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many-body methods for multi-valence-electron atoms, with a focus on transition metals of interest for spin-crossover metal-organic frameworks (MOFs). The applicant will be involved in the development
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the day to day needs of various divisional areas. Key responsibilities will include: Strategic Data Analysis and Reporting Partner with stakeholders to identify, develop, and analyse divisional service
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the conversion of experimental excel-based soft sensors to industry-ready programmed solutions using C++ and python Support research by performing data analysis tasks Liaise with clients regarding delivery of soft
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student culture and demonstrate excellent data analysis, reporting, project coordination, and planning skills. Key responsibilities will include: Strategic Leadership and Collaborative Engagement Lead a
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treatment associated with common diseases, contributing to the development of personalised precision medicine and the development of methods for analysis of genetic and genomic big data. Centre for Cell
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systems, including SolidWorks, Pro/Engineer/Creo, LogiKal, and AutoCAD, with the ability to apply these tools effectively to the design, analysis, and optimisation of mechanical and opto-mechanical systems
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, melt mixers, injection moulders) as well as standard polymer analysis techniques (e.g. GPC, DSC). An understanding of the range of research activities performed in the Facility/Laboratories
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of skeletal muscle in Motor Neuron Disease (MND). You will be involved in all aspects of research, from the conduct of experiments, through to the analysis of data, contribution to writing of research
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technically strong team, working in a dynamic environment to deliver innovative integration solutions that connect systems and data effectively. This role combines hands-on technical analysis and solution
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. Demonstrated experience with UHV instrumentation, particularly low-temperature STM/AFM. Expertise in STS and analysis of local electronic structure. Experience with STM-based measurements of superconducting