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The opportunity The University of Liverpool is a key partner in a £14 million initiative (https://tinyurl.com/yc5z768m) to develop a sustainable, next-generation manufacturing facility, using
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., LEEDR). Additional efforts involve innovative techniques like convolutional spectroscopy, drone-mounted sensors, and experiments to understand the impact of aerosols on thermal blooming, cloud
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immunology and personalised T cell-based therapies Systems medicine, multi-omics data integration and artificial intelligence Vascular biology and mechanisms of pathological remodelling Personalised
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Research Infrastructure? No Offer Description Mission: Work on research and technology transfer projects dealing with mobile robots and a variety of sensors. Functions to be developed: Collaborate in
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processing, and actuation on mobile and vehicle-based platforms. Manage sensor data (e.g., vehicle telemetry, imaging, environmental data) for analysis, visualization, and decision making Design custom
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soon as possible. Where to apply Website https://jobs.cranfield.ac.uk/vacancy/research-fellow-in-environmental-sensors-6… Requirements Research FieldEnvironmental scienceEducation LevelMaster Degree
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transmitters, DPD algorithms, and analog/mixed-signal challenges. For more details about the DISRUPT project, please visit: https://elca.tudelft.nl/Research/project.php?id=243 https://www.linkedin.com/posts/tu
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interdisciplinary approaches. Today, in addition to general bacteriology, we work with applications of various nanomaterials in biomedicine and biotechnology, metabolic engineering of microbial cell factories and
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• Enhancing and deploying computational platforms such as Cornell TEAM-Cities, CATChain, uTECH, etc. • Working with geospatial and mobility datasets (GPS trajectories, transit feeds, sensor data, demographic
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microelectronic tools that can interface with living cells, cell networks, and organisms. The goal of our quantum optoelectronics effort is to develop solid-state photonic, optoelectronic, and plasmonic devices