12 algorithms-"Multiple"-"Prof" positions at The University of Southampton in United Kingdom
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, algorithms, and tools critical to VFD’s vision of an enhanced customer offering. The following links provide more information on Knowledge Transfer Partnerships (https://www.ktp-uk.org/ ) and VFD Pro Limited
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report to the Chief Investigator of the PRANA research programme. Duties and Key Responsibilities Utilise Python / SQL / Languages to create automated data flow pipelines from multiple sources into a
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events, managing financial processes, and driving process improvement initiatives will be key to success in this role. You will be confident in managing multiple priorities and delivering impactful
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partnership with the project manager, business analyst and sponsor to deliver long-term, strategically aligned outcomes. Work across multiple campuses as well as from home. Lead change impact assessments
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The CORNERSTONE Photonics Innovation Centre (C-PIC) at the University of Southampton has a mission to create a pipeline of Silicon Photonics enabled companies serving multiple industry sectors by
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resistance, blockers and challenges using best practice change management methodology. About you: You will be an experienced Change Manager and proactive problem solver who can manage multiple priorities
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a friendly manner and excellent customer service skills are essential to this role. What you’ll do Delivering IT equipment to customers across multiple sites Driving and maintaining a large Transit
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a team, customer service skills across any industry could well be an advantage. The department uses multiple computer systems to deliver its services therefore experience using multiple systems is
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or knowledge of abstracting and indexing databases. Have experience or knowledge of academic publishing including open research and funder guidelines Be confident working with multiple sources of data Be able
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multiple techniques. This will allow researchers to visualise and ‘manually weight’ different types of information from different sources globally and locally across a macromolecular structure, and pipe