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Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26

Awarded by RMIT University, Melbourne City campus

Scholarship Details

Eligible Degrees

PhD

Funding Type

Partial Funding · AUD 33,826 per annum

Eligible Courses

Engineering or Science

Eligible Nationalities

Open to all nationals

Can Be Taken At

RMIT University, Melbourne City campus

Provider

RMIT University, Melbourne City campus

Last Verified On

14 Aug 2026 by WeMakeScholars Scholarship Team

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Overview

The RMIT University School of Engineering is offering this PhD scholarship to support the project, "Technology development and prototyping of the Proton Battery and Proton Flow Reactor Systems, funded under a Research Collaboration Agreement with Eldor Corporation, an international automotive component supplier based in Italy."

Eligibility criteria:

  • To be eligible, applicants must have a top-notch bachelor's or master's degree in a related science or engineering field, such as materials science, physics, chemistry, chemical engineering, mechanical engineering, or electrochemistry.
  • It will be beneficial to have any prior industrial expertise creating and testing prototype goods.

Application process:

Following the guidelines on the School of Engineering website, prospective students should apply for admission to the PhD Mechanical and Manufacturing Engineering program (DR216).

It is recommended to email Professor John Andrews concurrently with submitting your application with the following documents:

  • CV
  • A short statement of experience, expertise, and interests relevant to one or other of the two PhD topics (no more than two pages).

Benefits:

Successful applicants will get a scholarship of $33,826 per annum for three years.

Source : RMIT University, Melbourne City campus
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SIMPLE 5 STEP PROCESS

How to Apply

1

Check Eligibility

Confirm that you meet the scholarship requirements

2

Prepare Documents

Gather all required documents for your application

3

Submit Application

Apply through the official scholarship application process

4

Application Review

The scholarship provider evaluates eligible applications

5

Scholarship Decision

Selected applicants are informed about the final results

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Documents Needed

  • Academic Transcripts (Usually required)

  • Income Certificate (For need-based scholarships)

  • Identity Proof (Usually required)

  • Admission / Offer Letter (For select scholarships)

  • Statement of Purpose (If applicable)

  • Language Test Scores (If applicable)

  • Recommendation Letters (If applicable)

  • Other Supporting Documents (As specified by the scholarship provider)

Note: The exact document requirements vary by scholarship. Always refer to the official application guidelines

FAQs

  • Yes, you can secure an education loan to study abroad at RMIT University, Melbourne City campus. Education loans are of two types — Collateral and non-collateral. Collateral includes either: Immovable property – a house or a flat or land (or) liquid security – an FD, or LIC or shares or bonds. Agricultural lands are not accepted by any bank for education loan.

    Public banks like SBI, BOB offer these types of education loans. There are many NBFCs who offer Non-collateral education loans. Apply for the best education loan to study abroad.
  • The deadline of Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26 is Expired.
  • Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26 is offered to PhD degree.
  • Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26 is offered for Engineering or Science .
  • Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26 is open for: Open to all nationals.
  • Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26 is offered by RMIT University, Melbourne City campus.
  • Project: Design and performance optimisation of components in a proton battery at RMIT University 2024-26 covers Partial Funding, AUD 33,826 per annum.