Nanotechnology is the science and engineering of material less than a micrometre. It requires a broad knowledge of science as well as the ability to apply this knowledge to produce innovative processes or devices.

Nanotechnologists design and engineer materials, machines and systems capable of imaging and manipulating single molecules or atoms.

This degree gives you the skills and knowledge needed to work in the rapidly growing area of nanotechnology. You will receive a strong grounding in nanotechnology, with the opportunity to major in either chemistry or physics.

This double degree is multidisciplinary, combining nanotechnology with physics or chemistry. It covers physical, chemical, biological and engineering nanoscience/nanotechnology. There is a strong emphasis on using instruments and communication.

Why study nanotechnology at RMIT?

1. RMIT is at the forefront of education and research in the rapidly evolving field of nanotechnology - the science and engineering of materials less than a micrometre in size.
2. Reflecting nanotechnology’s multidisciplinary nature, RMIT’s double degree encompasses physical, chemical, biological and engineering nanoscience and nanotechnology.
3. RMIT’s equipment and facilities are purpose-built and readily accessible, including the $30 million MicroNano Research Facility which is driving leading advances in micro- and nanotechnologies.

Career Outcomes

Nanotechnology graduates are in demand for research or industry-based careers in Australia and overseas. Our recent graduates have found employment in government research centres such as the Commonwealth Scientific and Industrial Research Organisation (CSIRO); in industry research, including the Commonwealth Serum Laboratories (CSL) Pty Ltd; and in medical research facilities, including St Vincent’s Hospital.

There are graduate shortages in the nano-enabling specialisations of chemistry, particularly polymer, colloidal, organic and bio-inorganic chemistry; materials science and engineering; microelectronics fabrication and meteorology.

Graduates can work in areas such as:

• telecommunications
• computing
• defence
• solar energy
• medicine
• aerospace
• paints and coatings
• cosmetics
• environmental remediation.

Graduates may also complete a Master or PhD and become researchers.

Professional recognition and accreditation

Depending on their chosen major, graduates will be eligible for registration with the Australian Institute of Physics (AIP) or the Royal Australian Chemical Institute (RACI).