The Opportunity

Join the Grant Group to investigate the molecular and functional mechanisms underlying congenital heart defects through multidisciplinary research. This position will use human stem cell-derived cardiomyocyte and cardiac organoid models to investigate cardiac development and function, combining experimental cardiac electrophysiology with genomics and bioinformatics approaches. The role will contribute to the design and delivery of defined research projects, with opportunities to develop new experimental and analytical approaches within a collaborative research environment.

The position will involve conducting research with limited supervision, contributing to collaborative projects and disseminating findings through peer-reviewed publications, preprints, conference presentations and seminars. Research activities will include advanced laboratory techniques, cardiac electrophysiology, genomics data analysis and experimental design, alongside mentoring undergraduate and postgraduate students and providing research-related advice. The role will also contribute to the broader activities of the research group, including meetings, limited teaching and the development of research-related materials.

We are seeking someone suited to research in a relevant discipline supported by a master’s degree and/or progress towards a doctorate, or a doctoral qualification in a relevant or closely related field. Demonstrated expertise in human stem cell models, cardiac electrophysiology such as patch-clamp recordings, and bioinformatics analysis of genomics datasets such as scRNA-seq will be important, together with strong analytical, manuscript preparation, communication, planning and organisational skills.

Join the Grant Group and contribute to research advancing understanding of congenital heart defects — we look forward to receiving your application.

About Monash University

At Monash, work feels different. There’s a sense of belonging, from contributing to something ground breaking – a place where excellent things happen.





We value difference and diversity, and welcome and celebrate everyone's contributions, lived experience and expertise. That’s why we champion an inclusive and respectful workplace culture where everyone is supported to succeed.

Some 20,000 staff work for Monash around the world. We have 95,000 students, four Australian campuses, and campuses in Malaysia and Indonesia. We also have a major presence in India and China, and a significant centre and research foundation in Italy.

In our short history, we have skyrocketed through global university rankings and established ourselves consistently among the world's best tertiary institutions. We rank in the world’s top-50 universities in rankings including the QS World University Rankings 2026.

Together with our commitment to academic freedom, you will have access to quality research facilities, infrastructure, world-class teaching spaces, and international collaboration opportunities.

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Monash supports flexible and hybrid working arrangements. We have a range of policies in place enabling staff to combine work and personal commitments. This includes supporting parents.

To Apply For instructions on how to apply, please refer to 'How to apply for Monash Jobs'. Your application must address the Key Selection Criteria.

Diversity is one of our greatest strengths at Monash. We encourage applications from Aboriginal and Torres Strait Islander people, culturally and linguistically diverse people, people with disabilities, neurodivergent people, and people of all genders, sexualities, and age groups.

Your employment is contingent upon the satisfactory completion of all pre-employment and/or background checks required for the role, as determined by the University.

Enquiries: Dianne Ruka, Institute Manager, Australian Regenerative Medicine Institute, [email protected]

Position Description: Research Fellow

Applications Close: Tuesday 3 November 2026, 11:55pm AEDT

Supporting a diverse workforce

📌 Research Fellow in Cardiovascular Stem Cell Research (Clayton)
🏢 Monash University
📍 Clayton