112 multiple-sequence-alignment positions at University of Sheffield in United Kingdom
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problems and contributing to strategic planning. Essential Application / interview Proven ability to lead, manage and effectively contribute to multiple projects concurrently. Essential Application
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business partner to faculties and academic schools, providing expert advice and constructive challenge on strategic plans, targets and annual action plans. Collaborate with senior leaders to ensure alignment
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of the next generation of multiple-criticality control architectures will allow almost unlimited off-board computational power to be used to optimise operational decision-making in near to real-time
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clear vision that meets the needs of a diverse and evolving student audience and that is aligned with the university's strategic goals. They lead, develop, and manage the Student Communications team
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-species justice. This is an exciting opportunity for an individual interested in the ways design and design-research (in multiple forms) might be drawn upon to foster more inclusive MtH futures. You will
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strong spoken and written communication skills to liaise with multiple partners and external bodies. Excellent interpersonal skills are also essential as the work will involve working with patients, NHS
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, Interview Evidence of working practices that align with good practice with respect to Equality, Diversity & Inclusion and positive wellbeing. Essential Interview Further Information Grade 7 Salary £38,249
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. Collaborating closely with academic staff and school leadership, this role ensures grant applications meet funder requirements, maximise success, and align with strategic institutional goals. Operating within a
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. Demonstrable experience of executing people processes as required. Experience of building and developing a team and aligning the day to day goals of the team within the organisation's strategic vision
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number of methodologies including standard techniques such as immunocytochemistry, western blotting and sequencing. We also have a keen interest in the development of better models of rare cancers. We