22 Fully Funded PhD Programs at University of Newcastle, Australia

Are you holding Master’s degree and looking for PhD positions – Fully Funded PhD Programs in Australia? University of Newcastle, Australia inviting application for funded PhD Programs or fully funded PhD Scholarship. University of Newcastle is one of the largest university in the world with thousands of employees, students, and research scientists are involved in the innovation of science and technology daily.

University of Newcastle has huge a campus in Australia and widely known as for its contribution in top notch education and research. The contribution of University of Newcastle is not only limited to natural sciences and engineering but it also offers high quality research as well as higher education in bio-medical sciences, social sciences, humanities, psychology, education, architecture etc.

1. PhD Program in Neural Principles of Dual Sensor Vision Systems in Machine Vision Applications

Summary of Doctoral Project:

The project will be conducted in collaboration with industry partner 4Tel Pty Ltd in Newcastle, Australia. The PhD candidate will be part of an interdisciplinary team of researchers from computer science and industry. The project will require designing and training deep neural networks where existing libraries can be combined with new implementations.

Last Application Date: 01 October 2022

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2. PhD Program in Safe, Plug and Play, Multi-Agent Dynamic Systems

Summary of Doctoral Project:

From driverless cars to networks of nano satellites, and complex biological networks, the modern world has many examples of multi agent dynamic systems that need careful coordination and control to perform correctly. In many cases, these systems are built up using designs based on intuition, computer simulations and empirical testing. However, there is a clear need to advance the fundamental understandings of multi agent dynamical systems to assist with verifiability of the overall dynamic system performance and analysis of system with time varying network configuration.

Last Application Date: 30 September 2022

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3. PhD Program in Investigate the Molecular and Cellular Processes Regulating Asthma Exacerbations

Summary of Doctoral Project:

Prestigious National Asthma Council PhD scholarship Interested in chronic lung diseases and the mechanisms of how infection of the lung promotes disease severity? A prestigious National Asthma Foundation PhD scholarship is available to investigate the molecular and cellular processes that regulate asthma attacks with the goal to identify the next generation therapeutic targets. The successful applicant will be working in the laboratory of Professor Paul Foster which is an integral part of the Immune Health program located in the Hunter Medical Research Institute and the School of Biomedical Sciences and Pharmacy, College of Health, Medicine and Wellbeing, University of Newcastle, Australia.

Last Application Date: 30 September 2022

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4. PhD Program in Improved Approaches to Achieve Dump Stability through Pit Floor Blasting

Summary of Doctoral Project:

We invite highly motivated and committed candidates to apply for a fully funded PhD scholarship in the area of rock mechanics and computational geomechanics. The scholarship is funded by Glencore Coal Assets Australia. The aim of this partnership is to train a new cohort of critical-thinking problem-solvers who will apply their acquired research skills to solving day-to-day problems in mining as they arise, to allow for more reliable and sustainable operations and practice. In open pit mining, the low wall is built directly on the excavated floor, which constitutes a preferential sliding plane because it is generally planar. In addition, water and heavy machinery tend to knead and weaken the material composing the floor. It is standard industry practice to blast the pit floor in order to break and bulk up the underlying strata and, as a result, increase the interface friction between floor and low wall by generating interlocking. The current process is entirely empirical and not supported by rigorous science and consequently, it is not very efficient.

Last Application Date: 30 September 2022

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5. PhD Program in Design for Wellbeing

Summary of Doctoral Project:

FASTLab wants to recruit a great critical thinker to inquire into the design of medical products and systems, for a 3-year PhD position starting in January 2023. Fastlab Explosive population growth. Aging populations. Inadequate access to quality healthcare in the poorest parts of the world. Medical technologies that aren’t getting the job done. It’s time for a new approach to health innovation with people’s needs and experiences at the centre of these challenges. The successful candidate will be looking into design dimensions including aesthetics and atmosphere, user-product interactions, interface design, and around issues such as self-tracking and self-monitoring, prosthetic embodiment, and the building and maintaining of networks of carers.

