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team, you will monitor the technical condition of the systems, plan inspection and maintenance work and thus ensure high system availability Supporting the introduction of new methods and method
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methods for simulating and validating drive trains and drive train components of wind turbines. A particular focus of our work is on creating detailed simulation models that can be used to plan, support
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free admission to Senckenberg museums – annual special payment – collectively agreed vacation entitlement – company pension plan Senckenberg is committed to diversity. We benefit from the different
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available in the further tabs (e.g. “Application requirements”). Objective The aim of this programme is to promote artistic cooperations with German host institutions. The scholarships are funded by
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science or a comparable subject You have extensive knowledge of at least one programming language You understand the structure and operation of electrical power systems You have excellent command
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mathematics, e.g., probability theory, linear algebra, differential/integral calculus Prior programming experience in Python is a must, C++ and CUDA experience are a plus Hands-on experience in working with
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-based environments (e.g. Kubernetes) What you bring to the table You are currently enrolled in a degree program with a focus on computer science for at least three semesters You have advanced programming
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presentation using common computer programs Ideally, strong communication skills in both German and English You are enthusiastic about learning new practical skills, approach unfamiliar topics with curiosity and
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interest are candidates that incorporate computational approaches in their research, and dry lab scientists are also welcome to apply. The successful candidate will participate in Graduate Programs and
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You have the ability to convey complex scientific and technical topics in an understandable and target-group-specific manner You have very good IT skills in MS Office programs and an affinity