23 Design-"https:"-"https:"-"https:" Fellowship positions at University of Nottingham
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-value chemicals, including terpene esters and pharmaceutical intermediates. The successful candidate will design, prepare and characterise enzyme-support materials, evaluate their catalytic performance
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-on engineering role at the heart of world-leading research in power electronics and drive systems. Day to day, you will be designing novel power converter topologies, writing and validating drive
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for enhanced bone repair using clinical samples. The role holder will be involved in the design, build and testing pivotal gene delivery, cell differentiation and hydrogel scaffold-based systems. The successful
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strategic needs in promoting talent cultivation and innovation as well as that of UNNC. UNNC’s undergraduate programme of Business Administration was launched in 2004 and the doctoral programme in 2009
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. The project is supported by La Caixa Foundation. The successful candidate will be focused on the design, synthesis, and characterization of the hydrogel system. A range of biopolymers and dynamic cross-linkers
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medicines or food supplements. Of particular relevance to this new project, we have recently followed the journey in the bowel of a capsule specially designed to ‘survive’ digestion in the stomach and reach
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multidisciplinary research with both industry and academic partners. Ideally, you will also have experience in the design on ammonia fuel lines. You will be a highly motivated, self starting individual with excellent
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responsibility for research, for developing research objectives and proposals for a research project, Falls in Stroke Survivors, in the Centre for Rehabilitation and Ageing Research. You will be expected to plan
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An exciting opportunity has arisen for an ambitious PhD qualified Engineer to design and develop an innovative instrument for wound healing measurement. Construction of the device involves
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-state hydrogen storage and compression technologies. A key aspect of the role will be the computational discovery, design, and modelling of metal (complex) hydrides using state-of-the-art atomistic and