Engineering Fully-funded Scholarships 2027-2028 at Swinburne University of Technology Open
If your background is in metallurgy, chemical engineering, materials engineering, environmental engineering or mechanical engineering, this Swinburne University PhD scholarship is one of the more industry-relevant research opportunities I would put on a serious shortlist for 2027.
The project focuses on developing a more sustainable process for producing lithium metal, working jointly with Swinburne University of Technology, CSIRO and industry partners. The scholarship provides an annual stipend of about AUD $40,000, plus a tuition-fee waiver, and can run for 3.5 years with a possible six-month extension.
Swinburne PhD Scholarship: Quick Facts
| Program Info | Details |
|---|---|
| University | Swinburne University of Technology |
| Country | Australia |
| Degree | PhD |
| Research Area | Sustainable lithium production |
| Stipend | Approx. AUD $40,000/year |
| Funding Period | 3.5 years + possible 6-month extension |
| Tuition | Fee waiver available for up to 4 years |
| Location | Hawthorn Campus |
| Partners | CSIRO + industry partners |
| Deadline | 6 September 2026 |
Who Should Apply?
You should have a relevant background in Process or Extractive Metallurgy, Chemical Engineering, Environmental Engineering, Materials Engineering or Mechanical Engineering.
For academic entry, the call lists a Bachelor of Engineering (Honours), Bachelor of Applied Science (Honours), or a Master’s degree as qualifying backgrounds.
The strongest candidates will also have research experience involving high-temperature experiments, modelling or process analysis. Experience with thermochemical or flowsheet modelling software is particularly relevant.
Industrial experience in metals or processing is desirable, as is a record of journal publications, but these are not presented as absolute requirements.
What Will You Actually Research?
This PhD is built around a clear industrial problem.
Current lithium-metal production commonly relies on molten-salt electrolysis, which can create serious environmental challenges, including toxic chlorine gas. The project will instead investigate carbothermic reduction of lithium oxide using a liquid-metal solvent as a potentially cleaner alternative.
Your work will include thermodynamic modelling, identifying suitable solvent systems, designing and building a high-temperature experimental rig, running experiments, characterising materials and improving the process based on the results.
This is therefore a strong fit for applicants who want a PhD involving both modelling and real experimental engineering, rather than purely theoretical research.
What Funding Do You Actually Receive?
The scholarship provides approximately AUD $40,000 per year in stipend support.
It also includes a tuition-fee waiver for up to four years, a PhD thesis allowance of up to AUD $840, and a relocation allowance of AUD $505 per eligible adult and $255 per eligible child, capped at AUD $1,455.
That combination makes this much closer to a genuinely funded PhD package than a tuition-only award.
Do International Applicants Have a Chance?
Yes. Swinburne explicitly says it welcomes and encourages applications from international graduates.
However, the successful scholarship candidate will still need to qualify for formal entry into the Swinburne PhD programme. The scholarship selection and PhD admission therefore remain connected but distinct steps.
What About IELTS?
For Swinburne University of Technology PhD admission, international applicants generally need IELTS Academic 6.5 overall with no band below 6.0, TOEFL iBT 79 with at least 18 in Reading and 20 in Writing, or PTE Academic 58 with no communicative skill below 50.
Swinburne also accepts EAP 5 Advanced with 70% overall and at least 65% in each skill, while some applicants may qualify through recent English-medium university study instead.
How Do You Apply?
You need to submit an online admission application along following documents:
- CV
- Academic degree certificates
- Academic transcripts
- IELTS or TOEFL results
- Copies of journal publications, if applicable
Applications must be submitted formally through the Swinburne careers application system. Professor Geoffrey Brooks can be contacted regarding the research project, but email enquiries do not replace the official application.
Application Deadline
The last date to apply for this Swinburne University Lithium PhD Scholarship is 6 September 2026. If I were applying, I would make the CV and application immediately demonstrate experience with high-temperature processes, thermodynamics, modelling, experimental systems or metals processing.
The project is clearly designed for someone who can move from equations and simulations into a laboratory and eventually toward an industry-relevant process.