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biological problems; and establish a world-leading research and biotechnology translation environment. The QUT node is headed by Professor Matthew Simpson, Deputy Director MACSYS with QUT Chief Investigators
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Environmental Science and Technology, Atmospheric Environment, and Chemical Geology. Our research is well-aligned with the university research priorities and strengthens the University’s real-world positioning
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environment; Demonstrated general organisational skills including the ability to manage time and high volume tasks efficiently and meet tight deadlines within the context of competing demands; Demonstrated
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Environmental Science and Technology, Atmospheric Environment, and Chemical Geology. Our research is well-aligned with the university research priorities and strengthens the University’s real-world positioning
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approaches; tackle fundamental biological problems; and establish a world-leading research and biotechnology translation environment. The QUT node is headed by Professor Matthew Simpson, Deputy Director MACSYS
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approaches; tackle fundamental biological problems; and establish a world-leading research and biotechnology translation environment. The QUT node is headed by Professor Matthew Simpson, Deputy Director MACSYS
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Environmental Science and Technology, Atmospheric Environment, and Chemical Geology. Our research is well-aligned with the university research priorities and strengthens the University’s real-world positioning
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the ability to connect and collaborate with colleagues in a team environment, internal and external stakeholders, and the wider research community. Professional achievement in the areas of cancer care is
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the ability to connect and collaborate with colleagues in a team environment, internal and external stakeholders, and the wider research community. Professional achievement in the areas of cancer care is
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emergent antibiotic resistance genes (ARGs) in the environment with the ultimate aim of protecting human health. At QUT, our focus will be on the development of novel computational methods to predict which