Higher Degree by Research Application Portal
| Title | Doctor of Philosophy |
|---|---|
| Description | The Doctor of Philosophy (PhD) is a program of independent, supervised research that is assessed solely on the basis of a thesis, sometimes including a creative work component, that is examined externally. The work presented for a PhD must be a substantial and original contribution to scholarship, demonstrating mastery of the subject of interest as well as an advance in that field of knowledge. Visit the course webpage for full details of this course including admission requirements, course rules and the relevant CRICOS code/s. |
| Duration | 4 years |
| Course type | Doctorates |
| Org Unit | Graduate Research School |
| Course webpage | https://www.uwa.edu.au/study/courses/doctor-of-philosophy |
Opportunities
There are research opportunities available in this course.
A2M2: AI Augmentation in Modern Medicine
A Multiphase View of Galaxy Transformation in the Virgo Cluster
A Physics-Informed Machine Learning Framework for Geology-Constrained Gravity and Magnetic Inversion
Assessing coastal impacts and performance of artificial reefs
Biodiversity associated with kelp forests and vulnerability to disturbances
Can sharing the “mental load” close the leadership gender gap?
Coastal ocean plastic dynamics
Exchanges between the coastal ocean and the deep sea
Explainable AI in medical research
Exploring Low-Bit-Depth Representations for Spiking Neural Networks
Free-Space Laser Communications
Free-space laser timing and positioning
From reef to beach: quantifying eco-geomorphic processes to enhance management of WA marine parks
Galactic winds across the spectrum: From telescopes to simulations
Galaxy Formation in State of the Art Cosmological Simulations
High precision rotation sensors
Illuminating Dark Matter and Black Holes
Keeping pace with the torrent in data intensive astronomy
Machine Learning Methods for Imaging with Interferometres
Measuring motions in the Local Universe, with Next Generation methods and SKA-VLBI
Modelling the sedimentary signature of East Antarctic glacial change
Molecular and physiological basis for resilience in temperate seaweed forests
Numerical simulation of brittle-ductile shear-zones
Prediction of Observing Conditions at Radio Frequencies
Probabilistic forecasting of near-surface ocean current velocity profiles
Quantum Technologies for Astronomy
Radio Astronomy Instrumentation
Safe and Quality Care in Older Adults
Scaling Resilience: Molecular High-Throughput Adaptation Strategies for Coral Resilience
Sleep in Residential Aged Care
Space filling curve based optimization for multi-D data distribution
Spiking Neural Networks for Fast and Efficient Transient Event Detection in Astronomy
Spiking Neural Networks for High-Speed Pulsar Detection in Radio Astronomy
Spiking Neural Networks for Scalable Source Detection in Large-Scale Radio Surveys
The Co-Evolution of Galaxies and their Environment
The HI mass function of galaxies and its variation with environment
The life cycle of galaxies: gas accretion, star formation, and feedback
The properties of galaxies in the early universe
Tracing Angular Momentum Transformation in Galaxies From Protohaloes to the Present-Day
Understanding the Origins of Galaxy Properties Using Machine Learning
Unlocking the potential of marine microbial enzymes for blue biotechnology
Scholarships
Available scholarships in this course.
Advanced CFD Studies for Chemical Engineering Processes
CFH and EA Jenkins HDR Scholarship
Discovery in the largest frontier: advance imaging and genomics of open ocean animals
Fully Funded Scholarship For a PhD Project in Integrative Geophysics
High Precision Rotation Sensor
Industry PhD Scholarship – Digital Finance CRC
Industry PhD Top-up Scholarship – Digital Finance CRC
Modelling the sedimentary signature of East Antarctic glacial change
Seadragon conservation in Southern Australia (ecology)
Seadragon conservation in Southern Australia (genomics)