Last Application Date: 15 September 2022

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6. PhD Program in Hydrogel-Solid Scaffolds with Controlled Drug Release for Cancer Therapy

Summary of Doctoral Project:

A PhD scholarship as part of a Discovery Early Career Research Award (DECRA) program is available in the Plasma Bio-Engineering Group of Dr Behnam Akhavan at the University of Newcastle to develop functional solid-hydrogel hybrid materials for controlled drug delivery and cancer treatment. This bio-nanomaterials project will involve engineering smart solid-hydrogel materials employing new plasma technologies for controlled drug delivery and cancer treatment. This multi-site project will be carried out in close collaboration with the School of Pharmacy (Dr Pegah Varamini) at the University of Sydney.

Last Application Date: 10 September 2022

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7. PhD Program in Hydrogel-Solid Degradable Surgical Meshes for Tissue Engineering and Regenerative Medicine

Summary of Doctoral Project:

A PhD scholarship on biomaterials is available in the Plasma Bio-Engineering Research Group of Dr Behnam Akhavan at the University of Newcastle to develop Hydrogel-solid degradable surgical meshes for tissue engineering and regenerative medicine. Colorectal cancer and inflammatory bowel disease as well as some other rarer intestinal diseases can require surgical intervention to remove diseased parts of the intestine through a resection and anastomosis procedure. There are many complications of anastomosis some of which can be fatal. These include leaks, strictures, and bleeding. Complications can occur in upwards of 20% of these surgeries and thus improved outcomes are a major unmet clinical need.

Last Application Date: 10 September 2022

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8. PhD Program in Hybrid Coatings for Surface Engineering of 3D Printed Stem Cell-Based Tissue Engineering Scaffolds

Summary of Doctoral Project:

A PhD scholarship funded by the Australian Research Council is available in the Plasma Bio-Engineering Research Group of Dr Behnam Akhavan at the University of Newcastle to develop bio-instructive surface engineered scaffolds for soft and/or hard tissue implants for cell-derived tissue formation. The scholarship is for research on the development of functional hydrogel-based coatings on 3D printed scaffolds for tissue engineering and regenerative medicine applications. This multi-disciplinary, multi-site project will be carried out in close collaboration with the Charles Perkins Centre (Dr Giselle Yeo) at the University of Sydney.

Last Application Date: 10 September 2022

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9. PhD Program in Smartphone Aptasensor for Detection of Infectious Diseases

Summary of Doctoral Project:

The PhD candidate will optimise a method for identifying aptamer candidates, thus making selection faster. Consequently, chosen aptamers will be attached to fluorescent semiconducting quantum dots using a well-established method in the Goreham Laboratory.2 These two components; improved aptamer development and customised nanoparticles, will form the basis for an improved RNA-based technology for infectious disease detection. By using state-of-the-art aptamer technology, we can detect relevant pathogen concentrations that will be quantified using fluorescent quantum dots and the resulting aptasensor can be adapted to a portable device for a smartphone. In addition, this novel and multi-disciplinary technology can be translated to other areas of detection research in the health sector.

Last Application Date: 31 August 2022

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10. PhD Program in Perceiving is Believing: Perceptual Inference Anomalies in Schizophrenia

Summary of Doctoral Project:

In this project you will explore the brain-ability-behaviour relationships that can explain causes of schizophrenia. You will study brain activity and task abilities that help us to understand where, why and how perception and inference becomes disrupted in the brain in persons with schizophrenia. This PhD will be supported by an NHMRC grant investigating the brain-ability-behaviour relationships that can explain causes of schizophrenia. This project uses EEG recordings to measure the auditory event related potential, Mismatch Negativity (MMN), and computer tasks to measure cognitive processes including predictive inference, learning and decision making. These measures will be conducted on persons with schizophrenia, and younger and older adults without schizophrenia. The results from these measures will be analysed using sophisticated brain-behaviour modelling. The PhD thesis could focus on one or multiple aspects of this project dependent on the student’s skills and interests. An interest or experience in; working with clinical populations, neuroimaging (particularly EEG) techniques, computational modelling, programming, and cognitive experimental design are strongly encouraged.

