Master of Arts and Social Sciences - (Combined)

at University of New South Wales - Kensington Campus Australia

The Master of Simulation & Immersive Technologies will equip you to become a future-ready design leader. You’ll graduate capable of understanding and meeting the growing demand for immersive practices across many industries.

This program offers a unique human-centric and design-led approach to technologies and focuses on human perception and experience. You’ll learn how, why, when and where to effectively utilise simulation and immersive platforms, including virtual reality (VR), augmented reality (AR), mixed reality (MR) and extended reality (XR). Throughout the degree, you’ll engage with the latest technologies first-hand as you learn through real industry case studies and insights from global leaders.

Tailored to your interests and career, you’ll be encouraged to tackle specific industry-related problems in your field.

This degree is designed to accommodate the needs of busy professionals from a wide range of backgrounds. You will choose to study fully online, or in blended mode with part-time and full-time options available. In blended mode, you will study core courses online and attend two intensive face-to-face meetups per year on-campus or at our industry partner facilities. You will also have full access to all campus facilities throughout your study.

Combine two degrees that will equip you to make real change in the world. Economics is an influential social science that explores human behaviour and decision-making. Economists focus on the roles of  incentives, resource constraints, laws, customs, and institutions. When you study the Bachelor of Economics at UNSW, you’ll explore how the decisions of institutions and individuals interact to determine outcomes for the economy and society.

The Bachelor of Science allows you to choose from 26 majors across the physical, natural and human sciences. It gives you the flexibility to explore the areas of science you’re passionate in and design a degree that suits your goals.

Both courses equip you with highly transferable skills in analytical, logical and critical thinking that can be applied across diverse industries and sectors around the world, combined with unique expertise your distinct disciplines.  You’ll graduate ready for a career that makes a difference.

This double degree is designed for students wishing to pursue a career in either Engineering or Biomedical Engineering. The Bachelor of Engineering (Honours) will provide you with a solid background in mathematics, natural sciences and computing which give you knowledge and skills in your chosen engineering discipline specialisation.

Biomedical Engineering applies engineering principles to the development of technologies and solutions in a range of healthcare-related fields, including implantable bionics, drug delivery systems, medical imaging, radiotherapy, orthopaedic devices, robotic surgery, cell and tissue engineering, physical rehabilitation and others. This double degree is currently offered for select specialisations only.

Key features

When you study this degree you’ll graduate with a specialised knowledge in Biomedical Engineering and a related Engineering specialisation unique to your interests and professional aspirations. With two degrees you’ll increase your knowledge of engineering by studying across two disciplines, one being Biomedical Engineering.

You can combine the Biomedical component of this double degree with one of the following complementary disciplines.

• Bioinformatics Engineering
• Chemical Engineering
• Computer Engineering
• Electrical Engineering
• Mechanical Engineering
• Mechatronic Engineering
• Software Engineering
• Telecommunications

The globally recognised Bachelor of Engineering (Honours) degree is accredited by Engineers Australia and acknowledged by the Washington Accord.

This degree includes a practical component where you’ll apply your knowledge in practical settings through 60 days of approved industrial training in Australia or overseas. Industrial training will give you a taste of a real-world professional engineering setting and the hands-on experience to hit the ground running.

When you study engineering at UNSW you can take part in the ChallENG Program. This unique program connects students, academics and industry to exciting, real-world, project-based learning initiatives. The program will prepare you for your future career by helping develop technical and design skills and expanding your professional expertise.

You can take part in discipline electives including a Vertically Integrated Project and the Maker Games: Activation Hub – an award-winning rapid prototyping competition that includes access to industry experts and professional skills training.

The UNSW Bachelor of Criminology & Criminal Justice is a three-year full-time, or six-year part-time equivalent, undergraduate degree designed to critically explore the causes of crime, deviance, criminal behaviour, social control and the legal system.

This degree looks at the big picture of crime by bringing together cross-faculty knowledge from the School of Law, Society and Criminology and School of Social Sciences. Through innovative teaching that focuses on real-world case studies and experiences outside the classroom, you’ll gain critical insights into all aspects of the justice system.

Criminology and criminal justice are growing fields with increasing opportunities to create change in communities affected by crime and the social structures and systems in place that influence and respond to it. You’ll develop an understanding of historical and current issues, including drug policy, sexual and alcohol-related violence, organised crime and Indigenous mass incarceration. You'll also learn about key institutions of criminal justice including the police, courts and prison, and the impact they have in the community.

