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degree (Bachelor's or Master's) in mechatronics, electrical engineering, computer science, or a comparable degree Sound knowledge and experience in measurement technology and mechanics Ability
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organismal systems across diverse biological contexts. Using a blend of cutting-edge experimental and computational approaches, we strive to decode and model complex biological processes—from single-cell
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to molecular mechanism. New experimental and computational methods, including data and deep-learning driven approaches to study complex biological processes in the context of cells, organisms, communities and
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mechanical engineering, aerospace engineering, physics or a comparable subject area Basic knowledge of machining, force modeling, and technical mechanics is an advantage Ideally initial experience with CAM
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an interdisciplinary framework as part of a joint research program. What will be your tasks? We are seeking a highly motivated candidate to join the newly established Collaborative Research Centre “Carbon Sequestration
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transfer. Its current five-year scientific programme, Molecules to Ecosystems (2022–2026), aims to deepen our understanding of life — from molecular mechanisms to complex ecosystems — with a strong emphasis
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Designing a standardized heating network model to test the interface Conducting thorough analyses of the simulation results Your Profile: Studying Mathematics, Physics, Computer Science, Electrical
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area of nonlinear partial differential equations. Your possible research topics include but are not limited to: Mathematical fluid mechanics, Variational problems, Nonlinear evolution equations, Other
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What you bring to the table You are a student of industrial engineering, mechanical engineering or a related degree programme You support our dynamic team with your independent and autonomous way
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the generation of statistically distributed microporosity for specific components What you bring to the table You are a student of industrial engineering, mechanical engineering or a comparable engineering degree