120 parallel-computing-numerical-methods-"Simons-Foundation" positions at University of Bristol
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assessments and method statements/standard operating procedures (SOPs), ensuring compliance with all relevant guidelines. Understand and follow all relevant Health & Safety guidelines. You have a passion for
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The position involves exploiting some significant advances in analytical methods we have made in the Bristol Isotope Group lab using our novel collision-cell multi-collector, inductively coupled
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. The successful applicant will work closely with a research technician, with support from the PI (line manager Dr Anu Goenka ) and wider team, to optimise novel methods for molecular microbial/viral
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researcher will be part of the Academic Centre for Mental Health and lead a programme of work focussed on analysing routine data and data collected by the Centre for Pesticide Suicide Prevention (CPSP
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computing resources, with additional support involving HPC systems such as configuring GPU nodes, managing Slurm queues, containerising teaching notebooks, and enabling advanced pipelines Promote Robust
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parameters and have proven experience of completing tasks to high levels of accuracy, with attention to detail and a methodical approach to work. You will have a good understanding of the basic principles
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chosen career. We are proud to have been recognised through numerous accreditations and awards that demonstrate our commitment to creating a positive and supportive culture. We have appeared in
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small team in the Eastern Caribbean, sampling, describing and correlating eruptive deposits Using textural analysis and microanalytical methods to reconstruct changing intensive parameters in
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of challenge and support, you’ll gain fantastic experience, and room to develop and advance your career. We are proud to have been recognised through numerous accreditations and awards that demonstrate our
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The position initially involves turning significant progress we have made in establishing a critical-mixture double spiking method for the high precision analysis of mass-dependent K isotope