Emulating electric eel electrolytes
This PhD scholarship, offered through the Macquarie University BioInnovation Initiative, focuses on developing advanced bioinspired nanofluidic membranes that mimic the energy-conversion mechanisms of electric eel electrocytes.
The research aims to harness these natural principles to create innovative solutions for sustainable energy harvesting and bioelectronic applications. Both domestic and international candidates are encouraged to apply.
Key details
- 20247013
- PhD
- Applications close on 30 March 2025 at 11pm
- Domestic, International
- Engineering, science
- $38,500 p.a.
About the scholarship
Applications are invited for a fully-funded PhD scholarship at Macquarie University, supported through the Macquarie University BioInnovation Initiative.
This scholarship supports a research project focused on the development of bioinspired nanofluidic membranes designed to emulate the energy-conversion mechanisms of electric eel electrocytes. The project aims to advance the understanding and application of nanofluidic systems for sustainable energy harvesting and bioelectronic technologies.
We seek candidates with a background in materials science, nanotechnology, chemical engineering, or a related field, with an interest in applying bioinspired approaches to address real-world challenges in energy and biotechnology. The selected candidate will work closely with leading academics, gaining valuable experience in interdisciplinary and cutting-edge research.
Key responsibilities include:
- conducting research on the design and fabrication of advanced nanofluidic membranes inspired by natural electrocyte structures
- developing methods to optimise energy-conversion efficiency and scalability of the membranes
- collaborating with researchers across disciplines to ensure innovative and impactful solutions
- presenting findings in project meetings, academic conferences, and peer-reviewed journals.
Availability
This scholarship is available to eligible candidates to undertake a direct entry three-year PhD program.
Components
The scholarship comprises:
- a tuition fee offset/scholarship
- a living allowance stipend.
The value of each stipend scholarship is $38,500 per annum (full time, indexed) for three years.
How to apply
Please send a targeted cover letter and an up-to-date CV to Professor Mohsen Asadnia before submitting your application.