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University of Melbourne

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PhD Opportunity: Dynamic Culture Platform for Bioengineered Skeletal Muscle University of Melbourne in Australia

Degree Level

PhD

Field of study

Biomedical Engineering

Funding

Applicants are automatically considered for a range of scholarships, though some scholarships require a standalone application. No stipend amount or full funding details are provided in the post.

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Country

Australia

University

University of Melbourne

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Keywords

Biomedical Engineering
Materials Science
Biology
Disease Modeling
Medical Science
Cell Culture Techniques
bio engineering

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About this position

PhD Research Degree Opportunity at the University of Melbourne

This project is titled Developing a dynamic culture platform for bioengineered skeletal muscle and is offered through the Department of Paediatrics, Faculty of Medicine, Dentistry and Health Sciences. The work is based at the Royal Children’s Hospital / Murdoch Childrens Research Institute in Australia.

The project focuses on bioengineered skeletal muscle, stem cell culture, directed differentiation, and bioengineering. The aim is to develop a dynamic culture platform that can control mechanical stretch and unloading of engineered skeletal muscle, helping researchers understand how the mechanical microenvironment affects tissue maturation and disease modelling.

Research methods mentioned include stem cell culture, directed differentiation protocols, bioengineering techniques, and soft tissue-related approaches. This is a strong fit for students interested in biomedical engineering, biology, medical science, and materials-related tissue engineering research.

Degree available: Doctor of Philosophy (PhD)

Funding: Applicants are automatically considered for a range of scholarships, although some scholarships require a standalone application. No stipend amount is listed in the post.

Supervision team: Dr Richard Mills (Principal Supervisor) and Dr Holly Voges (Internal Co-supervisor), both from the Department of Paediatrics at the University of Melbourne.

How to apply: Submit an Expression of Interest via the project page. Review the full project details and scholarship information before applying.

Funding details

Applicants are automatically considered for a range of scholarships, though some scholarships require a standalone application. No stipend amount or full funding details are provided in the post.

What's required

Applicants should be interested in bioengineered skeletal muscle, stem cell culture, directed differentiation protocols, bioengineering techniques, and mechanical control of the culture environment. The post does not specify additional eligibility criteria, degree prerequisites beyond PhD candidature, or language/test requirements.

How to apply

Submit an Expression of Interest through the project page. Review the full project details and scholarship information, then follow the application instructions on the University of Melbourne opportunity page.

More information can be found here

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