皇家墨爾本理工大學(xué)

The new frontier

Nanotechnology is the science and engineering of material that is less than a micrometre, enabling manipulation of matter at the atomic scale. This branch of science is radically changing industry and society, and is creating exciting new job opportunities. It's been almost half a century since Richard Feynman first imagined nanotechnology, but it’s only recent developments that have allowed scientists to fully explore this theory – leading to a world of potential benefits and commercial applications.

What do nanotechnologists do?

Nanotechnologists design and engineer materials, machines and systems that are capable of imaging and manipulating single molecules or atoms, producing novel materials that are ubiquitous in modern life: from mobile phones to solar panels; from cosmetics to breakthrough medicine.

This degree will help you build the knowledge you need to participate in this rapidly advancing and evolving area of science.

Why study nanotechnology at RMIT?

We are at the forefront of education and research in this field.
Our degree encompasses physical, chemical, biological and engineering nanoscience and nanotechnology.
Our equipment and facilities are purpose-built and accessible.

Details

In this broad and challenging course, you will be given the opportunity to explore nanotechnology and the ways in which it is being utilised to drive change in a multitude of industries. You'll work with industry and undertake independent research that will build your confidence and abilities, and ensure you are well prepared to take the next step in your career, whether in industry or through further research and academia.

Electives and program structure

In your first year, you will undertake eight core subjects to establish your knowledge in foundational nanotechnology.

In your second year, you will complete two core subjects. You will also choose either chemistry or physics for your major, in which you will complete five additional subjects. You will also have the opportunity to select one elective subject.

In third year, you'll complete four elective subjects (including your independent research science project, which can involve industry), three subjects from your major, and one elective subject.

Career

There are graduate shortages in the nano-enabling specialisations of chemistry, materials science and engineering, microelectronics fabrication and meteorology in the fields of telecommunications, computing, defence, solar energy, medicine, aerospace, paints and coatings, cosmetics, and environmental remediation. There are many opportunities for you to become involved in these specialist areas. You may also complete a Master or PhD and become researchers.