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to optimise instrument performance. The successful applicant will have demonstrated understanding and knowledge in the theory and application of S/TEM and a PhD or equivalent qualification and will possess
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applicant will have advanced understanding and knowledge in the theory and application of S/TEM and a PhD or equivalent qualification and will possess sound interpersonal skills, along with excellent written
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the ability to manage complex datasets and work effectively in collaborative teams, will also be essential. If you are motivated by meaningful research and wish to join a team dedicated to advancing knowledge
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of experiments, analysis of neuropsychological and cognitive data and application of computational models. It also contributes to scientific publications and supports collaboration within a network of researchers
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. The expected outcomes of this project include new design knowledge demonstrated through architectural and design prototypes that fuse computational design, robotic craftsmanship, and biomaterials. The successful
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to molecular data. Strong knowledge of quantum, medicinal chemistry principles and chemical representations; familiarity with physics-informed ML and drug discovery is necessary. Proficiency in Python and deep