RMIT PhD Research Scholarship 2025 in Australia – Fully Funded Opportunity for International Students
The RMIT PhD Research Scholarship 2025 in Australia offers an outstanding opportunity for ambitious researchers to participate in a cutting-edge project focused on First-Principles Modelling and Property Prediction of Emerging Two-Dimensional Materials. This fully funded scholarship supports advanced Density Functional Theory (DFT) simulations to explore novel 2D metal oxide materials, placing successful candidates at the forefront of computational materials science.
Based at RMIT University in Melbourne, a global leader in technology, innovation, and industry collaboration, this scholarship not only provides financial support but also a platform to develop high-impact research skills in a world-class academic environment.
Scholarship Overview
- Host Country: Australia
- Institution: RMIT University
- Level of Study: PhD
- Annual Stipend: AUD $35,886
- Deadline: 30 June 2026
- Number of Awards: 1
This scholarship is ideal for students passionate about computational physics, computer science, and materials modelling, with an interest in driving innovation through simulation-based research.
Benefits of the RMIT PhD Research Scholarship 2025
Successful applicants will enjoy a range of benefits, including:
- Annual Stipend of $35,886 to cover living expenses
- Opportunity to contribute to pioneering research on 2D materials
- Expert academic supervision and mentorship throughout the project
- Access to state-of-the-art research facilities and collaborative networks
- Strong industry and research partnerships through RMIT’s global connections
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Eligibility Criteria
The RMIT University PhD Research Scholarship is open to applicants from all nationalities. To qualify, candidates must:
- Hold a degree in Computer Science, Computational Physics, or a closely related field
- Demonstrate strong analytical and problem-solving skills
- Have experience or a keen interest in computational materials modelling
- Possess excellent written and verbal communication abilities
- Be willing to work in a multidisciplinary research environment
Research Focus
This scholarship focuses on first-principles modelling and property prediction of emerging two-dimensional metal oxide materials using DFT simulations. Research will involve predicting physical and chemical properties of advanced materials to accelerate discovery and innovation in the field.
The project combines theoretical modelling with computational analysis, making it ideal for candidates with strong technical skills and a collaborative mindset.
How to Apply
Interested applicants should follow these steps:
- Contact the Supervisor: Email Dr. Baoyue Zhang at baoyue.zhang@rmit.edu.au to arrange a preliminary interview.
- Submit a Formal Application: Shortlisted candidates will be guided to complete the application process via RMIT’s Research Degrees Application Portal.
- Deadline: Ensure your application is submitted by 30 June 2026.
Tip: Since only one scholarship is available, prepare your application early and showcase your academic achievements, research experience, and motivation for the project.
Frequently Asked Questions (FAQs)
1. What is the value and duration of the scholarship?
The scholarship provides an annual stipend of $35,886 for the full duration of the PhD program, covering living expenses and allowing candidates to focus fully on research.
2. Who can apply?
Applicants from all countries are eligible, provided they have a relevant academic background in computational sciences or materials research.
3. What is the research about?
The project involves using DFT simulations to predict and analyze the properties of advanced 2D metal oxide materials.
4. How many positions are available?
Only one position is available, making this a competitive and exclusive opportunity.
5. Is collaboration part of the research?
Yes. Although the research is computational, the project requires teamwork in a multidisciplinary setting.
Why Choose RMIT University?
RMIT University, located in Melbourne, Australia, is recognized globally for excellence in technology, design, and enterprise. It offers world-class research facilities, strong industry partnerships, and a vibrant academic community—ideal for ambitious researchers aiming for international career success.
Final Thoughts
The RMIT PhD Research Scholarship 2025 is more than just financial aid—it’s a gateway to groundbreaking research in the rapidly evolving field of computational materials science. With a competitive stipend, top-tier supervision, and access to advanced research tools, this opportunity positions you for a successful academic and research career.
Apply before 30 June 2026 to secure your place in this exciting research journey.
