443 web-programmer-developer-"https:"-"University-of-Cambridge"-"https:" positions at University of Sheffield
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examine the scope for using PISA to prepare a series of amphiphilic diblock copolymers as film-forming additives for aqueous inkjet ink formulations. For each PISA formulation, the block copolymer
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creative ideas, and improve their writing over time. The research will combine technical development with human-centred evaluation. The student will design and build a prototype that allows learners
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collaboration with Sheffield Ataxia Centre, NVIDIA, and University of Strathclyde, will develop AI-powered speech technology to monitor how ataxia affects communication over time. By analysing subtle changes in
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research will include the following aspects: The development of a behavioural model of humans allowing expected behaviour to be determined and represented. Development of a perturbation and hazard assessment
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consortia first explained in the seminal paper of Desai and Zimmerman (2023) which reports on the development of DZ microflotation as a replacement for the 10-20 fold more power consumptive dissolved air
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the features that influence micromilling tool performance. The research will examine factors such as protective tool coatings, the geometry of the cutting edges, and the methods used to prepare those edges
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this challenge by: • Applying innovative methods for visualising actin filament architecture using advanced imaging modalities (e.g., super-resolution microscopy) • Developing computational approaches
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their potential applications. To overcome these limitations, this project will focus on developing spin-photon interfaces using emerging QD materials with advantageous properties. Several different materials
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the development of Hyflux’s superconducting aerospace motor, and will inform its development. This PhD would suit an applicant in mechanical, materials or electrical engineering. It will involve both modelling and
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be manufactured using the winding machine at the AMRC’s Factory 2050 and the additive manufacturing machines at the University of Sheffield. The project would lead to the development of skills in