RMIT PhD Research Scholarship 2025 offers an exceptional opportunity for aspiring researchers to join a groundbreaking project in First-Principles Modelling and Property Prediction of Emerging Two-Dimensional Materials. This prestigious scholarship focuses on advanced Density Functional Theory (DFT) simulations to explore the properties of novel 2D metal oxide materials. Successful candidates will contribute to innovative research at the forefront of computational materials science, gaining valuable experience in a high-impact academic environment at one of Australia’s leading universities.
Applicants for the RMIT PhD Research Scholarship 2025 should have a strong academic background in Computer Science, Computational Physics, or a closely related discipline. Ideal candidates will demonstrate excellent analytical and problem-solving skills, proficiency in computational tools, and the ability to work effectively in a multidisciplinary research team. Based in Melbourne, RMIT University is renowned globally for its excellence in technology, innovation, and industry collaboration—making this scholarship a gateway to cutting-edge research and a successful international career.
Scholarship Summary
- Country: Australia
- Host: RMIT University
- Award: $35,886 yearly
- Study Level: PhD
- Deadline: 30 June 2026
Benefits
- Annual stipend of $35,886
- Supports research in first-principles modelling of advanced 2D materials
- Opportunity to work at the forefront of computational materials science
- Expert supervision provided throughout the project
- Strong collaborative support from research partners and institutions
Eligibility for RMIT PhD Research Scholarship 2025
- Eligible Countries: All nationalities
- Acceptable Course or Subjects: The scholarship will be awarded for a PhD in subjects related to Computational Physics, Computer Science, or similar areas within RMIT University.
Admissible Criteria: To be eligible, applicants must:
- Hold a degree in Computer Science, Computational Physics, or a closely related discipline.
- Possess strong analytical skills and interest in computational modelling of materials.
- Demonstrate good written and verbal communication skills.
- Be motivated to work collaboratively in a multidisciplinary research environment.
How to apply?
Interested candidates must first contact Dr. Baoyue Zhang via email at [email protected] to arrange an interview.
Shortlisted applicants will then be advised to submit a formal application via RMIT’s Research Degrees application page: How to Apply at RMIT
Frequently Asked Questions (FAQs)
A unique PhD opportunity offering a $35 886 stipend per year for a DFT-focused project modelling 2D metal oxides, with one position available. Eligibility requires a computational background; apply by contacting the named supervisor before 30 June 2026.
What is the value and duration of the RMIT PhD Research Scholarship 2025?
The scholarship provides an annual stipend of $35 886, supporting full-time PhD study for the duration of the project. It covers living costs, allowing you to focus fully on your research without financial distraction.
When can I apply for the RMIT PhD scholarship in the research project?
Applications are open now and will close on 30 June 2026. This gives you ample time to prepare your materials and secure a supervisor before the deadline, ensuring your application is complete and submitted on time.
How many scholarships are available for this PhD research project?
There is just one scholarship available for this PhD research project. It’s a unique opportunity, so it’s important to prepare your application carefully and reach out proactively to the named contact to express your interest.
What are the eligibility requirements for the RMIT PhD scholarship in the research project?
Eligible applicants should have a background in computer science, computational physics, or a related field, with strong analytical skills and interest in computational materials research, and the ability to work collaboratively in multidisciplinary teams.
How do I apply for this specific RMIT PhD scholarship?
You need to contact Baoyue Zhang for an interview regarding the scholarship. If you are recommended, follow the application instructions on the RMIT How to Apply page to complete your formal submission in line with the process.
What subject areas does the RMIT PhD scholarship in the research project focus on?
This scholarship focuses on first-principles modelling and property prediction of emerging two-dimensional metal oxide materials using DFT simulations. It combines computational physics and materials science to explore novel 2D materials through simulation.
Who should I contact regarding the RMIT PhD scholarship in the research project?
You should reach out directly to Baoyue Zhang for an initial interview if you’re interested in the position. That contact is the first step to being considered, and strong candidate performance can lead to recommendation for formal application.
What type of research will the RMIT PhD scholarship involve?
The research involves using density functional theory (DFT) to simulate and predict properties of novel two-dimensional metal oxide materials. It’s computational, theoretical, and aims to drive advanced materials discovery through simulation-driven insights.
Is this scholarship aimed at collaborative or individual work?
While the research is computational and involves simulations, the scholarship expects you to work collaboratively within a multidisciplinary research environment, combining your computational background with teamwork to address complex materials challenges.
What skills are required for the RMIT PhD scholarship in the research project?
You’ll need strong analytical skills, the ability to apply computational tools to real-world material problems, good written and verbal communication, and a willingness to collaborate in a multidisciplinary research setting focused on advanced materials.
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