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Predicting concentration-gradient-driven fluid flow in 2D membranes
Honours project: Chemistry honours opportunities that aim to predict concentration-gradient-driven fluid flow in two-dimensional (2D) membranes.
[Read more about Predicting concentration-gradient-driven fluid flow in 2D membranes]
Designing organic semiconductor interfaces for advanced flexible electronics
Honours project: Develop a more predictive approach to controlling organic electronic device performance, in particular by exploiting molecular anisotropy to manipulate the structure of organic semiconductor interfaces.
[Read more about Designing organic semiconductor interfaces for advanced flexible electronics]
Reduced dimensionality representations of soft matter
Honours project: Use methods from statistical mechanics, machine learning, and artificial intelligence to develop algorithms to automate the dimensionality reduction process.
[Read more about Reduced dimensionality representations of soft matter]
Disease resistance in plants: Oat
Honours project: Combine your passion for agriculture, plant science and bioinformatics to investigate the genetics of septoria leaf blotch to aid the development of resistant oat varieties.
Understanding T cells in autoimmune disease
Honours project: Investigate transcriptional control of inflammatory T helper cells in autoimmunity.
[Read more about Understanding T cells in autoimmune disease]
Discovery of new genes that promote T cell activity against cancer
Honours project: Help identify novel genes involved in T cell trafficking to solid tumours.
[Read more about Discovery of new genes that promote T cell activity against cancer]
Environmental monitoring: Teasing out real biodiversity patterns from sampling biases
Honours project: Identify areas of conservation priority through the development of on-ground biodiversity sampling strategies and the interpretation of ecosystem changes.
Environmental monitoring: What is the extent of canopy dieback in a refugial forest?
Honours project: Use satellite imagery and on-ground monitoring data to map the extent of tree dieback to develop predictions and policy recommendations.
Nutrition & collective movement in the Australian plague locust
Honours project: Investigate the movement of plague locusts using laboratory and field experiments.
[Read more about Nutrition & collective movement in the Australian plague locust]
Quantum Field Theory
Honours projects: Projects can be phenomenological or mathematical in character, or the focus may be on technique.
