673 web-programmer-developer "https:" "https:" "https:" "https:" "https:" "https:" "University of Kent" uni jobs at University of Sheffield
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research. Plan work effectively, including availability of resources (equipment usage), liaison with technical staff, deadlines, project milestones and overall research aims, and report to line manager(s) on
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, prepare and circulate the agenda and papers, prepare and circulate minutes and provide follow up on actions. Plan and organise individual and School Office team activity over short, medium and long-term
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-status students only. References https://high-energy-theory.sheffield.ac.uk/open-positions/phd-opportunities View DetailsEmail EnquiryApply Online
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develop our composite machining team. In this pivotal role, you will lead a diverse group of staff, fostering their skills in CNC programming and operation to efficiently undertake research relating
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to the Faculties of Social Science and Science. The role is varied with a focus on the provision of high-quality business partnering and is an opportunity to develop leadership skills and experience across both
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specialist technical equipment, to meet the needs of the School regarding research, teaching and experimental work. Plan, design and manufacture components to high standards and engineering tolerances for both
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supporting materials and quote “[S3.5-COM-CChen2] - Your Current Programme – Name”. E.g, “[S3.5-COM-CChen2] - MSc-University of XXX–Chen Chen” in your email subject. About the main supervisor, Dr. Chen: https
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Experience in scientific writing and presentations Desirable Application/interview Ability to organise and plan complex activities effectively Essential Application/interview Generic IT skills e.g. statistical
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Keep excellent experimental records Prepare reports regularly and feed back to other members of the research group. Contribute to the preparation of scientific manuscripts, attend and deliver seminars
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inside densely packed biofilms and to characterise the stimuli they encounter. To overcome this, our lab has developed powerful techniques to “see inside” biofilms. Using microfluidic devices and advanced