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to develop novel method for Advanced WF interface control for enhanced synchronisation stability under varying grid and WF output situation. The positions involve undertaking full time research in grid
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/ other techniques in collaboration with other postdocs (microfluidics, acoustics, etc.). This involves designing lipid formulations; developing microbubble-liposome complexes; loading drugs into liposomes
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aligned with the strategies of all three divisions within the Department of Surgery and Cancer. You will be expected to demonstrate a developing international reputation in your field of research and an
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management approach to the portfolio of projects you are coordinating, developing good working collaborations with your peers and team members, supervising progress against financial and reporting dashboards
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include coordinating the safer recruitment of over 100 Imperial student ambassadors, reviewing safeguarding policies, drafting activity risk assessments, helping the team prepare for summer delivery, and
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intellectual development. Based at the White city campus with travel between all Imperial campuses, this position supports the logistical arrangements and event communications for a varied programme of on and
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highly competitive salary, excellent pension scheme and career development opportunities. To provide hospitality catering services, ensure all catering deliveries are cleared within the given time frame as
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. They will demonstrate intellectual curiosity, research ambition, and a commitment to developing trustworthy digital infrastructure for decentralised coordination in the sharing economy. The opportunity
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of the lab, including engagement with external partners such as the IOTA Foundation and CSEP. They will demonstrate intellectual curiosity, research ambition, and a commitment to developing trustworthy digital
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The Department of Chemical Engineering at Imperial College London is seeking a Research Associate to join an international collaborative project focused on developing synthetic cells with energy