95 high-performance-quantum-computing-"https:"-"https:"-"https:" uni jobs at Imperial College London
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Join Us in Investigating Climate Health Impacts from Heat Worldwide! Are you a forward-thinking, innovative individual fascinated by the challenges of climate-related health impacts across the globe
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imaging, physiological measurement, machine learning, and high-performance computational modelling. You will work with cardiology, cardiac electrophysiology, imaging, and biomedical engineering teams
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the advert prior to the closing date stated should we receive a high volume of applications. It is therefore advisable that you submit your application as early as possible to avoid disappointment. If you
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efficient processes and governance frameworks to support programme growth. You will manage and develop a high-performing team, building capacity to deliver complex deep-science accelerator sessions and multi
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help create the next generation of doctors and scientists—benefiting patients and populations globally. We are seeking a highly motivated individual to join our team as Programme Administrator
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We are seeking an ICT based Technical Delivery Manager, working as part of Research Computing Services at Imperial to help us deliver the forthcoming Research Excellence Framework 2029 (REF 2029
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technologies — including quantum computing, engineering biology and advanced materials science. A sector-leading salary and remuneration package (including 41 days’ annual leave and generous pension schemes
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leverages its world-class science and technology base and international networks to anticipate and harness the convergence of AI with other frontier technologies — including quantum computing, engineering
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harness the convergence of AI with other frontier technologies — including quantum computing, engineering biology and advanced materials science. You will play a defining role in positioning Imperial
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controlled by our unique multi-spectral focused ultrasound device to perform "mosaic neuropharmacology"—a method for manipulating neural circuits across the brain noninvasively in both space and time. This