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Microscale Technology and 3D Printing for Therapeutic Delivery and Tissue Engineering

Dr. Kang is working in the area of drug delivery / testing and tissue engineering by using micro- and nano- scale technologies.For drug delivery, several drug-device combination pro more...

Supervisor(s): Kang, Lifeng (Dr)

Corneal bioengineering

Two research projects existing under this big area :1. To develop in situ bioprinting to treat corneal diseases; and 2. develop potential electromechanical methods to treat eye dise more...

Supervisor(s): You, Jingjing (Dr), Sutton, Gerard (Professor)

Carbon Zero by Off-grid Technologies

Off-grid houses are autonomous dwellings that do not rely on water supply, sewer, or electrical power grid, and are able to operate completely independently of all public utility se more...

Supervisor(s): Alonso-Marroquin, Fernando (Dr)

Investigation on the causes for keratoconus

This project will be suitable for PhD students, and it can also be broken down to small projects for master students. It is basic science research based, and the student will experi more...

Supervisor(s): Sutton, Gerard (Professor), You, Jingjing (Dr)

Gene and Cell therapy for treating corneal diseases

Two research projects existing under this board area :1. Develop in vivo gene editing technique to treat corneal diseases; and 2. Sequencing and mapping gene and protein interaction more...

Supervisor(s): You, Jingjing (Dr), Sutton, Gerard (Professor)

Polymers for Medical Device Engineering: Physics and Chemistry

Exciting APA (Industry) scholarship on an ARC Linkage project involving hermetic bonding of polymers. Applicants must be Australian or New Zealand citizens or Australian permanent r more...

Supervisor(s): McKenzie, David (Professor)

Polymers for Medical Device Engineering: Laser and Plasma Interactions

Exciting APA (Industry) scholarship on an ARC Linkage project involving hermetic bonding of polymers. Applicants must be Australian or New Zealand citizens or Australian permanent r more...

Supervisor(s): McKenzie, David (Professor)

Plasmonics for Protein Attachment

Plasmonics will be used in combination with ellipsometry to investigate the attachment of biomolecules to surfaces. The structure of the attached layers will be investigated using n more...

Supervisor(s): McKenzie, David (Professor)

Encapsulated Next generation perovskite solar cells

This project will build the next generation of photovoltaic solar cells for addressing the air-conditioning load in buildings by converting their facades to energy harvesting surfac more...

Supervisor(s): McKenzie, David (Professor)