Bachelor of Arts in Linguistics

at University of New South Wales - Kensington Campus Australia

When you undertake this double degree you’ll graduate with two separate degrees that provide a diverse but complementary knowledge and skill-base.

The Bachelor of Engineering (Honours) component of this degree will give you a broad education in engineering so you can envision the different ways computer science can improve various engineering disciplines. Engineers develop practical solutions to technical and environmental problems by using science and mathematics. Through scientific discoveries engineers meet societal and consumer needs.

Through the Bachelor of Engineering you’ll gain a solid background in mathematics, natural sciences and computing that’ll prepare you to learn knowledge and skills in an engineering discipline. You’ll graduate with the technical knowledge, skills and attributes required to succeed as a professional engineer.

Computer Science is the study of the design, construction and use of computer systems. As a computer scientist you’ll use and create technology to solve problems and improve interactions between people and computers.

The Computer Science component emphasises comprehension of the basic principles behind computing tools, operating systems, compilers and translators, and computer hardware. You’ll study the representation of data and data structures and the design of algorithms, as well as the creation of hardware and software tools and the role of non-computing elements in the design and development process.

Medical science is the foundation that the practice of medicine is built on. This degree delves into how the human body functions and responds to disease and drug treatments. It incorporates facets of several scientific disciplines to provide you with an extensive understanding of the human body.

The Bachelor of Medical Science explores:

• The structure and chemistry of the cells that make up living organisms (cell & molecular biology and biochemistry)
• The structure and function of the human body (anatomy and physiology)
• The general processes leading to disease (pathology)
• The role of bacteria, viruses and other micro-organisms in disease (microbiology)
• Drugs which are used to cure human diseases (pharmacology)
• The way in which our form and function is inherited (genetics)
• The processes of development from the fertilised ovum (embryology)
• The natural defences of the body (immunology)
• The structure and function of the brain (neuroscience).
• This degree provides the basis for a career in biomedical research and is also an appropriate first degree if you’re planning to progress to graduate medical or paramedical degrees.

Neurobiology

Explore the biological aspects of the nervous system. The nervous system includes the:

• Central nervous system (brain and spinal cord)
• Peripheral nervous system (nerves in limbs, muscles and organs).

This major is based around the neuroscience courses offered by the anatomy, physiology and pharmacology departments at UNSW.

This degree is designed for students who are passionate about both the Law and Engineering, and are interested in learning about the connection between the two.

The Law degree aims to develop graduates who have excellent analytical skills, a capacity for scholarly research, effective oral and written communication skills, and a commitment to personal and professional development, ethical practice and social responsibility.

In Engineering, you can choose from one of 18 specialised disciplines, ranging from traditional areas such as construction and civil engineering to growing fields like photovoltaics and solar energy engineering.

Do you have a highly analytical mind? Interested in the rules that businesses or governments make for us as individuals? This double degree gives you statistical analysis skills and economic theory needed to make better decisions in real-world business and government policy, combined with problem-solving knowledge in business fields like finance, information systems, marketing and more. Graduate career-ready with professional experiences built into your studies.

Do you enjoy advanced mathematics? Are you interested in how government and business policy influence society? This double degree gives you econometric analysis skills combined with financial mathematics knowledge to make better decisions in business and government policy or as an actuary. Graduate career-ready with professional experiences available as part of your studies.

Key features

• Two degrees in only four years
• You’ll be able to study one or two Economics majors choosing from Macroeconomics and Financial Markets, Data Analytics and Econometrics, and Economic Policy and Society
• Option to choose another major from the Bachelor of Commerce
• Professional development courses and experiences
• Accredited by industry bodies including Actuaries Institute and Society of Actuaries

UNSW’s Master of Commerce (MCom) is a 1.7 year full-time postgraduate coursework degree. Designed in consultation with industry, this world-class business degree prepares you with the experience and knowledge you need to succeed in the career you want. This degree is career-focused from day one. Whatever you specialise in, you’ll connect with industry, learn with real-world tools and technology, and have access to work-experience, career development, and mentoring opportunities.

