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This project is a collaboration between the Multiphase Fluid Dynamics group (Prof. Supponen) at the Institute of Fluid Dynamics, and the Functional and Molecular Imaging group (Prof. Razansky
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found here: Biomaterials Engineering Laboratory . For questions regarding the position please contact Prajwal Agrawal (no applications). We would like to emphasize that the pre-selection process is
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researcher will have the opportunity to contribute to the courses taught by the members of the BMIC group, including Image Analysis and Computer Vision and Medical Image Analysis. Teaching is not a mandatory
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develop and run the weather and climate model ICON. We are seeking a High Performance Computing (HPC) software engineer to further develop and optimize the ICON model (80-100%). Project background In order
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paradigm shift in urban design, planning, and construction by transforming urban infrastructure into “more-than-human” living spaces—environments designed to be inhabited by both people and non-human species
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, electrical engineering, biomedical engineering, physics or applied mathematics. You should present with expertise in advanced signal and data processing and its applications to cutting-edge imaging. Developing
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headed by Prof. Iber, which leverages imaging data to develop data-driven, mechanistic models of biological processes. The team employs cutting-edge computational tools and imaging techniques
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the one hand, we have a coworking space and offer coaching. On the other hand, we have a greatly equipped Makerspace that gives students access to the tools and equipment they need to prototype. As our
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. The project aims to develop quantum communication units on the LNOI platform, including qubit generation, transmission, measurement and drivers as a first prototype of entanglement-based high-speed photonic
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of Aquatic Science and Technology, an interdisciplinary team of researchers studying biogeochemical cycles of trace elements across different environmental compartments. Our mission is to understand and