At a Glance
- Tasks: Conduct groundbreaking research on functional materials for the green hydrogen ecosystem.
- Company: RMIT University, a leader in renewable energy and advanced materials.
- Benefits: PhD scholarship valued at $34,841 with opportunities for academic growth.
- Other info: Collaborate with top researchers in a dynamic and innovative environment.
- Why this job: Join a cutting-edge project that contributes to sustainable energy solutions.
- Qualifications: First Class Honours or Master's degree in relevant fields.
The predicted salary is between 34841 - 34841 $ per year.
RMIT University is offering two PhD scholarships for research on the design and synthesis of functional materials for the green hydrogen ecosystem, including applications related to hydrogen production and utilisation. The research will focus on developing advanced functional materials with properties relevant to the emerging hydrogen economy. The project sits within RMIT's broader research activities in renewable energy, advanced materials, catalysis, energy conversion and energy storage. The scholarship provides an opportunity to undertake doctoral research at the intersection of materials science, chemistry and nanotechnology, with the potential to investigate functional materials for different stages of the green hydrogen ecosystem.
Research Areas
- Green hydrogen production.
- Hydrogen-related energy conversion technologies.
- Functional catalytic materials.
- Nanostructured materials.
- Advanced materials for energy applications.
- Materials optimisation and performance evaluation.
Key Responsibilities
- Conduct doctoral research into functional materials for the green hydrogen ecosystem.
- Design and synthesise advanced materials with targeted chemical and physical properties.
- Characterise material structure, composition and functional properties.
- Investigate the relationship between material structure and performance in hydrogen-related applications.
- Analyse experimental results and develop an understanding of relevant material mechanisms.
- Contribute to scientific publications and research presentations.
- Work collaboratively within RMIT's research environment and with relevant research collaborators.
- Progress a doctoral research project under academic supervision.
Required Qualifications
- A First Class Honours degree or Master's degree.
- An academic background relevant to the proposed research.
Preferred Background
- Materials Science.
- Chemistry.
- Nanotechnology.
Research Environment
The project is supervised by Distinguished Professor Tianyi Ma in RMIT's School of Science. Professor Ma's research covers the rational design, synthesis and characterisation of nanostructured materials, with applications in energy and environmental technologies. His research interests include photocatalytic, electrocatalytic, thermocatalytic and piezocatalytic materials, hydrogen evolution, oxygen evolution, carbon dioxide reduction, water splitting, batteries and supercapacitors. RMIT's broader research portfolio also includes projects involving renewable energy conversion and storage, functional materials, catalysis, batteries and supercapacitors.
Scholarship Details
- Scholarship: PhD Scholarship in Hydrogen Ecosystem.
- Number available: Two scholarships.
- Value: $34,841.
- Duration: Not specified on the scholarship page.
- Opening: Open now.
- Closing date: 31 December 2027.
- Degree: PhD.
- Location: RMIT University, Melbourne, Australia.
Application Deadline
31 December 2027
Supervisor Professor Ma is a Distinguished Professor in RMIT's School of Science and Research Director of the Centre for Atomaterials and Nanomanufacturing. RMIT states that he is open to supervising Masters Research and PhD students.
External Link
Official scholarship page: scholarships/research/phd-scholarship-in-hydrogen-ecosystem
PhD Scholarship in Hydrogen Ecosystem – Australia in Melbourne employer: NanoHelp
RMIT University is an exceptional employer, offering a vibrant research environment in Melbourne that fosters innovation and collaboration in the field of renewable energy. With access to cutting-edge facilities and mentorship from leading experts like Distinguished Professor Tianyi Ma, PhD candidates will find ample opportunities for professional growth and impactful contributions to the green hydrogen ecosystem. The supportive work culture encourages academic excellence and provides a platform for meaningful research that addresses global energy challenges.
