Associate Research Fellow

Location
Wollongong, Australia
Posted
01 Aug 2017
End of advertisement period
29 Aug 2017
Ref
170781
Contract Type
Fixed Term
Hours
Full Time

AIIM RESEARCH FACILITY

  • Full time, fixed term appointment (2 years)

The Institute for Superconducting and Electronic Materials (ISEM) at the University of Wollongong is one of the world leading materials research groups conducting its research in a wide range of research fields, including superconductors, spintronic and electronic materials, energy materials and management systems, thin film technology, and nano-/bio- materials. ISEM is housed within the Australian Institute for Innovative Materials (AIIM) which provides outstanding world extensive research infrastructure environment. ISEM has been successful in obtaining a large number of competitive research grants through ARC and other funding agencies. It hosts more than 120 PhD students and staff members and has close to 40 specialist laboratories. Currently ISEM is rapidly expanding its research portfolio into novel quantum materials and quantum effects which has been facilitated by installation of several state-of-the-art instruments.

This position has been created to meet the urgent need to perform high-quality research on novel topological and Dirac type electronic at the Wollongong Node of Australian Research Council Centre of Excellence in Future Low Energy Electronics Technologies (FLEET), hosted by Institute for Superconducting and Electronic Materials (ISEM) within the Australian Institute for Innovative Materials (AIIM). The project is funded as part of the ARC CoE in FLEET (www.fleet.org).

The successful candidate will be responsible for synthesising and characterising high-quality materials in the family of topological insulators, Weyl metals and Dirac-semimetals. The appointee will have a strong background in materials synthesis using techniques such as single crystal growth, pulsed laser deposition, molecular beam epitaxy or CVD method to produce bulk single crystals, films or 2D materials. Characterization will be performed using quantum magnetotransport, photoelectric effects via optical spectroscopy and electron microscopy. An advanced understanding of condensed matter physics is required as the role will involve navigating the fields of magnetism and electronic structure.

The position will be critical in providing high-quality postgraduate research training, preparation and dissemination of research findings through journal articles and participation at conferences. Complementary knowledge of computational techniques including density functional theory and dynamic mean field theory will be highly regarded.

You will be prompted to respond to the selection criteria as part of the online application process, based on the position description below. You will be able to save your application at any time and submit at a later date if required, you will only be able to do this before the closing date of the position.

For further information about this position, please contact Professor Xiaolin Wang on +61 2 4221 5766 or xiaolin@uow.edu.au

The University plan seeks to increase the diversity of the workforce and the representation of women in areas they have been traditionally under-represented. Consistent with this, the University is seeking to increase the representation of women in the academic workforce across science, technology, engineering, mathematics and medical (STEMM) disciplines and encourages suitably qualified candidates to apply.

Primary Location: Australia-New South Wales-Wollongong
Employee Status: Fixed Term
Schedule: Full-time
Closing Date: 29/08/2017, 9:59:00 PM
Salary Details:  Level A: $76,325 - $89,591 + 17% superannuation
Reference Number: 170781
HR Contact: Silvana Duleski
Contact Email: silvanas@uow.edu.au