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Conway Institute of Biomolecular & Biomedical Research | Dublin Bar, Leinster | Ireland | 3 months ago
, Ireland. University College Dublin is ranked within the top 1 % of higher education institutions world-wide. The project aims to develop three-dimensional in vitro drug discovery pathophysiology models
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, flexibility becomes an essential feature, driven by the development of flexible components and open networks. Development of Digital Twins, capable of building dynamic models from information gathered form live
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the predictions of opaque models that are widely deployed in high-stakes decision making scenarios. Of particular interest to this project are example-based explanation methods that use individual data points
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evaluation of their efficacy to mitigate the negative impacts of T2DM on osteoprogenitors. The PhD candidate will establish and validate an in vitro model, screen new therapeutics using that model, then
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-scale view of online interpersonal relations, enabling a more nuanced investigation of biases in information diffusion, polarization, and echo chamber effects. To harness this information, novel models
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drinking water quality Rewilding as a nature-based solution to address Ireland's climate and socio- environmental challenges. Societal and/or policy impacts of citizen science monitoring of freshwater
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researchers from UL, the ESRI and MIC. For the duration of these studentships (2025-29), the successful candidates will be based at the School of Education in UL. They will be supervised by Prof. Paul Conway
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numerical models of each system in terms of heat transfer and groundwater flow. These calibrated models will be then used to evaluate potential optimised system configurations to gain more heat from the same
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methodologies, modeling, and technologies to enhance infrastructure resilience against emerging threats, including climate change, cyber risks, and natural disasters.Candidates with backgrounds in engineering
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this project, using extensive primary cell culture, molecular analysis, scRNAseq, non-invasive imaging analysis, along with mechanistic studies using 2D/3D culture models, we will dissect the distinct cellular