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- Home
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About us
Creating impact
- Drop Bio Health
- Marine restoration
- Online dementia tool
- Project Avatar
- Quantum Technology
- Wild deserts
- PNG fish farming
- Rethinking waste
- Surface Water and Ocean Topography (SWOT)
- Improving health with the help of AI
- UNSW leads the way in accurately tracking greenhouse gas emissions
- Gaining a competitive advantage through data
- Exposing the top danger to beachgoers
- Improving quad-bike safety
- Decarbonising flight
- Paving a brighter future for drug-exposed newborns
- Partnering with schools to better deliver effective therapies
- Helping Australia reach sustainability targets through citizen science
- Sustainable ocean futures hooked on data
- Collaborations drive future of discovery beyond the stars
- Unchartered hazards
- Nurturing mental health and wellbeing for resilient futures
- Using behavioural insights to combat online gambling
- Sustainable aviation soaring to new heights
- Targeted drug delivery lifts healthcare in remote communities
- Championing sustainability and health – through beer
- Our schools
- Study with us
- Student life & resources
- Our research
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Materials science & engineering
Work on the development of new and better materials for the next generation of engineering
Study the underlying science of high-performance materials
Everything in the world is made of materials. However, only a small number of these materials occur naturally, with the rest having been microscopically engineered by nature or, increasingly, by materials scientists and engineers. The field of materials science and engineering plays a vital role in our lives, offering innovative new materials and processes for improving society in the 21st century.
Examples include the novel materials needed for future long-life rechargeable batteries, the creation of entirely new products from seemingly waste materials, and the development of medical implants and artificial organs that enhance and extend our lives.
UNSW is the top choice for students wanting to develop expertise in Materials Science and Engineering, we're ranked 1st in Australia for Materials Science and Engineering^. In our undergraduate and postgraduate degree programs, you will study the underlying science and engineering needed for the development of high-performance metallic, ceramic, polymeric, composite, nano-structured, and bio- & nature-inspired materials, as well as the design of sustainable processes and products. You will learn about the incredible positive impact these materials and processes have on our environment, health, standard of living, productivity of vital resources, national security, and economic prosperity.
At the undergraduate level, we offer a specialised bachelor's degree in materials science and engineering, which can be combined with commerce, chemical engineering or biomedical engineering. Alternatively, materials science is also offered as a major in our Bachelor of Science degree programs. At the postgraduate level, we offer a range of coursework and research options, including our Master of Materials Technology program.
^2023 Academic Ranking of World Universities (ARWU), Shanghai Ranking Consultancy.
Develop in-demand interdisciplinary skills
Materials science and engineering is a multidisciplinary field that combines principles from physics, chemistry, biology, mathematics, data analytics, and engineering. It is a dynamic and rapidly evolving field that underpins technological advancements by providing the foundation for the development of new materials and technologies with improved performance, functionality, and sustainability. As a result, materials scientists and engineers are highly employable. Along with a solid scientific and technical foundation, you'll be equipped with skills in professional communication, time management, data analytics, computing, and project management.
Prepare for professional practice
UNSW is ranked equal 30th in the world and 1st in Australia for Materials Science.* Our graduates are highly sought after by employers, both in Australia and internationally, and they enjoy fulfilling careers in diverse fields. For example, as a materials scientist or engineer, you may be involved in:
- creating environmentally sustainable materials and processes;
- engineering new materials for application in supercomputers or nano-devices;
- developing biomedical materials for drug delivery, artificial organs, implants, or prostheses;
- manufacturing extremely ultra-high purity materials for electronic devices;
- analysing catastrophic failures of materials as a consultant or expert witness;
- engineering of nanometre-thick films to create seemingly frictionless surfaces;
- fabricating smart composite materials that detect their own failure;
- creating highly functional materials and devices for space exploration, and
- designing extreme materials for nuclear energy and defence applications.
These areas of interest are only the tip of the iceberg, as the field of materials science and engineering is constantly evolving to meet a wide range of societal and environmental demands.
Our undergraduate degree options
At the undergraduate level, you can study our specialised Bachelor of Engineering (Honours) (Materials Science & Engineering) degree, or you can study materials science as a major within a broader science degree. If you're interested in studying materials science and engineering, but you aren't sure whether the engineering degree or science major is your best option, we've highlighted the key differences between the two below.
