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culture and analysis of patient-derived or iPSC-derived organoids Your Profile: We seek a highly motivated individual with an outstanding scientific background, excellent communication skills, and a passion
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to develop an autonomous platform for organoid culturing and analysis to address key challenges in organoid-based experiments. This interdisciplinary project will leverage robotic systems for high-throughput
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of fluid dynamic modeling and the analysis of thermomechanical stresses, you will accompany the entire development process – from the optimization of electrochemical performance to the elaboration
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in spatial equilibrium modeling (e.g., through coursework, dissertation work, or previous projects) experience with spatial data analysis using GIS tools or spatial libraries and familiarity with
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, and conduct relevant experiments for in vitro, ex vivo, and in vivo study of cartilage repair using materials developed within the TriggerINK project Provide assistance to analysis and interpretation
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interdisciplinary and transdisciplinary analytical skills which bridge science and marine policy, including research experience in European coastal and marine systems. Experience in spatial data analysis using
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focus on neutron spectroscopy as main analysis technique, supported by complementary experimental techniques or theoretical simulations Hands-on participation in experiments at large scale facilities as
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of choices and factors influencing those choices (psychological and neurobiological) Planning and implementation of research projects and analysis of multimodal data (neuronal, physiological, metabolic and
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Institute (https://www.mdsi.tum.de/). The Position Plan, develop and test novel computational models for the analysis of digital pathology image data. Collaborate with pathologists and other domain experts
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data synthesis. Their work will determine how urban features drive species diversity, how species diversity and urban features are represented in soundscapes and how these relate to human health and