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outputs and strategic priorities. This position provides an excellent opportunity for an early career researcher to build research independence, expand their academic profile and contribute to a dynamic and
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discovery programs. Your key responsibilities will be to: design and execute wet‑lab experiments supporting neurological therapeutic development perform molecular biology and cloning, including construction
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to the development of biomimetic gradient scaffold technologies, including electrochemical molecular-lock strategies for constructing multi-scale gradient interfaces, soft tissue regeneration using established in vivo
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industry partners, and contributing to a collegial and high-performing research environment. This position offers the opportunity to build your research profile within a leading research-intensive university
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-resolution plant cell atlas generation, regulatory network and genomic ‘parts’ discovery, development of high-throughput upstream screening pipelines to rapidly assess Synbio constructs and components, and
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requirements definition, CAD/FEA modelling, multi-objective optimisation (e.g., DOE/GA/surrogates), prototype build, and laboratory validation. Track record of peer-reviewed publications (e.g., IEEE and IET
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, Wallumattagal Campus, North Ryde Decode the sensory wiring that controls breathing & blood pressure. The carotid body is a key sensory structure that detects the chemical composition of the blood, driving
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-electrochemistry systems, including reactor engineering and catalyst structural characterization. Advanced Mechanistic Study: Identify key reaction intermediates and establish rigorous structure-property
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and remove biases and barriers in an effort to make our workplace open, supportive and safe for everyone. Our research excellence is recognised by numerous prizes and awards to individual staff members
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students. We are committed to creating a diverse workplace by improving equity, access and opportunity, and we are continuously working to identify and remove biases and barriers in an effort to make our