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plant molecular physiology for major crops in South Australia. Outputs from this investment will lead to new research discoveries related to fundamental understanding of molecular biology, physiology and
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decision making in contested and dynamic environments, considering a broad range of modelling and simulation and software engineering research approaches. The ideal candidate will enjoy working in a team
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molecular genetics supporting the Grains Research and Development Corporation funded Weed Management Initiative under the supervision of Professor Christopher Preston at the University of Adelaide. As a
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to work within a dynamic and supportive research team, with strong connections to farmers, industry stakeholders, and other research organisations across Australia. It also provides an excellent
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with hands-on implementation and testing, working closely with both academia and industry through partnerships such as the Silanna Group, the BECA Group and REQUIEM Systems. As part of the dynamic and
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characterization. Expertise in the development and application of in-situ or operando techniques to investigate interfacial phenomena at the molecular or atomic scale is essential. The role requires an individual
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Sciences, Plant Molecular Biology, Plant Synthetic Biology, Plant Biochemistry or related subject. Demonstrated skills in plant molecular biology and biochemistry technique, including plant transformation
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grant and/or consultancy funding. Demonstrated contribution to excellent working relations with colleagues, academic community, industry partners, and key stakeholders. Ability to navigate a dynamic work
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contribution of 17% superannuation applies. Fixed term position for 24 Months. Postdoc opportunity - Open for Applications Until Filled. We are seeking a dynamic and motivated Postdoctoral Fellow in Ecological
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simulations Ability to conduct field studies on plot size assessments Outstanding analytical and problem-solving skills with the ability to perform independent Research, design specific methodology, and tackle