Degree (Bachelor of Engineering) | Major (Bachelor of Science) |
Four-year degree (if taken as a single degree) | Usually completed as part of a three-year program^ |
Professionally accredited engineering degree | Smaller in terms of core courses |
Structured degree | Coursework is flexible |
Compulsory 12 weeks Industry Training component | Optional Work Integrated Learning (WIL) |
Integrated honours Honours is a core part of the program that is done concurrently with coursework study
|
Optional honours Honours is taken full-time over the course of one year
|
Ideal for students who want to work as a professional materials engineer or pursue a research career - this degree is fully accredited by Engineers Australia
|
Ideal for students who want to work in industry as a scientist or technologist or, following the completion of an honours year, pursue a research career
|
Our programs
- Degree (Bachelor of Engineering)
- Four-year degree (if taken as a single degree)
- Major (Bachelor of Science)
- Usually completed as part of a three-year program^
- Degree (Bachelor of Engineering)
- Professionally accredited engineering degree
- Major (Bachelor of Science)
- Smaller in terms of core courses
- Degree (Bachelor of Engineering)
- Structured degree
- Major (Bachelor of Science)
- Coursework is flexible
- Degree (Bachelor of Engineering)
- Compulsory 12 weeks Industry Training component
- Major (Bachelor of Science)
- Optional Work Integrated Learning (WIL)
- Degree (Bachelor of Engineering)
Integrated honours
Honours is a core part of the program that is done concurrently with coursework study
- Major (Bachelor of Science)
-
Optional honours
Honours is taken full-time over the course of one year
- Degree (Bachelor of Engineering)
-
Ideal for students who want to work as a professional materials engineer or pursue a research career - this degree is fully accredited by Engineers Australia
- Major (Bachelor of Science)
-
Ideal for students who want to work in industry as a scientist or technologist or, following the completion of an honours year, pursue a research career
-
We offer a specialised Bachelor of Engineering (Honours) (Materials Science & Engineering), opens in a new window, which is fully accredited by Engineers Australia, opens in a new window. This accreditation enables our graduates to work as professional engineers and scientists in every major country around the world as our degrees are internationally recognised through the Washington Accord. After a certain level of professional experience, graduates can become a member of Engineers Australia (MIEAust) and, in certain circumstances, a Chartered Professional Engineer (CPEng).
You can study the Bachelor of Engineering (Honours) (Materials Science & Engineering) as a standalone degree or as part of a double degree. This program can be combined with commerce, chemical engineering or biomedical engineeering.
- Bachelor of Engineering (Honours) (Materials Science & Engineering)/Bachelor of Commerce, opens in a new window
- Bachelor of Engineering (Honours) (Materials Science & Engineering)/Bachelor of Engineering Science (Chemical Engineering), opens in a new window
- Bachelor of Engineering (Honours) (Materials Science & Engineering)/Master of Biomedical Engineering, opens in a new window
You can also study materials science as a major in the following undergraduate degrees, or choose from a range of double degree combinations:
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Gain research experience and enhance your career prospects with an honours degree. These programs are designed to connect your undergraduate study with supervised independent research. An honours degree also provides a pathway into further study, such as a Masters by Research or PhD. You can take honours as a standalone degree or as part of an embedded honours program.
Embedded honours programs
- Bachelor of Engineering (Honours) (Materials Science & Engineering), opens in a new window
- Bachelor of Engineering (Honours) (Materials Science & Engineering)/Bachelor of Commerce, opens in a new window
- Bachelor of Engineering (Honours) (Materials Science & Engineering)/Bachelor of Engineering Science (Chemical Engineering), opens in a new window
- Bachelor of Engineering (Honours) (Materials Science & Engineering)/Master of Biomedical Engineering, opens in a new window
- Bachelor of Advanced Science (Honours), opens in a new window
Standalone honours program
Please note that the Bachelor of Engineering (Honours) (Materials Science & Engineering) degree is required for accreditation with Engineers Australia (EA). While the science and advanced science honours programs are not EA accredited, after a certain level of professional experience graduates can become a Certified Materials Professional (CMatP).
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You can study materials science and engineering in the following postgraduate coursework program:
The Master of Materials Technology will provide you with a comprehensive yet flexible study of the full range of materials including ceramics, composites, metals and polymers. It also offers graduate education for professionals to broaden their knowledge in these areas. This degree covers a broad spectrum of materials science and engineering, emphasising the application of the basic sciences to the understanding of the structure, properties and processing of materials.
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You can study materials science and engineering in the following postgraduate research degrees:
The School of Materials Science and Engineering is a research-intensive school that attracts a large number of research students from all corners of the globe. As such, you will receive individual supervision from a select group of academic staff with expertise in your chosen research field.
Our staff are also major contributors to the following centres, hubs and institutes: The Centre for Sustainable Materials Research & Technology (SMaRT @ UNSW), UNSW Future Materials & Manufacturing Institute, Baosteel-Australia Joint Research Centre, The Australian Centre for NanoMedicine, ARC Research Hub for Transforming Waste in Cost Effective Green Manufacturing, ARC Research Hub for Connected Sensors for Health, ARC Research Hub for Fire Resilience Infrastructure, Assets and Safety Advancements in Urban, Resources, Energy and Renewables Sectors, ARC Training Centre for Innovative Composites for the Future of Sustainable Mining Equipment, and ARC Centre for Excellence in Future Low-Energy Electronics Technologies.
*QS World University Rankings by Subject 2024
^The Bachelor of Advanced Science (Honours) is a four-year degree.