Bachelor of Engineering (Honours) in Quantum Engineering

at University of New South Wales - Kensington Campus Australia

UNSW’s Business School’s Master of Commerce Extension (MCom (Ext)) is a postgraduate coursework degree that can be completed in two-years full-time. Designed in consultation with industry, this degree prepares you with a depth of knowledge, a breadth of experience, and the hands-on experience needed to succeed across diverse careers in business. 

You’ll be guided by highly reputable academics and professionals, as you explore essential concepts and gain practical experience to enhance your learning. 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.

International business Specialisation

The world is more connected than ever. Globalisation and technology have changed the way we do business. And so, the world needs people skilled in international business. Think of this like a gateway to worldwide career opportunities.

Why study international business?

With a specialisation in international business, you can become a professional globetrotter, join a borderless boardroom, and change how the world does business. This study area will set you up with strong foundations in business, commerce, and/or economics, with the added bonus of one-year compulsory overseas exchange. You can even incorporate language study into your program.

The Master of Engineering (Biomedical Engineering) is a two-year full-time degree that'll help you develop the specialised skills and knowledge to build a successful career in Biomedical Engineering and gain a recognised accreditation. This degree is designed for students who don’t have a formal engineering accreditation but have an undergraduate degree in engineering, health or medical sciences.

When you study the Master of Engineering (Biomedical Engineering) you'll expand your knowledge, skills and develop job prospects through a specialised study in the area of Biomedical Engineering. In this degree, you’ll learn about engineering applications in medicine including neuromodulation and bioinstrumentation, biomechanics and rehabilitation, tissue engineering, bioinformatics, as well as medical device design. As a part of your studies, you’ll also complete an open-ended research project.

You’ll be required to complete 60 days of industrial training in Biomedical Engineering and/or other Engineering fields, through this you’ll receive industry exposure and professional practice. Your degree will include a compulsory Master's Thesis which adds a research component to your study. You’ll graduate as an accredited Biomedical Engineer, with an Engineers Australia accreditation. After completing this postgraduate degree you’ll meet national and international benchmarks to take your career to the next level.

This postgraduate degree offers four sub specialisations, choose from:

• Biomechanics
• Bioinstrumentation
• Cellular and Tissue Engineering
• Bioinformatics, Imaging and Computation

The Master of Professional Accounting (Extension) follows the structure of the Master of Professional Accounting but adds four extra courses in your choice of electives to further your knowledge. This provides you with the opportunity to complete a more comprehensive program beyond the core professional knowledge areas required for accreditation.

You'll gain an excellent foundation in business with a strong accounting focus. In this postgraduate degree you'll learn accounting principles, their applications and other relevant knowledge in economics, finance, information systems and law.

If you want to work in aviation, but not necessarily as a pilot, this is the degree for you. The aviation industry requires a large corporate world to function successfully. The industry is becoming more complex and sophisticated, meaning employers are looking for graduates who have wide industry knowledge, tertiary qualifications and all-round capabilities.

The Bachelor of Aviation (Management) addresses these issues to produce graduates with essential skills and knowledge in the fields of science, engineering, interpersonal relations, the environment and management. This skill base provides a solid foundation upon which you can expect to advance to positions of management and influence within the aviation industry.

Students are exposed to current aviation topics and often work in teams to solve contemporary air transport problems. Learning exercises range from operating a start-up airline in a management simulation to exploring the cognitive abilities of humans in the fast-developing environment of aviation.

Graduates of the management degree have a broad education that provides a solid base for pursuing a career in aviation. Many graduates have enjoyed the flexibility to grow their careers through various roles in airlines and related industries. The degree is designed to prepare graduates for employment in international and regional airlines of all sizes. Other prospective employers include airports, government agencies such as the Australian Department of Infrastructure and Regional Development, Air Services Australia, tourism authorities, freight forwarders and airport ground handling companies. Students looking more widely are well prepared to join consulting firms, IT firms and air safety authorities.

