Victoria University often provides opportunities for scholarships related to specific projects.
Often these projects are funded in conjunction with an industry partner, offering the valuable opportunity to learn to do research which connects industry and universities. This can provide experience and perspective on research, which is valued by universities and industry employers.
Victoria University is offering a number of industry supported scholarships.
Applicants should read the Guide to Applicants.
These scholarships relate to specific PhD projects agreed with our industry partners, who contribute at least half the funds for the stipends.
Stipends and fee offset are also supported through the Australian Government Research Training Program.
Successful applicants for these scholarships will need to sign an Intellectual Property (IP) assignment, assigning any intellectual property created in the PhD (except copyright in the thesis) to Victoria University, so that we can meet our contractual obligations to our industry partners.
Some individual projects may have other special conditions, which will be made clear in the project details. Click on the projects on this page for further information about the project description, industry partner, supervisor stipend amount and other details.
Before applying you should read the VU Industry Supported Scholarships Guide to Applicants.
Applications will be open until midnight Wednesday 15 May 2019 (AEST).
The application form is available at vu.smartygrants.com.au/ISS
Challenges facing the Victorian water corporations in maintaining safe and resilient water supplies, include population growth, aging infrastructure, customer expectations and climate change.
For this reason, the successful PhD applicant will work alongside academic and industry in developing an Intelligent Water Network Strategy & Action Plan. It will consist of water, sewer and recycled water network devices that provide intelligence, communication systems and digital metering that can ultimately enable cost-effective asset management investment decisions.
More specifically, algorithms will be developed to:
Special conditions:
The project is an evaluation of a 15 million dollar social impact bond.
Melbourne City Mission deliver an education program called the Hester Hornbrook Academy. The Academy delivers a VCAL program to very vulnerable young people and uses a holistic approach to remove their barriers to education such as homelessness, trauma, mental health, family violence and offending behaviours.
The Academy also runs two young mums' classrooms.
Special conditions:
Hot springs and spas are a central component of the growing ‘wellness’ industry and one of the fastest growing sectors within the visitor economy.
In Victoria, the industry is expanding rapidly with and several new attractions are in the planning and development stages.
This research will investigate the wider social and environmental impacts of industry growth and the extent to which the growth aligns with wider regional development goals of building stronger, resilient communities and sustainable employment.
The research will be undertaken through the conduct of in-depth case studies of three hot springs and spa resorts in Victoria.
The intent of this research is to derive a machine learning (cognitive) self-learning algorithm which would enable accurate stock market trends predictions.
This will assist investors in making timely investment decisions. On the other-hand companies will be benefited by increasing shares investments due increased investor confidence. The outcome of this research will be scalable and could be applied to develop efficient Robotic processes that will be benefit different industries.
Special conditions
Professor Bruce Mountain
The Victoria Energy Policy Centre (VEPC) research program is focussed on three areas:
Applications are invited for two PhD positions at VEPC to undertake research related to one VEPC’s focus areas.
Special conditions
Milk proteins play a crucial role in human nutrition and as transporter for minerals exemplified by presence of casein micelles in milk. These complex structures have large industrial importance.
Protein-mineral interactions are a key factor affecting casein micelle stability.
Qualitative and quantitative insights have gained into the association of minerals with caseins and their importance in the formation of casein micelles. However, a holistic mechanistic understanding of this area, in relation to both the physiology of lactation and protein functionality and stability in dairy products remains elusive.
This project aims to advance this field, with a primary focus on establishing and understanding the link between protein-mineral interactions and the stability and properties of milk proteins.
Special conditions:
Victoria University (Facilities).
This PhD scholarship is for an industry project funded by Facilities Department at Victoria University.
The research will develop an integrated approach to optimise the operation of different mechanical and electrical systems in a building to maximise its energy efficiency and thermal comfort while ensuring the robustness of the operation.
