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methods including practical classes, tutorials and simulation sessions. An important aspect of the role is to enthusiastically illustrate the concepts, relevance and application of physiology, pharmacology
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for policy. Experience with AI/machine learning/data science methods. Proven experience of collaborating with relevant non-academic stakeholder partners (e.g. WHO, MSF). Outstanding publication record
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such as Juniper and Fortinet, AWS cloud resources, etc. Develop creative and innovative solutions in area of expertise, to advance research methods and practices, contributing to university strategy and to
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. We are proud to have been recognised through numerous accreditations and awards that demonstrate our commitment to creating a positive and supportive culture. We have appeared in the Inclusive
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such as Juniper and Fortinet, AWS cloud resources, etc. Develop creative and innovative solutions in area of expertise, to advance research methods and practices, contributing to university strategy and to
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biology and mechanical engineering. We have used innovative research methods to characterize the acoustic metamaterial properties of scaled moth wings and showed that they have evolved in response to bat
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have used innovative research methods to characterize the acoustic metamaterial properties of scaled moth wings and showed that they have evolved in response to bat biosonar to provide acoustic
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in ecological models. You will have a good knowledge of modern methods for imaging and analysing brain structure, and strong interest in brain and behavioural evolution. Independence and good
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field of work, with the right mix of challenge and support, you’ll gain fantastic experience, and room to develop and advance your career. We are proud to have been recognised through numerous
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subsurface conditions. They will do this via the micro-textural and micro-petrological reconstruction of changing conditions using analytical methods (SEM, electron microprobe, XCT at Bristol) and