23 evolution "https:" "https:" "https:" "https:" "https:" "https:" "Helmholtz Zentrum Hereon" research jobs at Monash University in Australia
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Pro Vice-Chancellor (Researcher Development) Job No: 688391 Location: Clayton Campus Employment Type: Full-time, Fixed-term appointment Remuneration: A competitive remuneration package will apply
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, including the design and development of integrated circuits for radar RF applications. Key responsibilities include: Designing analogue/RF integrated circuits for radar RF systems Contributing
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accessibility. In parallel, the role will involve development of a generative AI model capable of predicting reproductive and fertility stages based on biochemical data derived from blood and other biological
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of the United Nations Sustainable Development Goals (SDGs) across different national contexts, and seeks to explain variations in impact through existing governance structures and socio-political conditions. The research
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to connect to the broader activities of the Monash Stellar Explosions group and its international collaborators in supernova theory, stellar evolution, nucleosynthesis, and multi-messenger astronomy
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Development and training of AI/machine learning models Real-time validation of algorithms to ensure reliable physiological monitoring under real-world conditions The role offers the opportunity to contribute
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to pursue high-quality independent research while contributing to the development and leadership of a fast-moving laboratory. You will work on projects exploring how meningeal stromal and immune cells sense
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development. This is an opportunity to contribute to a nationally significant program with tangible policy impact—candidates ready to deliver rigorous, influential research are encouraged to apply. About Monash
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vital role in shaping ongoing research activities. In addition to conducting research, the appointee will contribute to the development of research funding proposals and provide guidance to junior
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this role, you will contribute to the development of a next-generation, high-throughput and highly predictive microphysiological system, centred on a sophisticated blood–brain barrier (BBB) on-a-chip and