Bachelor of Communication and Media/Bachelor of Laws (Dual degree)

at University of Wollongong - Wollongong Campus Australia

This degree will excite and challenge students with an aptitude for physics and mathematics, and an interest in biology and chemistry.

Biomolecular Science helps us understand the machinery of human cells and how diseases work. Biomolecular physicists work closely with other scientists with an aim to develop a better understanding of diseases and improve treatment, diagnosis and recovery in a range of medical conditions. They seek to develop new methods and technology to assist with better food processing and preservation.

Biomolecular physicists are integrated across a wide range of careers, including commercial bio-medicine, instrumentation and biotech companies (e.g. Sigma and Life Technologies). They assist in developing molecular diagnostic instrumentation for government and institutional research laboratories. They can also assist beamline scientists at National Research Facilities (e.g. ANSTO and the Australian Synchrotron).

What you will study
In the Bachelor of Science (Biomolecular Physics) you will complete subjects in physics, mathematics, chemistry, earth and environmental science and statistics. You will also study specialist subjects in molecules, cells and organisms, biochemistry, mechanics and thermodynamics, electromagnetism and optoelectronics, quantum mechanics and biology at the nanoscale.

This degree
This degree will contribute to developing knowledge to actually visualise and understand molecules, and use that understanding to develop new treatments and therapies to combat disease.
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.

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.

A Bachelor of Communication and Media - 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 a Bachelor of Communication and Media will prepare you to engage with a global media culture within a legal context. It has an international focus and places strong emphasis on research skills, while introducing students to ways in which new media shapes our everyday lives. We look at the ethical and legal considerations of emerging media within the workplace as well as our local, national and international communities.

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 Communication and Media - 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.

You will also study a major from the following areas:

• Digital and Social Media
• Journalism
• Marketing, Communication and Advertising
• Visual Communication Design
• Screen Media Production

The Master of Engineering (Mechatronic) aims to address the application of fundamental principles and methods at an advanced level in the context of standards and practices, modelling, analysis, design and practical implementation. You will focus on current advances in the area such as microcontrollers, nanotechnologies, control systems, sensors and actuators and electro-mechanical interfacing. You will work with automated systems that feature computer control, such as robots, automobiles and CNC machines.

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 Robotics, Engineering Computing, Project Management, and Research Methods.

For the Mechatronic major you will study subjects in Advanced Manufacturing Processes, Strategic Management for Engineers and Technologists, Intelligent Control, Sustainability for Engineers, plus electives selected from the Mechanical and Electrical Engineering majors. You will also complete an advanced project.

In today’s technology-driven world, people and organizations are generating, collecting, and storing more data than ever before. Organizations across various industries are seeking graduates with skills to utilize and interpret this data to inform business strategies and add value to their business.

The Master of Business Analytics is designed to prepare you with the essential skills to undertake real-world Business Analytics tasks on big data business problems. You will develop skills and knowledge in business analytics, including how to apply tools and technologies required to perform descriptive, predictive, and prescriptive analytics and how to apply these tools to a business landscape.

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.

Psychologists help us to understand who we are and how we think, feel, act and change through scientific study of the human mind and its functions, and how they influence behaviour. Psychological research seeks to identify mechanisms that explain behaviour in various contexts. Clinical psychologists work directly with clients to help them improve their wellbeing and psychological health using evidence-based psychological treatments. Their clients include children, adults, couples, families and organisations, and they can work in a wide range of settings, from private practices to the hospital system.

This degree
The Bachelor of Psychology (Honours) is a four-year undergraduate Honours degree which provides comprehensive training in the scientific study of human behaviour and experience, the physiological, sensory and cognitive processes that underlie it, and how the profession applies this knowledge to practical problems.

The Bachelor of Psychology is a route to Postgraduate coursework or research degrees in Psychology. It is also a partial qualification for provisional registration as a Psychologist with the Psychology Board of Australia.

What you will study
This course is for the highly motivated. The Bachelor of Psychology (Honours) program contains a significant research thesis along with coursework. You will learn how the science and practice of psychology is influenced by social, historical, professional and cultural contexts, and knowledge of ethical behaviour. Continuation in the degree will be dependent upon achieving a cumulative average of at least 75% in the Psychology subjects approved for the degree.

Combine your interest in sport and coaching with a major or minor of your choice, and stand out from the crowd. The Bachelor of Sport identifies and explores key aspects of sport and the role it plays in the community.

What you will study
Foundation studies in movement and disciplines associated with sport and coaching are commenced, and elective studies begun. Year 2 will focus on content and pedagogy associated with educating and coaching in a sporting context. Studies in minors will continue, while job seeking skills and employment opportunities are developed. Specific content and pedagogical understanding continue in the final year of study, whilst elective minors are completed. A workplace or research project will provide the capstone experience. Graduates will also have options to pursue accredited postgraduate study in Education, and professional programs in Sport or other professions to align with their evolving career objectives.

This degree
It aims to equip students with the work ready skills and knowledge to engage with a range of sporting environments, including coaching, game development, management and operations and program delivery.

The Master of Engineering Science (Telecommunications 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. You will learn technological and competitive skills needed in designing and engineering innovative modern telecommunications systems and networks. You will gain an understanding of the principles of telecommunications engineering, including the planning and management of telecommunications networks.

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 telecommunications engineering major you will study mobile networks, internet networking protocols and two technical/advanced telecommunications engineering subjects from the Master list.

This degree

The Master of Engineering Science will provide you with the opportunity to further develop your 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.

Technology can only advance if someone creates the materials needed to turn ideas into reality. Materials engineers play a key role in reducing environmental impact through recycling, redesigning processes to reduce waste, and developing high performance materials for new energy technologies.

Materials engineers apply knowledge of science and engineering to turn raw materials into finished products: everything from construction materials and consumer goods to advanced electronics and biomedical implants such as artificial muscles and bionic eyes. They understand how the structure and properties of materials can be controlled by composition and processing. They design and select materials and processing methods to suit a particular application.

There are countless opportunities in materials engineering, as the field supports every branch of engineering. Graduates work everywhere, from mining, materials processing, and manufacturing to aerospace and biotechnology. Many are researchers, creating new materials like superconductors and nanoparticles.

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