Various mechanical/electrical system operation parameters will be considered, including temperature setpoint, night time setback, fan/pump start/stop schedule, lighting ON/OFF control, air flow rate, etc.
The outcomes of the research will improve the building operation performance and achieve additional energy savings, therefore creating benefits to VU and reducing VU's carbon footprint.
Special conditions
Victoria University (VU) and City West Water (CWW) have jointly developed this industry-partnered PhD project.
It is based on the growing interest from CWW trade-waste customers (TWCs) and the community to recover energy and nutrients from waste streams, which are currently diverted to sewers or transported to off-site facilities for safe disposal.
This is considered as a significant waste of valuable resources and a very expensive operation for TWCs to operate their businesses sustainably.
The selected candidate has to conduct a comprehensive literature review and a survey to develop a complete database showing the current practices of TWCs.
The candidate will research an anaerobic membrane bioreactor (AnMBR) system treating industry wastewater to evaluate the potential of adopting the AnMBR as an effective pre-treatment technology
IP assignment.
This project forms a core component of a new partnership between CoHealth, a community health service, and the Mitchell Institute.
The PhD project will focus on services provided to clients with high risk factors for both preventable chronic disease and for deterioration of established chronic disease, to establish a pathway to engagement in physical activity.
The PhD project will focus on either:
(i) the development of a physical activity program designed to meet the needs of CoHealth clients,
or (ii) the development of an implementation strategy that will effectively facilitate engagement of CoHealth services and staff.
Before commencing, the successful applicant will have to provide a current:
This research addresses the impacts of climate change and natural hazards on asset management driven by the significant investment into these infrastructures together with the current population growth in Victoria.
The following phases will reference the strategic drivers at national and state levels:
IP assignment.
Applications are invited from candidates who:
Carefully read the Guide to Applicants and review the online application form for details of what is sought for each project.
The online application form lists the documents you will need to submit. Normally this will be:
Scholarships for postgraduate research are also available for the following projects, which provide living stipends and fee offsets.
This PhD scholarship will be of interest to health professionals with an interest in understanding the impact of any type of Diabetes (any) in pregnancy and those wishing to develop resources for pregnant women with Diabetes.
Projects addressing clients and populations with low health literacy are particularly invited.
Full training and support will be provided to the successful applicant.
Before commencing, the successful applicant will have to provide a current:
This project is part of a large National Health and Medical Research Council funded study exploring the mechanisms of insulin resistance in peripheral tissues in women with PCOS.
The student involved in this study will be working within a dynamic team working across two sites in Melbourne where they will be analysing muscle and fat tissue (ex-vivo and in-vitro) mitochondrial function (respiration, ROS production) and content from the participants recruited into the FIREx study.
This work is part of an ongoing research aiming to unravel the elusive molecular mechanisms of PCOS-specific insulin resistance, contributing to the discovery of novel therapeutic targets.
NHMRC
Neurological abnormalities are major and increasingly important contributors to the fatal disease burden.
The aim of this proposal is to develop a reliable, robust and real-time analysis system for automatic and accurate detection of neurological abnormalities and prediction of impending neurological problems from brain signal data.
This project should design novel algorithms for brain signal processing, data compression, detection and prediction of neurological abnormalities from massive brain signal data.
The success of this project will lead to significant improvement of existing methods in health monitoring applications in Australia and worldwide and hence will save lives, money and resources
Outsourcing of data storage is increasingly common, but poses major problems for data security and confidentiality. One solution is to formally specify and manage data fragmentation with associations.
This project aims to discover how tuples in fragments can be grouped for producing loose associations so to increase the utility of queries executed over fragments.
It creates a framework to perform grouping and produce loose associations that satisfy information protection goals while achieving utility for queries over different fragments.
The project is also proposed to develop a minimal fragmentation model to validate loose association rules while minimising data leakage risks
Some of the past projects that offered scholarships to suitable PhD candidates include:
If you have any questions please email researchscholarships@vu.edu.au.
