# Doctor of Philosophy (PhD) on Phase Transformations in Advanced Steel DesignPh.D·Monash University·Department of Materials Science and Engineering·AustraliaFunding: ***** GBP per yearPosition type: StudentshipLevel: Ph.DDuration: 42 monthsLanguage: EnglishLimited to specific countries## About the PositionHost: Department of Materials Science and Engineering, Monash UniversityLocation: Clayton campus, Melbourne, AustraliaDuration: 3.5 years, full timeSupervisors: Dr Yuxiang Wu (******) and Professor Chris Hutchinson (******)Start: Early ****Stipend: AUD 37,145 per annum, tax free ***** rate)Course code: **** Doctor of Philosophy (PhD)Project overviewWe are seeking an outstanding PhD candidate to investigate how local phase transformations can be harnessed to design recent classes of advanced steels.
The project will develop a thermodynamic and kinetic framework to understand pattern selection during steel phase transformations and its morphological evolution, with a particular focus on how chemical composition influences local transformation behaviour.You will join the Metallurgy and Corrosion Research Cluster in a collaborative environment combining experimental studies, computational modelling, and data-driven alloy design to:\* Understand mechanisms of local austenite to ferrite transformation in low-alloy steels.
\* Develop frameworks to predict and control these transformations.Monash University hosts a unique suite of characterisation facilities, including advanced electron microscopy, in situ analytical tools, and high-temperature testing systems.




The project forms part of the Baosteel–Australia Joint Centre collaboration, with opportunities to travel to Baosteel's Central Research Institute in Shanghai.Candidate profileApplications are invited from candidates with backgrounds in one or more of the following: Materials Science, Metallurgical Engineering, Mechanical Engineering, Physics, or related disciplines.You should demonstrate:\* Strong interest in the thermodynamics and kinetics of solid-state phase transformations.
\* Enthusiasm for applying modelling approaches and advanced microscopy techniques.
\* Capacity for independent, self-motivated research.
\* Excellent communication, teamwork, and problem-solving skills.Your application will be viewed favourably if you:\* Graduated in the top 10% of your cohort.
\* Graduated from a well-ranked university.
\* Have authored peer-reviewed publications.
\* Possess excellent written and spoken English.Note: Applicants who already hold a PhD degree will not be considered.EligibilityApplicants must meet Monash PhD entry and English language requirements.
\* PhD minimum entry requirements: ## Research Interests* Conduct experimental and computational research on steel phase transformations* Develop thermodynamic and kinetic frameworks* Utilize advanced microscopy and analysis tools* Collaborate within research clusters and international partners## Required Skills & Qualifications* Research in Materials Science or Metallurgical Engineering* Modelling and simulation skills* Microscopy techniques* Experimental methods
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📌 Doctor Of Philosophy (Phd) On Phase Transformations In Advanced Steel Design (Melbourne)
🏢 Monash
📍 Melbourne