68 evolution-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"UCL" positions at Imperial College London in United Kingdom
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of UK and international partners. Professional development and dissemination opportunities to enhance your research and communication skills. Grow your career: gain access to Imperial’s sector-leading
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join an interdisciplinary project focused on directed evolution and computational protein design for next-generation antibody–drug conjugates (ADCs). Based at Imperial College London, you will develop
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and development, ensuring the preservation of institutional knowledge and knowledge transfer for future REF cycles Engagement with various ICT teams like Service Transition team to record any aspects
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chemicals, while identifying how material properties relate to performance to support rational design. The role will involve the synthesis, development and characterisation of new materials (such as
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to play an active role in leading undergraduate and postgraduate education in surgery. Clinical responsibilities will include development of the Colorectal service. The Department strives to continuously
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Intelligence, data science and biomedical modelling. This post is funded by Glaxo Smith Kline Research and Development Ltd. You will be part of MiMeC, a new collaboration applying mechanistic and data-driven
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engaging with collaborators and invited speakers, as well as taking advantage of wider development opportunities within Imperial. You will be supported in submitting abstracts to relevant conferences and
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Performance Sport Manager who will lead on the strategic development of performance sport at Imperial including the delivery of strength and conditioning programs for Imperial Athlete Performance Teams and
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chance to make a lasting difference. For more background and information on the School: Schools of Convergence Science | About | Imperial College London Driving the development and delivery of strategic
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development activities run by the Royal Society. You will focus on the development of methods for predicting the synthesisability of organic molecules, including consideration of retrosynthesis, alongside