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Field
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findings through functional laboratory experiments Developing and optimizing protocols involving omics methods, immune cell assays, and flow cytometry Close collaboration with biologists, clinicians, and
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Python Extensive experience in the successful acquisition, management, and leadership of third-party funded projects (national/international), ideally including knowledge of EU funding programs Excellent
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DIPF | Leibniz Institute for Research and Information in Education contributes to addressing challenges in education through empirical research, digital infrastructure and knowledge transfer. At its
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energy system optimization models including, e.g., reservoir productivity predictions, novel surface processes for CRM extraction, CO₂ reinjection, and reconversion of decommissioned oil wells Economic
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well as the ability to work cooperatively Very good knowledge of software for project planning, word processing (LaTeX, Word), presentations (PowerPoint), scheduling and websites Willingness to travel on business and
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Be part of change You will develop, investigate and optimize processes for the realization of fiber preforms using MCVD technology as well as gas-phase or solution-doping techniques for active
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settings. Very good self organization. Desirable Skills Very good knowledge of fluid–structure interaction (FSI). Good experience with digital twins, model updating, or structural dynamics. Understanding
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UMSICHT is the development and optimization of energy materials (such as compound-based bipolar plates) as well as cell and stack designs for electrochemical reactors. What you will do Literature and patent
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You are thrilled by both conceptual questions and experimental work in the laboratory as well as the optimization and further development of components for high-power fiber lasers and would you like
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to improve the use of artificial intelligence. This involves continuously optimizing the basic hardware components and refining the methods used to develop them. The design flow of these circuits and (sub