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View All Vacancies Do you have a background crossing the disciplines of mechanical engineering and plant science? Do you have strong design skills for creating surfaces and structures that can be
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inhibition mechanisms through the application of surfactants? This project focuses on the development and implementation of novel technologies to improve the understanding of corrosion processes in CO2
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have an established background in one or more of the following areas: bioaccessibility and bioavailability of nutrients; nutrient transport mechanisms; regulation of nutritional status? We are looking
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of the full-scale component tests with other colleagues and the other project partners. You will also be investigating the failure mechanisms by the advanced surface analyses techniques. You will have the
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to completion) in Sport and Exercise Sciences, Mechanical Engineering, or a closely allied discipline, with experience in collecting and analysing 3D kinematic data, surface electromyography, and force platform
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mechanisms and pathways. We are open to discussing flexible working arrangements. To explore the post further or for any queries you may have, please contact: Professor Nora de Leeuw , Professor
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? Understanding the mechanisms and the drivers behind people’s choices has been the focal point of a range of academic disciplines and a key component in policy making, for example aiming to shift behaviours for a
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like to implement novel methodologies to advance the state-of-the-art in behavioural modelling and make a real-world impact? Understanding the mechanisms and the drivers behind people’s choices has been