Cybersecurity, Risk and Privacy Specialisation

As the digital economy expands, the management and protection of large data sets has become more and more crucial to business success. With business operations across all industries and sectors adapting to these changes, cyber security professionals are in high-demand, now and into the future*. Specialising in Cybersecurity, Risk and Privacy will set you up for a successful and dynamic and career, that moves with technological innovation.

Why study cybersecurity, risk and privacy at UNSW?

Studying Cybersecurity, Risk and Privacy at UNSW Business School will equip you to develop new technological and managerial approaches to cybersecurity and data protection.

Through this specialisation, you’ll gain a holistic understanding of the forces that influence cyber security and data protection for modern businesses, focusing on the intersection of people, processes and technology. 

The Master of Engineering Science in Geotechnical Engineering and Engineering Geology is a 2-year full-time postgraduate degree at Australia’s leading engineering faculty. The degree was developed to provide a deeper understanding of geotechnical theory to solve practical problems in areas including soil mechanics, rock mechanics, slope stability, foundation design, earthworks and dam engineering.

This degree is designed for students who already have a four-year accredited engineering degree and want to broaden their job prospects through cross-training, re-training or specialisation. This postgraduate degree will allow you to meet or maintain professional accreditation standards and provide opportunities for continuing professional development.

You’ll work on a complex, open-ended enquiry-based project to develop your systematic approach to a problem. It will require project planning and the ability to analyse, interpret and communicate results proficiently. The completion of the research provides a pathway towards postgraduate research degrees through the development and demonstration of enquiry-based skills.

If you want to expand your career options in Geotechnical Engineering and Engineering Geology or move your existing engineering career in a new direction, the Master of Engineering Science will provide you with advanced skills and knowledge that you can apply to your professional engineering career.

Medical science is the foundation that the practice of medicine is built on. This degree delves into how the human body functions and responds to disease and drug treatments. It incorporates facets of several scientific disciplines to provide you with an extensive understanding of the human body.

The Bachelor of Medical Science explores:

• The structure and chemistry of the cells that make up living organisms (cell & molecular biology and biochemistry)
• The structure and function of the human body (anatomy and physiology)
• The general processes leading to disease (pathology)
• The role of bacteria, viruses and other micro-organisms in disease (microbiology)
• Drugs which are used to cure human diseases (pharmacology)
• The way in which our form and function is inherited (genetics)
• The processes of development from the fertilised ovum (embryology)
• The natural defences of the body (immunology)
• The structure and function of the brain (neuroscience).
• This degree provides the basis for a career in biomedical research and is also an appropriate first degree if you’re planning to progress to graduate medical or paramedical degrees.

Medical Immunology

This major will prepare you to unlock better treatments and prevention strategies for immune-related illnesses. This major is particularly beneficial to students who want to pursue a career in the health sciences, particularly in immunology leading to clinical medicine, biomedical research, hospital-based laboratory work and allied health

Data science is playing an increasingly important and controversial role in legal practice and the legal system more broadly. However, the number of lawyers with expertise in data analysis or machine learning is small.

This has implications for the delivery of justice as inappropriate methods are often employed by those who do lack sufficient knowledge of the legal domain. However, it also creates opportunities for those with dual expertise to find better ways to use data science to enhance access to justice, increase rates of settlement, and improve the efficiency of legal practice and the broader legal system.

Data Science and Decisions/Law is jointly offered by UNSW Law and Justice and UNSW Science.

Explore how information is transferred from one point to another, whether its high resolution images or massive bandwidth video-on-demand flying across the internet.

Telecommunications are responsible for a range of services used on a daily basis including landline and mobile phone services, internet and pay television. The widespread adaptation of high-speed digital transmission methods like fibre optic cabling and mobile telecommunications has resulted in significant changes in the industry.  

Telecommunications Engineers design, develop and maintain all aspects of voice and data communications systems. They work on the theory and application of a broad range of systems such as telephone and data networks, radio and TV, satellites and deep space applications. To get you work ready, you'll apply these skills through 60 days of approved industry training.