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of the bioprinting process. Objective 2: Training of a deep learning model to predict inputs that will achieve bioprinted scaffolds with the required print fidelity and scaffold micro-architecture. Objective 3
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controlled freezing and deposition processes to advance the design of vascularised tissue scaffolds. By integrating experimental bioprinting of poly(vinyl alcohol) and gelatin methacryloyl (GelMA) systems with
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Process For further information, terms and conditions, and details on how to apply, please click on the link below https://www.ucd.ie/spire/study/prospectivephdstudents/iseulthonohandoctoralscholarship/
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Procedure Candidate should submit their application, along with a full Curriculum Vitae and a word version of a 3000 word maximum research proposal, Online at the following link: http://www.tcd.ie/courses
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the list is not exhaustive. Other fields of study that seek to enhance health outcomes for service users of St James Hospital will be considered. Application Procedure Applications for the part-time
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a transfer/confirmation process within the first 21 months of their PhD studies to progress from Doctoral-Track to full Doctoral student status. When you are admitted to doctoral studies, you are
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. This frontier research project will focus on establishing a new intelligent, AI-driven bioprinting platform with volumetric process vision and closed-loop control. This technology will be leveraged to fabricate
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outcomes of complex reactive processes (e.g., electrolyte decomposition, biomass pyrolysis) via a combination of atomistic simulations and CRN ML Desired Qualifications: We are looking for candidates who
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”. Application Procedure Informal enquiries are very welcome and can be made directly to Dr Tim Bodt (tim.bodt@tcd.ie), Associate Professor, School of Linguistic, Speech and Communication Sciences. To apply