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, physiology, psychophysiology, engineering, data science, and cutting-edge sensor technologies. The cluster builds on the success of the Peter Harrison Centre for Disability Sport (PHC) and brings together
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approach to design and fabricate wearable sensors for remote health monitoring. Specifically, it investigates the use of advanced materials and sensors design related to wearable applications, including
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through terrestrial IoT networks is an attractive solution. Given the mobility and resource constraint of the underwater sensors, UAVs, and satellites, along with their sensitivity to environmental
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simulation skills while gaining deep expertise in electromagnetic propagation, sensor technology, and applied physics. Why Cranfield? Cranfield University is a recognised leader in defence, aerospace, and
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dynamic and uncertain environments [1]. A key application of such systems is in the Internet of Things (IoT), where networked sensors and actuators enable real-time adaptation to environmental changes
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combining advances in animal-mounted, environmental and ‘next gen’ satellite sensor technologies, this PhD position will bring the extensive upland farm into the precision livestock framework by addressing
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frontend systems to establish a vehicular network. The student will conduct experiments and show how the newly developed RF sensors can improve road networks to enable inclusivity. Hence, the student will
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to enhance understanding of training intensity, performance optimisation, and injury prevention. Loughborough University, a leader in Para sports, will work with our UK Para athlete network and external
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technologies including triboelectric nanogenerators (TENG) and other self-powered sensors, flexible and stretchable sensor technologies, electronic skin and soft robotics areas. This will include the design and
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years of experience in the development of sensors for healthcare applications; Stephanie Edwards and Andrew Peers. Loughborough University has an applied research culture. In REF 2021, 94% of the work