Markus Müllner
Top university
10 months ago
Nanostructured materials for high-power high-capacity lithium ion batteries The University of Sydney in Australia
Degree Level
PhD
Field of study
Chemistry
Funding
Full funding availableDeadline
December 31, 2026
Country
Australia
University
University of Sydney
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More information can be found here
Official Email
Keywords
Chemistry
Materials Science
Energy Storage
Electrochemistry
Battery Technology
Energy Engineering
Polymer Chemistry
Interfacial Science
Cycling
Lithium-ion Batteries
Nanostructured Materials
Composite Material
Hybrid Material
Physics
About this position
Funding details
Full funding including tuition fees and living expenses is available for this position. The scholarship covers all educational costs and provides a monthly stipend.
How to apply
Please submit your application including a cover letter, CV, academic transcripts, and contact information for two references. Applications should be sent via the online portal before the deadline.
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We are looking for one postdoctoral research associate and two PhD students to join us on our project on "nanostructured materials for high-power high-capacity lithium ion batteries" - recently funded by the Office of National Intelligence. Candidates much be Australian citizen or permanent resident. They will be working under the joint supervision of Chris Ling, Markus Müllner and Wesley Dose in the School of Chemistry at the University of Sydney.
More info on the roles:
- Full-time Postdoctoral Research Associate (LevelA6, up to three years) with a PhD in chemistry, physics, or materials science and ideally expertise in electrochemistry. Their project will involve polymer chemistry, templating, battery construction, testing and analytics. Opportunities for independent research project management and co-supervision of students.
- PhD1: Full scholarship ($41,753 p.a.) to develop high surface area polymers/hybrid materials, including their characterisation and testing in batteries.
- PhD2: Full scholarship ($41,753 p.a.) to develop new electrolyte compositions and interrogate interfacial phenomena and cycling stability in batteries.
If you are interested please send through your CV, academic transcripts and a motivation letter, to one of the project leads below.
[email protected] (polymers/materials)
[email protected] (batteries/electrochem)
[email protected] (condensed matter/materials)