Aviation requires many disciplines and skills and is increasingly looking to people who have appropriate tertiary qualifications and the personal qualities needed for a career in the dynamic environment of the aviation industry. The Bachelor of Aviation (Management) aims to produce aviation professionals of this calibre.

Design is always changing how we experience our world. Take what you learn and create with confidence, designing a future that celebrates your passion and purpose.

The UNSW Bachelor of Design is a three-year degree when studied full time. Discover how to transform creative thinking into design action to make your mark on the world.

Whether your interest is in graphics, textiles, visualisation or object design, creating spaces or user experiences, rethinking everyday products and services, or writing code to develop future focused design ideas – you'll see how design can influence the future.

Find out how historical, social, cultural and technological values apply to design no matter which specialisation you choose as your focus. Challenge conventional methods and find innovative solutions to complex problems. You'll combine creativity and independent thinking with practical and technical skills, unlocking a lifelong career that provides genuine and meaningful impact.

Computational design
This specialisation takes a different approach – resolving design challenges with cutting-edge technologies. Using various computer languages, you’ll encode decisions and test ideas spanning architecture, design, computer science and engineering.

Learning in studio-based classes, you’ll develop unique and in-demand skills, including 3D modelling, digital geometry, parametric design, responsive environments, and form-making. Become familiar with robotic and digital fabrication using 3D printers and laser cutters or Augmented Reality (AR) / Virtual Reality (VR) headsets to design for the metaverse.

Bring your designs to life through problem-solving, theoretical knowledge and practical techniques combined with creative and critical thinking. While you tackle challenges with design thinking and innovative technologies, you’ll be preparing for a career designing future solutions in the built environment.

Explore diverse aspects of computational design alongside creative and built environment students, staff and industry professionals. You’ll work to solve real-world problems, graduating with a professional portfolio and industry connections to launch your career.

Design is always changing how we experience our world. Take what you learn and create with confidence, designing a future that celebrates your passion and purpose.

Industrial design
Influence lifestyles by designing the daily products, systems, and services people use. Prepare for an industrial design career with experience and confidence. You'll be able to turn innovative thinking into strategic solutions that are functional, fulfill a genuine market demand or societal need, and are emotionally engaging and desirable.

Experience practical studio classes and theoretical courses in manufacturing, materials, sustainability, user empathy, and design research. You'll learn how to enhance human and environmental wellbeing and generate insightful, life-centered product ideas.

Through our strong industry links, you'll explore and test real-world scenarios and develop meaningful partnerships with leaders in the field. Become a competitive, versatile, and job-ready industrial designer with a clear ability to see complex problems as opportunities for impressive designs.

The UNSW Master of Engineering Science in Petroleum Engineering is a two-year postgraduate degree in the School of Minerals and Energy Resource Engineering. You’ll gain the accreditation for a career in petroleum engineering, the oil and gas industry and other related sectors.  

You’ll explore a broad range of areas related to employment in petroleum engineering including:

•     Project management
•     Reservoir engineering
•     Geophysics
•     Drilling engineering
•     Fluid mechanics

If you come from a general engineering background and want to transition into a specialised role, the petroleum engineering specialisation will help you get there. The degree is also designed for anyone working in the industry and wanting to deepen their knowledge and experience.  

As part of an internationally renowned Engineering faculty, you’ll prepare yourself for the workplaces of the future in oil, gas and mining. You’ll learn to look for hands-on solutions, applying established engineering methods to complex industrial challenges. 

Any design you could dream of can be brought to reality by a mechanical engineer. Mechanical engineers apply scientific and engineering knowledge to develop, manufacture and operate machines and tools, which can then be used to develop things.

This degree will give you the skills and knowledge required to design and manage the construction, operation and maintenance of machines used in many industries.

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.

Engineers develop practical solutions to technical and environmental problems by using science and mathematics. Through scientific discoveries engineers meet societal and consumer needs.

Engineers work in a range of roles across all different types of industries, from civil engineering to environmental, computer science to petroleum engineering – the possibilities are endless. The type of engineer you’ll become often depends on the specialisation you choose in this degree. This degree offers 19 engineering specialisations across different engineering disciplines.

In this degree 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.