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asset. Why work for us? We offer you a diverse and challenging position supporting top-level research in an international work community. You will have the opportunity to develop your skills as part of
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, inclusion, and well-being. Group members have ample opportunities to develop both technical and transferable skills—including programming, data visualization, communication, networking, and leadership
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manipulation of developing mouse organs. The project will focus on how signaling pathways operate at the intersection of growth control and branching morphogenesis in the developing mammary gland and will use
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for the duration of the project, access to modern laboratory facilities, and strong support for professional development, including the possibility to attend international conferences and training courses. In
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Control Strategies for Autonomous Driving (HUMINAC). The project focuses on developing novel, human intention–aware control strategies at the intersection of machine learning, reinforcement learning, and
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. We will develop an isotope version of a process-based CH4 model and update the representation of different wetland types in the model using a data inversion approach. Additionally, we will analyze
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to the development of reproducible analysis workflows and pipelines. You have a PhD in bioinformatics, computational biology, data science, computer science, genetics or other relevant field. You have successfully
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you responsible and interesting tasks and the opportunity to develop your professional skills in a versatile operating environment. In your work, you will be part of a large group of doctoral
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acquired extensive knowledge of modern and applied molecular medicine, developed skills to critically interpret research data, and master key research methods relevant to their research. Thoroughly
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the physiological and pathophysiological implications of cellular metabolism, with possible relevance to human health. Experience in utilizing and developing relevant experimental approaches, such as