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the past five years (2020 or after), or PhD within the past two years (2023 or after) Completion of a research component in an Honours, Masters or PhD program within a creative arts/performing arts
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), supporting expansion across NSW, SA, and VIC. The Fellow will: Develop a research agenda and deliver high-quality reports and publications. Apply quantitative education research methods and multivariate
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by a growing record of peer-reviewed publications and conference contributions demonstrated expertise in consumer engagement, clinical trials, and mixed-methods research, with the ability to translate
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an environment that mirrors our wider community. We're committed to attracting, retaining, and promoting diverse talent. If you require an alternative method to submit your application due to accessibility needs
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partners. A proven ability to work independently, manage time and prioritise demands. High attention to detail and a methodical but expeditious approach to research work. Please note, due to NIDG project
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, e.g. surveys, literature reviews, data gathering and/or recording of results using appropriate research methods. Publish and contribute to the publication of research results in leading scientific
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roles for transcription factors such as PLZF in sustaining SSC activity and highlighted the importance of growth factor signalling in regulating SSC fate. This position will focus on uncovering
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transport, the workplace and the home and community. Working closely with leading experts across MUARC, you’ll apply advanced biostatistical methods to complex datasets, helping uncover insights that improve
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(EHT), 3D tissue slice culture or 3D culture methods flow cytometry. Additional information: Throughout this project you will be fully supported by a diverse and prestigious supervisory team within
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AUSTRALIAN NATIONAL UNIVERSITY (ANU) | Canberra, Australian Capital Territory | Australia | 3 days ago
. With guaranteed 5-year funding, you will employ seismic wavefield and correlation methods to map Earth’s core, explore its interactions with upper layers, and extend insights to the Moon, Mars, and icy