Last Application Date: 31 August 2022

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11. PhD Program in Adrenal-Targeted Nanobiotechnology: A Novel Therapy for Adrenal Disease

Summary of Doctoral Project:

This project brings to bear new innovative technologies and approaches to deliver a paradigm shifting change in the management, treatment, and possible single-treatment cures for adrenal associated pathologies. adrenal gland The adrenal cortex produces steroid hormones essential for body wide homeostatic regulation. The many pathologies associated with adrenal gland dysfunction together impact four million Australians annually. This project, funded by the National Health and Medical Research Council (NHMRC), will involve working with world leading national and international scientists to develop a novel nanobiotechnology system that facilitates selective targeting of cells in the adrenal cortex. We aim to harness this novel technology to selectively deliver drugs or gene therapy vectors to the adrenal gland to refine treatments and/or affect repair of adrenal cortex function.

Last Application Date: 31 August 2022

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12. PhD Program in Progressive Voices/ Movements in Islamic Theology in the (Post-)Secular Society of 21st Century

Summary of Doctoral Project:

PhD research on “Progressive Voices/ Movements in Islamic Theology in the (Post-)Secular Society of 21st Century” Theology The main purpose of this recommended research project is to promote the academic conception of progressive voices in Islamic theology (preferably with a focus on Islamic liberation theology approaches) formed in response to the main challenges of living in (post-)secular, (post-)colonialist societies. The program involves the development and implementation of an evidence-based (as opposed to faith-based) research project (in Humanities or Social Sciences) on a topic relevant to the above theme. Corporate/mass media and mainstream discourses about Islam in the West focus heavily on regressive, violent movements, misleadingly portraying them as the dominant faces of Islamic cultures. The majority of Muslims regard such movements as in fact misappropriating Islamic values and theological ideas for the exclusionist political agendas and economic interests of their perpetrators. In the context of escalating terrorist actions in the name of faith, the existing lack of public knowledge about the diversity of views in the Islamic world contributes further to misconceptions and thereby to ethnocultural tensions.

Last Application Date: Open Until Filled

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13. PhD Program in Development of Bio-inspired Polymers for Sustainable Mineral Beneficiation

Summary of Doctoral Project:

Supervisor: Associate Professor Grant Webber – The ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals is seeking creative and innovative PhD applicants to join our national collaborative Centre, to develop transformational technologies to reduce energy and water consumption and increase metals recovery. In collaboration with researchers at the Universities of Queensland and Melbourne this project will design, synthesise and deploy novel bio-inspired polymers for processing clay-based suspensions to reduce water usage in mineral beneficiation. ARC COE Logo – square set The Centre’s inclusive and equitable culture is supported by specific equity and diversity initiatives, which will support all members to achieve their career goals.

Last Application Date: Open Until Filled

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14. PhD Program in Guiding RAFT Polymerisation with Molecular Simulations to Control Hydrophobic Mineral Surfaces

Summary of Doctoral Project:

Supervisor Associate Professor Alister Page & Laurate Professor Kevin Galvin – The ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals is seeking creative and innovative PhD applicants to join our national collaborative Centre, to develop transformational technologies to reduce energy and water consumption and increase metals recovery. This project aims to enhance mineral separation by controlling the hydrophobicity of mineral surfaces withnew RAFT polymers. ARC COE Logo – square set The Centre’s inclusive and equitable culture is supported by specific equity and diversity initiatives, which will support all members to achieve their career goals. The industry needs to develop more efficient separation technologies in order to increase the product grade, and in turn reduce downstream energy consumption. One aspect of achieving this aim is tuning the hydrophobicity of mineral particles via grafting polymers to the particle surface. This project will develop and investigate the structure and properties of new RAFT polymers and biopolymers in free solution and at mineral surface interfaces, using molecular dynamics and quantum chemistry simulations.

