53 development-"https:"-"https:"-"https:"-"Keele-University" Postdoctoral research jobs in Australia
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, enabled by agentic and embodied AI. Working under the supervision of Dr Neda Mohammadi , the successful candidate will contribute to the development of new concepts, methods, and scalable systems
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and AI/ML. In this role, you will advance innovative research that apply AI/ML to develop methods and tools to improve crop performance and resilience, contributing to solutions for global food security
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Full time fixed term 2-year position Work within a major industry‑backed, multidisciplinary research partnership developing cutting‑edge metal composite coatings for extreme industrial environments
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, measure transport and machine learning on developing a novel mathematical framework for identifying reduced dynamical models of high-dimensional complex multi-scale systems. The project will develop fast
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when liaising with collaborative research partners. Your key responsibilities will be to: develop advanced modelling, novel material synthesis, processing, fabrication and manufacturing sequence
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Kuncic . As Postdoctoral Research Associate in Neuromorphic encoding for biological neurocomputation you will be involved in developing a physics-aware neuromorphic interface to translate input digital
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develop their expertise while contributing to the School’s research agenda. In this role, you will undertake high-quality research as part of collaborative research teams, contributing to innovative and
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cell biology prepare research findings for publication in high quality journals present your research at conferences develop and refine independent research skills under the supervision of senior
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storage and chemical/specimen/sample inventory management Assist with developing a proactive safety culture and implementing continuous improvement Assist with the development of research and analytical
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key responsibilities will be to: develop fundamental theories and enabling technologies for intelligent wireless communication systems design, model and evaluate integrated communication–sensing