Mining engineering develops and executes the processes used to extract minerals from below and above ground. As a mining engineer you’ll work in the planning and management of engineering the extraction of mineral, petroleum and gas resources from the earth.  Mining Engineers evaluate, plan and oversee the construction of a mine. They’re involved in a project through all phases of mining operations.

This degree is designed for mining engineering graduates and minerals industry professionals who want to continue their professional development. In this degree you’ll learn the fundamentals of mining engineering, mining processes, systems and analysis, and risk and safety management, as well as undertaking a research project in the mining industry. Building on your four-year undergraduate degree in mining engineering or a related discipline you’ll develop the advanced knowledge for a successful career in mining engineering.

Whether you’re interested in civil engineering, underground mining or geomechanics, you’ll advance your career in the mining industry with a Master of Mining Engineering. This course will arm you with the latest skills, trends and knowledge to get ahead.

You’ll develop your research skills by planning and executing an enquiry-based or mining industry research project or capstone project. Through this degree you’ll be able to investigate, generate and synthesise complex ideas and concepts in mining engineering. Develop a detailed understanding of the many facets of the mining industry, preparing you for your future career through practical assignments and field trips.

The Master of Construction Project Management at UNSW is a 1.7, or 1 year accelerated postgraduate degree that will prepare you for career advancement that drives solutions to current and future challenges in the construction industry.

Through advanced disciplinary courses and a research project, you’ll dive into modern management methodologies. You’ll apply them to achieve successful project outcomes across time, cost, quality, safety, and sustainability, preparing to manage projects that benefit people and the planet.  

Practical experience is at the core of this degree. You’ll learn alongside a community of students and experts in architecture, design, and planning -mirroring real industry relationships with stakeholders. In your final term, you’ll complete a research-based or professional project, or undertake professional experience, giving you the portfolio, research experience, confidence and connections to advance your career.

If you’re thinking about studying data science, you’re probably already aware of its power to shape our world. As billions of devices feed data to central databases, businesses and governments require experts to interpret that data. Data scientists have become one of the most in-demand professionals globally because they have the unique skills to unlock hidden insights within data.

The Bachelor of Data Science and Decisions will prepare you to compile, interpret and act on data in ways that make a big impact. This degree combines training in mathematical methods, statistics, computing and business decision-making with communication skills. You’ll gain the theoretical and practical skills required to enter the field of data analysis, where networking, decision-making, strategic thinking and attention to detail are essential.

Prepare for leadership positions with the UNSW Master of Educational Leadership. This postgraduate degree provides aspiring and current educational leaders with an understanding of theory, research, and practice in educational leadership.  

Gain the confidence to apply disciplinary principles and practices to complex educational environments as a school leader, principal or executive. Study the latest educational leadership theory and research at UNSW to deepen and expand your knowledge. Empower yourself with diverse practical and analytical skills for a range of educational leadership contexts.

Discoveries in life sciences are integral to the advancement of our world and society. The Bachelor of Life Sciences is a generalist degree that brings together the biological, environmental and medical sciences to answer fundamental questions. This degree will equip you with transferable skills that can be applied to a wide range of industries. This program also provides a pathway to postgraduate study, especially in health and medical fields.

Why study this degree at UNSW?

Learn with the best

UNSW Science is at the forefront of many new scientific developments, teaching and innovation. We’re responsive to the needs of industry, adaptive to change and take an innovative approach to teaching and learning. Our world-class laboratories, clinics and simulators give you the tools to explore new frontiers and make meaningful scientific discoveries to benefit society.

This degree is taught in the biological sciences building, which houses flexible research laboratories and advanced specialised equipment. Our world-class laboratories and equipment give you the tools to explore new frontiers and make meaningful scientific discoveries to benefit society.

• We’re of the top 50 universities in the world for Environmental Sciences (#19), Psychology (#24), Mathematics (#38), Geology (#38), Materials Science (#39), Earth & Marine Science (#40) and Anatomy & Physiology (#50).
• We’re ranked 1st in Australia for research output in Chemistry and Physical Sciences and 2nd in Australia for research output in Earth & Environmental Sciences.

This intensive program provides a pathway to advanced industry opportunities, whether you have a background in design and media practice or if you wish to enter these fields from other professional backgrounds. Our degree focuses on integrated and multidisciplinary studios that will underpin the development of professional skills, capabilities and confidence needed for leadership and to dynamically support innovation in freelance, project or design, media and technology business contexts.

Studio-based courses enable you to focus on a specific area of design and digital media practice or put together a suite of courses from across design, material practice and digital media.