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Job description Job summary The Dyson School of Design Engineering is a leader in research on the design of technologies that support health and wellbeing. The youngest of all Engineering schools
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industrial requirements into stamping development plans. To develop an upgraded prototype system for stamping upscaled titanium components. The design of the stamping system includes design of the tools, rig
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/LC-MS metabolomics/lipidomics protocol development and applications, development of data analysis and metabolite annotation pipelines, processing and annotation of metabolomics data, advise on design
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Job summary We are seeking to appoint two Clinical Research Fellows, who will be involved in a major research project in digital health, technological innovation, patient safety or disease
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Performance (CSEP). One Co-Director will be appointed with the Dyson School of Design Engineering in the Faculty of Engineering, while the other Co-Director will be appointed within the Imperial College
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). The appointee will conduct DNA-based experiments as part of the “Neo - Next Generation Molecular Storage” project, which is a European Innovation Council (EIC)-funded collaboration focusing on developing DNA
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transmission in wild Anopheles mosquito populations across Africa, thus aligning with global efforts to eliminate malaria. Successful candidates will play a crucial role in the design and generation of such gene
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that can help tackle climate change and environmental challenges. The innovation dimension of the Grantham Institute’s work is run under the banner Undaunted. Undaunted’s mission is to nurture a climate
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with a passion for cutting-edge computational modelling, we encourage you to apply and be part of our dynamic team at Transmission Zero. You will design and perform computational simulations to generate
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electronics and measurements Knowledge of artificial spin ice/nanomagnetic arrays Knowledge of instrumentation design and control Knowledge of neuromorphic computing Interest in a fully-funded extended research