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from raw drinking waters, using novel magnetic composite materials. Objectives The student will be directly involved in both the synthesis of the novel magnetic materials (in collaboration with Prof
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Oxford Brookes University has established a new Directorate of Research Innovation and Enterprise to strengthen support for RIE activities and achieve greater social and economic impact. The
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diverse body of students, and have a commitment to fostering an inclusive learning environment. You will be given training, support, mentoring and opportunities for Professional Development. Oxford Brookes
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Please note that this role is open to current Oxford Brookes Students only Are you a current Student Ambassador with lots of experience and enthusiasm to develop in your role further? We are seeking experienced student ambassadors to support in the project management and delivery of widening...
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This is an exciting opportunity to come and work with the Sociology Team in the School of Law & Social Sciences at Oxford Brookes University. We are looking for a full-time Teaching Fellow for a
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Community Organiser for our East Oxford Parent Power project. This role offers a meaningful, paid professional development opportunity. The Brilliant Club work in partnership with Oxford Brookes University
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We have an exciting opportunity for a full time, permanent Nursery Assistant to join our friendly and supportive team working in both the baby room and 2-5’s rooms. We are looking for someone with an enthusiasm for providing a safe, stimulating and nurturing environment and a creative approach...
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and thermomechanical actuation. You will explore the use of natural fibre composites and bio-based matrices to produce engineered living materials (ELMs). These will be 3D printed to generate bio-based
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from enhanced/optimised micro-algal production, using models of human health. The post-holder will investigate the biomolecular composition of microalgal species and their biomass through metabolomic
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inputs and will exhibit shape changing properties driven by phenomena such as piezoelectricity, hygromorphism and thermomechanical actuation. You will explore the use of natural fibre composites and bio