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computational, molecular and biophysical techniques. During the project you will design the methodology for, and perform the directed evolution of H-transfer enzymes using parallel selection methods, measure
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ability to manage complex systems and lead high-performing technical teams. Excellent communication and stakeholder engagement skills are essential, as is the ability to influence outcomes and align
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are optimised, high performing, sustainable, and responding to researcher demand. This is an exciting, multi-faceted, and strategically important role for a highly experienced technical professional who will
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scalable systems, build an inclusive and high-performing culture, and ensure Unit M operates with the agility of a start-up and the excellence of a world-class university. You’ll also lead the establishment
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engagement Representing the University externally as a credible and visible ambassador Leading and developing a high-performing public affairs team Ensuring alignment with the University's strategic goals
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research community. These include: high-performance computing (HPC) and high-throughput computing (HTC); AWS/Azure-based platforms; resilient and high-performance storage; edge computing; custom Web stacks
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at the University's senior levels. Promote best practices and continuous improvement in portfolio, project, and programme management to ensure timely, on-budget, and quality outcomes. Oversee performance reporting and
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. Lead, motivate, and develop high-performing professional Estates teams. Represent the University at a senior level, deputising for the Chief Property Officer when required. What we’re looking
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will be expected to provide a high level of customer service to deliver excellent service provision placing the student experience at the heart of what we do working flexibly both alone and as part of a
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magnetism. This post is part of the multidisciplinary project “High-Performance Lanthanide Single-Molecule Magnets with Monodentate Ligands,” supervised by Prof. David Mills and Dr Michael Baker