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PhD-level research distinguished by industry interaction. EngD: 4-5 years full-time; 8 years part-time; Apply now Overview Overview The Engineering Doctorate in Sensor and Imaging Systems is four
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, around an existing plasmonic sensor. This role requires an engineer with a broad, practical skillset and demonstrable experience in building and troubleshooting physical prototype instruments, ideally in
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Job Purpose You will manage the overall running of ‘GCR Neuranics Advanced Manufacturing Capacity for Sensor Technology’ an ambitious and critical project for the Glasgow region’s dynamic advanced
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for this position are: (1) Software Engineering (2) Computer Architecture and Operating System (3) Programming and Algorithms. Additionally, knowledge of Artificial Intelligence and Machine Learning and Data
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validation in optical wireless communications, sensing systems, or related areas. Skills Essential: C1 Excellent skills in programming, algorithm development, and mathematical modelling C2 Excellent
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health monitoring. This will include data collection from volunteers and/or patients. The project will explore data capture with the different sensors including motion capture, radar, and others as
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, path finding and routing algorithms, sense of direction, human computer interaction, cognitive navigation, intelligent mobility, and artificial intelligence. Sensor fusion and Signals of Opportunity We
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functional outcomes. In parallel, you will develop new sensors for intracellular potassium concentration leveraging AI based protein design algorithms. Techniques used are Biomolecular NMR spectroscopy and
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systems beyond commercially available peptide based systems. A6 Knowledge of data science driven approaches to drug discovery algorithms. For appointment at Grade 8: A4 Some reputation in, and insight
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(Japan). Resources Our in-house research facilities include: The Glasgow Laboratory for Advanced Detector Development (GLADD) developing the next generation of advanced sensor systems for particle physics