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Field
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parametric models for architectural and structural components. Collaborate with engineers and researchers on digital fabrication and concrete printing projects. Integrate building physics principles
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and Bioinformatics using Python and R and practical experience of applying these skills and techniques in Machine Learning models and software development. High level analytical capability is essential
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diverse societies, with a particular emphasis on Singapore and Asia. It explores how communities adapt religious practices and doctrines in plural settings and aims to develop models that promote peace and
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animal models. This role offers a unique opportunity to contribute significantly to cutting-edge research aimed at deepening our understanding of gynecologic cancers and innovating new treatments. As a
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practices beyond Euro-American models, and reinforcing Exeter’s position as a UNESCO City of Literature and a growing hub for literary and creative industries in the South West. You will be expected
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. About the role The Research Assistant will work under the supervision of Prof Alice Davidson and Dr Christina Zarouchlioti on developing translationally relevant cell models that will expand our
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a background in computer science and programming. The ideal candidate will have strong skills in web scraping, processing unstructured data (both text and images), and experience with modeling
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nervous system (CNS) uptake. You will also develop in vitro cellular models to evaluate these systems, contributing directly to cutting-edge research with the potential to transform epilepsy care. Key
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Fellows with appropriate graduate mentors. 4) serving as a role model and resource for all of the Fellows by sharing their experiences related to the practicalities and intangibles of an academic career
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supervision of a postdoctoral fellow to study breast cancer initiation and progression using a newly developed mouse model of breast cancer together with primary patient samples. You will additionally learn a