160 algorithm-development-"Multiple"-"Simons-Foundation"-"Embry-Riddle-Aeronautical-University" positions at University of Vienna
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the organization and administration of their research and teaching tasks. This means, among other things: You will organize meetings, workshops and travel activities. You will take minutes and prepare data. You will
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activities. You will take minutes and prepare data. You will provide support in the preparation of publications and events. You will manage project budgets. You will edit the website and send out newsletters
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prepare candidates for a career in international academe, it also increases the candidates' attractiveness to employers in the private sector (consulting, industry). For further information about the PhD
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education, we are particularly keen to support the personal development of our students. We support students in developing a curious and problem-solving mindset, thereby creating a solid foundation for the
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teaching through their expertise and work in administration and organisation. They know how they can work best. Flexible, remote and with as much freedom as they need to develop their potential. You know
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research projects and interdisciplinary cooperation. The position is limited to six years. Your future tasks: Active participation in research, teaching & administration, which means: You develop
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fluorescence lifetime microscopy, for applications on microbiome samples and actively contribute to the development and implementation of new fluorescence imaging methods at our department. You will be
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teaching through their expertise and work in administration and organisation. They know how they can work best. Flexible, remote and with as much freedom as they need to develop their potential. You know
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the success of the students. In addition to a well founded professional education, the motivation of students is also particularly important to us. We want to help young people develop an inquisitive
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. The goal is to design innovative assimilation schemes using nonlinear approximation tools—such as neural networks, spline functions, or Gaussian random fields. The core challenge? Developing methods