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University of Limerick is a research-led, energetic and enterprising institution with a proud record of innovation and excellence in education and scholarships. We value creativity, curiosity and excellence in our inclusive community which is committed to social good. Our motto Eagna chun Gnímh...
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decomposable soil sensor nodes that monitor soil conditions and then break down harmlessly at the end of their operational life. By removing the need for retrieval and avoiding the build-up of electronic waste
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available from 01/04/2026 to contract end date of 07/03/2027. There have been many high profile achievements of Artificial Intelligence (AI) algorithms in recent years, demonstrating their effectiveness
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36 Months, Fixed Term Full-Time Post Position Summary A position has become available for a Post-Doctoral Researcher to work on a new project focused on the use of low-cost sensor networks
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details. We are very passionate about applying ML algorithms and develop AI applied research and innovation solutions using from classic ML to novel transformer neural networks. We test and measure the
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Electronic Engineering At UCD, we're developing a novel optical tactile sensor that gives robots a human-like sense of touch enabling them to securely yet gently handle soft, fragile, or irregular objects like
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used to maintain a fixed temperature (+2°C) and CO2 (+400ppm) differences between treatment and ambient chambers. The research assistant will assist in the design and build of a suite of sensors (e.g
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focuses on transforming lowvalue or waste co-products from the meat industry into high-value, sustainable products. As part of this project, we wish to develop Digital controls in the form of field Sensors
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the design and build of a suite of sensors (e.g., temperature, CO2, humidity) and feedback control systems using open-source, low-cost, arduino based platforms. The research assistant will work closely with
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, wide area sensor networks as well as GIS databases that can be integrated into a suite of urban based models, from simple surface energy models to more complex dynamical land surface models. A core