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generation of responsible researchers. Our program encompasses comprehensive training for PhD students, including translational neuroscience, neuro-ethics, new smart nano-architectured materials, and wireless
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generation of responsible researchers. Our program encompasses comprehensive training for PhD students, including translational neuroscience, neuro-ethics, new smart nano-architectured materials, and wireless
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will particularly approach the “Mental Health” theme working under the leadership of the supervisor and postdoctoral research in Dublin and will also work together with other PhD students and
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this context, emerging cryobioprinting technologies present a transformative approach for creating complex, cell‐laden constructs capable of mimicking the architecture and functionality of native tissues
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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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evaluating CRN ML models 3. Designing and developing CRN ML architectures for tasks of chemical interest, including reaction property prediction and reaction link prediction. 4. Predicting the properties and
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are revolutionising the field of tissue engineering and regenerative medicine by enabling precise spatial control over the composition, architecture, and bioactivity of printed constructs. Within this transformative
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, mentoring, coaching and funding support for further study. Staff Networks: Additionally, we support a range of staff networks, including the Women’s Network, Postdoctoral Staff Network, Parents & Carers