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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)

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)

Molecular dynamics simulations of ion channels and transporters

Understanding the function of ion channels and transporters using molecular dynamics simulations more...

Supervisor(s): Kuyucak, Serdar (Associate Professor)

Computational investigation of high affinity ligand binding to proteins

Design of high-affinity ligands for protein targets using docking, molecular dynamics simulations and quantitative structure-activity relations. more...

Supervisor(s): Kuyucak, Serdar (Associate Professor)

Self-assembled photonics

Self-Assembled photonics is fast becoming one of the leading photonic fabrication technologies since it is potentially compatible with fibre and integrated optics, including silicon more...

Supervisor(s): Canning, John (Honorary Professor)

How does carbon affect soil structure?

Soil structure plays an important role in maintaining the quality of soil, mediating important biological, chemical and physical soil processes. Soil structure determines water rete more...

Supervisor(s): McBratney, Alex (Professor)

Proprioceptive, vibration-induced illusions of visual motion

Human perception of the world is based on input from multiple senses. This project investigates how proprioception from neck muscles and vision combine to yield perception of object more...

Supervisor(s): Seizova-Cajic, Tatjana (Dr)

Soil Organic Carbon amount and turnover time in perturbated soil systems using radioactive carbon signature

The project is aimed at modeling the stock and turover time of carbon-based soil organic matter using 12C and 14C observations in non-stationary systems. The modeling foresees the u more...

Supervisor(s): Maggi, Federico (Dr)

Biological flocculation of suspended particle matter in nutrient-rich acqueous ecosystems

This project is aimed to investigate the flocculation dynamics of biomineral suspended particle matter (SPM) in turbulently-stirred waters. The objective is to assess the effect of more...

Supervisor(s): Maggi, Federico (Dr)

Integrated soil ecosystem modeling

This project is aimed improve the highly mechanistic model TOUGHREACTN for soil biogeochemistry by including plants interaction and climate. The aim is to provide modelers and decis more...

Supervisor(s): Maggi, Federico (Dr)