Supervisors. Dr Laura Rivino (Bristol, lead supervisor), Dr Edward Wang (Cardiff), Dr Richard Stanton (Cardiff), Prof Nicholas Timpson (Bristol), Dr Sophie Yacoub (Oxford University Clinical Research Unit, HCMC, Vietnam). Read more
Natural History filmmaking presents many challenges. For example, filming in low light or using modalities such as infra-red can result in noisy, low-resolution images, or can suffer from poor contrast range and colours. Read more
Islet autoantibodies (iAabs) are established markers for type 1 diabetes (T1D) risk and classification. The European Reference Laboratory testing for a broad panel of iAabs (not all routinely available to the NHS) for a series of international studies, is based in Bristol. Read more
Quantum communication technologies have substantially progressed over the last decade to allow point-to-point (p2p) quantum secure communication. Read more
Mantis shrimp (Stomatopoda) are marine crustaceans with extraordinary eyes, boasting up to 12 channels of colour sensitivity, 6 channels of polarization, and incredible ranges of eye movement. Read more
Network Slicing is a key technology enabler for supporting advanced applications in the current generation of mobile networks (5G) and beyond (6G). Read more
This project will employ AI-based technologies to enhance motion-picture photography and visual storytelling effectively. These include composition of a scene, camera positions, lighting design and scene understanding. Read more
Broadcasters and streaming organisations are commissioning content with increasingly challenging acquisition specifications that extend our experiences into faster, smaller, more colourful, darker, and generally more immersive spaces. Read more
This project aims to exploit a knowledge of peripheral vision to enhance and measure viewer experience. Immersive media applications, such as VR, are heavily reliant on a wide field of view, high spatial and temporal resolutions, and high dynamic range, all of which require high bit rates. Read more
What does it take to design a high performance, ultra-compact power electronic systems needed by the growing electric vehicle sector? Or maximise the efficiency of renewable micro-grid converters while minimising their cost?. Read more
Are you a materials engineer or chemistry graduate looking to apply your background to next generation electrical technologies in pursuit of Carbon Net Zero?. Read more
Case-based learning (CBL) is a core component of Bristol University’s innovative medical and veterinary curricula. CBL is founded on the problem-based learning educational strategy introduced at McMaster University and uses the seven-step methodology developed at Maastricht University. Read more
We are seeking talented researchers in materials and composites to join the highly creative and interdisciplinary NextCOMP programme team which is fundamentally redesigning high performance composite materials. Read more
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