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unique opportunity to demonstrate the effectiveness of the Corstonian ‘one stop’ shop model. The overarching aim of the research agenda is to identify the ‘core offer’ that distinguishes the unique support
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no guarantee that a concurrent redundant model will return an identical result for basic cross-checking. To overcome these issues AI system developers often resort to running parallel classical-based
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will be addressed using a series of behavioural and electro-physiological experiments with Cochlear Implant users, as well as comparing the outcomes with predictions from existing computational models
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PhD in a relevant field (Computer Science, Mathematics are most likely to fit the role, but we are open to Chemistry, Materials Science, Chemical Engineering, etc.), expertise in cutting-edge AI and
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Interests: Single-cell multiomics and spatial transcriptomics 3D genome architecture and nuclear organisation Epigenomics and epitranscriptomics in development and disease Model systems including human, mouse
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. Thematic Research Interests: Single-cell multiomics and spatial transcriptomics 3D genome architecture and nuclear organisation Epigenomics and epitranscriptomics in development and disease Model systems
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. Thematic Research Interests: Single-cell multiomics and spatial transcriptomics 3D genome architecture and nuclear organisation Epigenomics and epitranscriptomics in development and disease Model systems
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PhD in a relevant field (Computer Science, Mathematics are most likely to fit the role, but we are open to Chemistry, Materials Science, Chemical Engineering, etc.), expertise in cutting-edge AI and
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relies on complex computational models to advance our understanding of the planet. ICCS brings together researchers in software engineering, artificial intelligence, data science, and high-performance
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field Undertaken research or have experience in cell culture, 3D Cell culture, cell stains and microscopy. Ability to critically analyse data using qualitative techniques. Experience in working with model