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PhD position Dynamic analysis and human vibration perception of hand held (V24.0307) « Back to the overview Job description We are looking for a candidate to undertake research in the field
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at an early stage before any prototypes are made. If unpleasant human perception being predicted, then the vibration levels can be reduced by design modification for healthy products. First, a numerical model
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of type 2 diabetes In this project, we will study disrupted communication between fat tissue, capillaries and muscle cells as an early cause of type 2 diabetes. We will create human muscles in a dish from
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of the human microcirculation by merging vascular cell biology with computational science" that is funded by ZonMW. Job description Per June 1st, 2024, we have 3 vacancies for PhD students to work in the
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fat tissue, capillaries and muscle cells as an early cause of type 2 diabetes. We will create human muscles in a dish from muscle fibres with human capillary endothelial cells and organ fat tissue from
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ongoing digital cultural heritage and digital humanities collaborations such as Pressing Matter, InTaVia and Clariah. The PhD candidate will be able to collaborate with heritage partners through ongoing
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to computational cardiology. In this project, you will combine advanced physics-based models of the human heart and vasculature with the latest breakthroughs in machine learning to develop scalable and robust
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excellent programming skills in Python and have experience with deep learning frameworks. You also have experience or a demonstrable interest in UX design and running behavioural experiments with humans. You
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Master’s degree in Implementation Science, Human Movement Science, Biomedical Science, Kinesiology, Design Science, or a related discipline. You have proven experience in the translation of basic research
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the ultimate aim of identifying solutions for a more sustainable and nature-inclusive society. Human activities are causing major changes in biodiversity and ecosystems across the globe. Prominent threats