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Field
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strategised against waves of epidemics and pandemics between the 1790s and the 1940s. Their European, American and native co-founders invented new models for fighting pandemics from below and stopping
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machine learning and neuromorphic hardware is to utilise material platforms that exhibit multiwell behaviour. One challenge here is to understand and control the dynamic response of the system for complex
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pandemics between the 1790s and the 1940s. Their European, American and native co-founders invented new models for fighting pandemics from below and stopping the diseases in their tracks. They continually
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aimed at designing evidence-based solutions for complex problems in educational practice. This approach allows for systemic analysis of the problem, iterative (re)design and evaluation of practice
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, high-throughput screening, CRISPR-based functional screening, and patient-derived organoid models. You will work closely with in-house technology platforms, including the Single Cell Genomics Facility
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. Postdoctoral Researcher in Biofabrication (Additive Manufacturing) Our goal: Develop cutting-edge biofabrication technologies for complex tissues and organs that push the boundaries of regenerative medicine
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laboratory scale environment for further experimental work. Design and perform lab-scale experiments in the laboratories at TU Delft. Develop a mathematical model including chemical reactions, gangue
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at RIBES using machine learning and genomics to overcome linkage drag and accelerate crop breeding by design. You will build models, analyse new sequencing data and optimise strategies for combining
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of, or leaching from, building materials when exposed to aggressive service environments, are studied. The investigations are carried out based on experimental observations and modeling. The research group
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cover a wide range of innovative topics: exploration of innovative methodologies and technologies; development of novel methods, new technology implementations, (e.g. ML models) and/or high-level products