University of Melbourne
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4 days ago
PhD Opportunity: Advanced Water Electrolysis for Green Hydrogen Production University of Melbourne in Australia
Degree Level
PhD
Field of study
Mechanical Engineering
Funding
Available scholarships are mentioned, and applicants are automatically considered for a range of scholarships; some scholarships require a standalone application. The project is a co-funded/co-supervised PhD with a non-academic external partner.
Country
Australia
University
University of Melbourne
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About this position
PhD opportunity at the University of Melbourne in collaboration with Baker Hughes on Advanced Water Electrolysis for Green Hydrogen Production.
This research degree project focuses on the behaviour of water electrolysers under elevated temperatures and pressures, with particular attention to gas bubble formation and related electrochemical/engineering phenomena. The project sits at the intersection of chemical engineering, mechanical engineering, and electrical engineering, and is part of an industry-engaged, co-funded/co-supervised PhD opportunity.
The supervision team includes Mengran (Aaron) Li (Principal Supervisor, Department of Chemical Engineering), Michael Brear (Internal Co-supervisor, Department of Mechanical Engineering), and Glen Farivar (Internal Co-supervisor, Department of Electrical and Electronic Engineering). The project also involves close collaboration with world-leading technical specialists at Baker Hughes, and travel to Baker Hughes’ research campus in Italy is part of the project.
Degree available: Doctor of Philosophy (PhD). Places available: 2.
Funding: Applicants are automatically considered for a range of scholarships, though some scholarships require a separate application.
Location: Parkville, University of Melbourne.
How to apply: Submit an Expression of Interest via the project page. Check the scholarship information for any additional standalone application requirements.
Funding details
Available scholarships are mentioned, and applicants are automatically considered for a range of scholarships; some scholarships require a standalone application. The project is a co-funded/co-supervised PhD with a non-academic external partner.
What's required
Applicants should be passionate and motivated PhD candidates. The project is suitable for candidates interested in green hydrogen production, water electrolysers, gas bubble formation, and experimental research at the intersection of academia and industry. Applicants will join a multidisciplinary team and should be willing to collaborate with Baker Hughes specialists and travel to the research campus in Italy.
How to apply
Submit an Expression of Interest through the project page. Review the scholarship information and follow any additional standalone application steps if required for specific scholarships.
More information can be found here
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