Last Application Date: Open Until Filled

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15. PhD Program in Ultrafine Particle Deposition and Adhesion with Permeable Hydrophobic Surfaces

Summary of Doctoral Project:

Supervisor: Professor Grant Webber – The ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals is seeking creative and innovative PhD applicants to join our national collaborative Centre, to develop transformational technologies to reduce energy and water consumption and increase metals recovery. This project will aim to demonstrate the benefits of using natural fibres to stabilise oil emulsions by allowing fluid to be exchanged across droplets surfaces. ARC COE Logo – square set The Centre’s inclusive and equitable culture is supported by specific equity and diversity initiatives, which will support all members to achieve their career goals. Both flotation and oil agglomeration possess major disadvantages especially regarding the size of the particles that are able to be captured. Small particles trend to follow the fluid streamlines and they are deviated from both bubbles and droplets. In these cases, in order to be able to capture ultrafine particles, the hydrophobic force needs to be strong enough to overcome the hydrodynamic resistance force and, possibly, the presence of an electrical double layer repulsion.

Last Application Date: Open Until Filled

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16. PhD Program in Smooth Particle Hydrodynamic Modelling of Moisture Migration under Oscillatory Type Motions

Summary of Doctoral Project:

Supervisor: Associate Professor Kenneth Williams – The ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals is seeking creative and innovative PhD applicants to join our national collaborative Centre, to develop transformational technologies to reduce energy and water consumption and increase metals recovery. This project investigates the fundamental mechanisms of moisture liberation and subsequent motion through particulate ensembles. This will provide advanced knowledge to drive innovative dewatering technology design. ARC COE Logo – square set The Centre’s inclusive and equitable culture is supported by specific equity and diversity initiatives, which will support all members to achieve their career goals. The inherent moisture within the mined particulates is not static during material storage, transportation and handling. Moisture is constantly migrating under the influence of the external motions. This is particularly evident for product conveyors, trucks, trains and ships carrying the mined particulates. In this research, numerical modelling will be developed in parallel with the development of unique characterisation techniques.

Last Application Date: Open Until Filled

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17. PhD Program in Hydrodynamics of Flow Regime Transition in a Reflux Flotation Cell

Summary of Doctoral Project:

Dr Subhasish Mitra and Professor Geoffrey Evans – The ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals is seeking creative and innovative PhD applicants to join our national collaborative Centre, to develop transformational technologies to reduce energy and water consumption and increase metals recovery. This Project aims to examine the flow regime transition in the downcomer region of the reflux flotation cell at a fixed gas flux when the gas bubbles are released as froth from the overflow at different liquid underflow fluxes. ARC COE Logo – square set The Centre’s inclusive and equitable culture is supported by specific equity and diversity initiatives, which will support all members to achieve their career goals. A significant amount of fine valuable minerals is lost to tailings dams during the processing which can be economically recovered in the novel reflux flotation cell which is a combination of a vertical bubble column section at the top and an array of narrow width inclined channels at the bottom. This device has the potential of overcoming hydrodynamic limitations in the conventional flotation cells and achieving suitable separation at greater throughput near the flooding condition by utilising higher co-flowing gas and liquid fluxes.

