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to achieve superior structural and thermal performance; 2) Parametric study and optimization of LSF profiles to reduce linear thermal bridging; 3) Support in the development of a lightwight cement-based
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chemical biology and biotechnology, enabling the preparation of defined oligonucleotides for a wide range of research applications. This project focuses on the experimental development and optimization
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to the Lead, Marketing and Communications. The ideal candidate will demonstrate knowledge of best practices for web content, search engine optimization and structure, and proficiency reading and writing in
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library construction, and operation of sequencing instrumentation. The position contributes to method development and optimization, performs preliminary data review, and supports implementation of new
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, patient-specific design and additive manufacturing to offer complex, custom designs and structures. The project also incorporates multi-functionality as well as blended experimental and in-silico testing
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, patient-specific design and additive manufacturing to offer complex, custom designs and structures. The project also incorporates multi-functionality as well as blended experimental and in-silico testing
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as the primary liaison between the researchers and the university’s facilities maintenance team, design and construction departments, environmental health and safety (EH&S), Division of Research and
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to investigate all aspects of biogenic dyes, from the identification of dye-producing bacteria and the characterization of their pigments, through the optimization of their production and application
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of electrochemical reactions carried out under strong, controlled magnetic fields. Part of the work will involve establishing an in-situ characterisation method, supplemented by research into optimal experimental
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language models to whole genome sequencing data - Develop algorithms and neural network architectures for the prediction of structured outputs (i.e. trees, graphs) - Implement and develop methods