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with a diploma/master's degree for the project “In-vitro Modeling of Penumbra to Elucidate Translational Understanding of Stroke” as part of the PhD funding program “Biomedical Sciences.” The PhD funding
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imperfecta, on various organ systems (such as the gastrointestinal tract) during childhood and adolescence. Using state-of-the-art in vitro, ex vivo, and preclinical models, we aim to characterize
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Qualifications: The successful candidate must hold a completed master's degree in human medicine, biophysics, molecular biology, or a related field Practical and theoretical experience with biological models (cell
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technology (particularly discrete analog circuits), (ii) acoustic sensors, piezoelectric materials, design, and simulation, (iii) modeling (including multiphysics), application of existing codes, and
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modeling. The successful candidate is expected to represent and further develop the field of Polymer Product Engineering in research and teaching. Applicants for the position must have a venia docendi
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biochemical, cell biological, and immunological research questions (including Western blot, dot blot, qPCR, immunohistology, multiparameter flow cytometry, microscopy, various cell culture models, iPSCs, organ
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their potential in lots of products. Join our team! Job Duties: Integration of scientific simulation models for linear motors and actuators into the SymSpace framework Implementation of post processing modules
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research within the scope of ongoing research projects Design and modelling of a high-speed induction machine Structural dynamics, strength, and rotor dynamics for high-speed applications Design of magnetic