Last Application Date: Open Until Filled

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18. PhD Program in Flotation Kinetics of Ultrafine Mineral Particles using a Sparger in a Downcomer

Summary of Doctoral Project:

Dr Mahshid Firouzi – The ARC Centre of Excellence for Enabling Eco-Efficient Beneficiation of Minerals is seeking creative and innovative PhD applicants to join our national collaborative Centre, to develop transformational technologies to reduce energy and water consumption and increase metals recovery. This project investigates the enhanced bubble-particle collision kinetics of ultrafine particles in a novel downcomer. ARC COE Logo – square set The Centre’s inclusive and equitable culture is supported by specific equity and diversity initiatives, which will support all members to achieve their career goals. The aim of this study is to relate the extreme kinetics produced in a downcomer formed using a gas sparger arrangement to measurable quantities including the shear rate, bubble volume fraction, bubble size and particle size. In turn the project seeks to determine the fundamental limits on bubble-particle collision and attachment rates.

Last Application Date: Open Until Filled

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19. PhD Program in Water-efficient Electrostatic Beneficiation

Summary of Doctoral Project:

This project will focus on dry electrostatic particle separation, which has the potential to lower water use during mineral processing, reducing environmental impact and cost. This will be critical for future resource utilisation not only in arid areas of Earth, but also on the Moon, Asteroids and other extraterrestrial environments. A secondary focus of the project is therefore low-gravity processing. The project will use a combination of lab-scale experiments and modelling to explore several water-efficient and water-free particle separation techniques.

Last Application Date: Open Until Filled

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20. PhD Program in Computer Modelling Investigation of a Novel Granular Separation Mechanism

Summary of Doctoral Project:

The project, which is based as the University of Newcastle, is supervised by Dr Moreno-Atanasio and Laureate Professor Kevin Galvin, and involves researchers from Melbourne University and Curtin University, with direct connections to the minerals industry. The Sink-Hole Fluidiser system consists of a dry fluidised bed subjected to vibration. The physical arrangement includes an upper screen that contains a relatively large hole, creating a sink-hole condition for sorting particles according to density. Particles of a high density fall through, while lower density particles pass across the hole. Discrete Element Model (DEM) is the most common technique used in Chemical Engineering to investigate the behaviour of particulate solids in the presence and absence of fluid. DEM will be used to understand the principles of the sink-hole approach and to improve its performance.

Last Application Date: Open Until Filled

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21. PhD Program in Innate Immune Activating RNA Nanomedicines for Cancer

Summary of Doctoral Project:

The purpose of the PhD project is to take what is already very promising class of immune modulator (successful oncology and respiratory programs now in the clinic) with huge commercial potential and determine if immunooncology indication can be expanded by developing TAM-targeting Pam2cys-loaded RNAi-based nanomedicines. Using RNAi-based nanoparticles to explore novel applications for drugs in the clinic Liang and Bartlett have recently developed novel polymer hybrid nanoparticles able to carry a range drug payloads (including RNA, TLR agonists) efficiently into multiple cell types (tumour cells, primary airway epithelial cells). (Kan, Bartlett, Liang et al TLR7 agonist loaded airway epithelial targeting nanoparticles stimulate innate immunity and suppresses viral replication in human bronchial epithelial cells Int J Pharmaceutics 2022).

Last Application Date: 01 December 2022

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22. PhD Program in Therapies for Manipulating the Gut-Lung Axis in Respiratory Disease

Summary of Doctoral Project:

This PhD project is part of an NHMRC Synergy grant, which will develop and test molecularly-designed and -targeted dietary interventions in animal models and then test them in adaptive clinical trials. There is infectious and immune crosstalk between the gut and lungs. Gut diseases induce lung inflammation and are linked to COPD and asthma, and vice versa. New approaches that manipulate gut microbiomes/metabolites have enormous potential as new therapies for lung diseases. We will conduct pioneering studies of the gut-lung axis (GLA) to therapeutically manipulate microbiomes and immunity in the gut to treat COPD. In preclinical experiments, we will define & manipulate the GLA in COPD. This will be done using our unique mouse models of COPD and influenza and COVID-19 exacerbations to assess changes in gut and lung microbiomes/ metabolites/ immunity/ disease and translate findings to COPD patients.

Last Application Date: 31 October 2022

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