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Laboratory, the medical campus Mannheim, and the Central Institute of Mental Health Mannheim. The life science and engineering campus at Heidelberg University offers a network of core technology platforms
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Laboratory, the medical campus Mannheim, and the Central Institute of Mental Health Mannheim. The life science and engineering campus at Heidelberg University offers a network of core technology platforms
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groups. An excellent communication skill for scientific discussion is indispensable, and proficiency in English is mandatory. Command of German is an advantage, but not a requirement. Full applications
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policy. The Institute works on an interdisciplinary basis and is highly networked both nationally and internationally. About the position We are looking for a 100% postdoctoral research associate beginning
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highly desired Practice in in vivo experiments and histology is a plus Expertise in material characterization (rheology) is a plus Highly motivated and team-goal oriented Excellent written and oral communication
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the scientific community (journals, conference contributions, lecture presentations, etc.) in English. Requirements: • A completed degree (Master's) in Applied Mathematics, CSE, or comparable programs with above
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into the process control of the CO2 electrolysis enables autonomous operation of the system, which can differentiate between market-, system- or network-based operating modes depending on requirements. Your tasks in
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execution, along with associated computational competence (Please note: this specific job is not suitable for computational-only scientists) Strong track record in scientific communication, as evidenced by
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Max Planck Institute for Demographic Research (MPIDR) | Rostock, Mecklenburg Vorpommern | Germany | 3 months ago
frameworks. We provide a stimulating research-oriented community, an excellent infrastructure, and opportunities to work with exciting datasets. The successful applicant(s) will be offered a contract for up to
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will train a physics-informed neural network (PINN) for fast, precise predictions of pressure, density, and velocity fields. The project also includes producing feed spacer prototypes through 3D printing