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characterise and understand the reflex responses to changes in upper airway pressure changes in humans. It is fundamental research, designed to better elucidate the underlying physiological control mechanisms
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senior postdoctoral researcher to work on a prestigious new EU Horizon ocean energy project: The SHY Project (Seawater HYdraulic PTO using dynamic passive controller for wave energy converters), Some
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/workatucd/jobs/ The lack of cost-effective, real-time monitoring and control systems means that bioprocesses which include Anaerobic Digestion (AD), brewing, distilling and dairy processing, are operated sub
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controller for wave energy converters), Some project detail: The EU Horizon SHY project is set to play a pivotal role in unlocking the potential of wave energy converters by developing key components of a
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pressure changes in humans. It is fundamental research, designed to better elucidate the underlying physiological control mechanisms which keep the pharyngeal airway open in wakefulness and sleep in healthy
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- Microbiologist/Biotechnologist within UCD School of Biosystems and Food Engineering. The lack of cost-effective, real-time monitoring and control systems means that bioprocesses which include Anaerobic Digestion
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fundamental research, designed to better elucidate the underlying physiological control mechanisms which keep the pharyngeal airway open in wakefulness and sleep in healthy adults. However, it is likely that
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. Developed at UCD, the sensor uses deformable silicone skin and light-based force sensing to enable adaptive grip control. Backed by strong industry interest and a PCT patent, our ultimate goal is to spin out
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Engineering. Enterprise Ireland Commercialisation Fund – Microorganism Based Biosensor Platform Project The lack of cost-effective, real-time monitoring and control systems means that bioprocesses which include
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responses to changes in upper airway pressure changes in humans. It is fundamental research, designed to better elucidate the underlying physiological control mechanisms which keep the pharyngeal airway open