PhD candidates and post-doc researchers sought by GlobH2E
The GlobH2E Training Centre is recruiting several Post-Doctoral Research Associate/Researcher and PhD students to work on a range of Hydrogen themed and related projects at the GlobH2E Training Centre.
About the ARC Training Centre for the Global Hydrogen Economy
The ARC Training Centre for the Global Hydrogen Economy (GlobH2E) is funded by the Australian Government through the Australian Research Council Industrial Transformation Research Program, Partner Organisations and Universities.
The prime focus of GlobH2E is to ramp up development of hydrogen technologies and train the next generation of research and industry leaders to commercialise products within solid business frameworks and safety standards.
GlobH2E is recruiting researchers who wish to work with hydrogen. The successful candidates will have a unique training opportunity through access to world-class and state-of-the-art facilities and experts across the participating universities, research institutions, industry partners and other organisations.
PhD positions
The GlobH2E Training Centre are looking to recruit PhD students for the following projects:
- P1.1 Electrochemical Water Splitting (School of Chemistry, UNSW)
- P1.2 Renewable Hydrogen Carriers from High-Sugar-Content Waste Streams (School of Chemical Engineering, UNSW)
- P1.3 Development of Robust, High-performance, Low Cost Catalysts for Hydrogen Generation and Fuel Cells (UNSW)
- P1.4 Durable and cost-effective materials for PEM- based electrolysers and fuel cells (UNSW)
- P2.1 Development of Novel Electrode Materials for Intermediate Solid Oxide Fuel Cells (UQ/UNSW)
- P3.1 Development of Hydrogen Safety Protocols (UNSW & Univ of Newcastle)
- P4.2 Development of Hydrogen Enabled Economy Transformation Models (Sydney University)
- P5.1 Understanding scale dimensions of large renewable energy projects to ensure a social license to operation for Hydrogen/Ammonia production (School of Chemical Engineering, UQ)
Postdoctoral Researcher Positions
- Join a team of 24 academics across 6 Australian universities and 4 overseas institution and 13 industry partners to work on 5 themes across Hydrogen value chain from production, storage, safety, techno-economic, social perception and education;
- Work with, and participate in, the supervision of PhD students and work closely with the Chief Investigators and Industry partners on selected research themes;
- Successful candidates will be required to work in multi-disciplinary team and ability to demonstrate to work within and across disciplines other than their own is an advantage.
