.

Computer scientists focus on the theoretical foundations and practical approaches to computation and its applications. They design methods and tools and write programs for computer applications. These applications can be in areas such as computer systems to control machinery, information management and big data, applications for mobile devices, stock market trend analysis, game design, visualisation of chemical reactions, neural network design, computational geometry for robot navigation, patient monitoring in hospitals, and much more.

This degree
You will be able to choose your major in your second year after studying a common core of subjects that links our computer science, IT and information systems degrees. Find your strengths and interests as you study the fundamentals of computer science and IT: programming, problem solving, network and communications, web technology, data management, system analysis, human-computer interaction, and project management. You’ll also complete a final-year capstone team project.

You can choose to study a double degree with Engineering, Mathematics, Science, Creative Arts or Business. These programs of study will provide you with a broad experience of technology using various industry products from companies such as Microsoft, Apple, Oracle, SAP and Cisco.

What you will study
You will study subjects in data mining, big data management, database performance tuning, distributed systems and cloud computing. Learn to evaluate both structured and messy big data sets using the '4 Vs': Volume, Velocity, Variety, and Veracity. Volume represents the sizes of datasets at a level of Terabytes and even Petabytes. Velocity represents fast-changing data streams that require continuous analysis. Variety represents many different formats of data. Veracity represents uncertain and unreliable data.