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degree in Electrical Engineering, Biomedical Engineering, Mechanical Engineering, or a related field, with a genuine interest in Wearable Technology, Sensor Development, Biomedical Devices, and Data
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English language proficiency proof (if applicable). After discussion, you may be invited for an interview. What the PhD Programme Offers: This PhD will include the payment of Home tuition fees as
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Supervisor details: Lead Supervisor Andrew Bladona, j.bladon@reading.ac.uk , School of Biological Sciences Co-supervisors Chris Foster, School of Biological Sciences Project Description: Climate change is a major threat to biodiversity, and there is an urgent need to design conservation actions...
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application for your preferred PhD programme must be submitted by 13 January 2025. You must submit your research council funding application by the given deadlines: AHRC North West Consortium Doctoral
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demonstrated by broader professional and life experiences. This evidence should be centred on your ability to undertake and complete a PhD and contribute to a positive PhD community. If English isn't your first
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for the project. This could be through a module on your programme or by independent learning. Support will be provided to gain confidence and experience in GIS to be able to complete the project. Support: Students
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countries and beyond. Training and Career Development As a PhD student, you will join the Faculty of Science Graduate School, which provides a comprehensive programme of professional skills training tailored
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for your preferred PhD programme must be submitted by 13 January 2025. You must submit your research council funding application by the given deadlines: AHRC North West Consortium Doctoral Training
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complete application for your chosen PhD programme by the deadline for your department (below). Section 9 of the application asks for your funding intentions. In this section, you should detail fully all
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mechanics, acoustics, and computing science. It will potentially improve our current understanding of the silent flight of owls by uncovering the full mechanisms of noise reduction by flexible trailing edge