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wafer cleanroom tool, focusing on alloy performance metrics. Analysis of thin films: Analyze the metal alloy thin films to extract composition (XPS), morphology (XRD, SEM), and resistivity (4pp), ensuring
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high-performance computing systems at JSC and develop new software solutions for them or enhance existing ones You support our team in documenting and maintaining the software Your Profile: You have
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goal-oriented manner Excellent written and spoken German and English What you can expect A modern and international working environment Independent work and creative participation Personal development
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-performance computing systems Familiarity with operating systems such as Linux/Unix and proficiency in shell scripting Strong programming skills, preferably in Fortran and Python Competency in visualizing and
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– from the modeling of material behavior to the development of the material to the finished component. PhD Position in Machine Learning and Computer Simulation Reference code: 50145735_2 – 2025/WD 1
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evolution, molecular microbiology, synthetic communities, and computational biology. The project aims to pioneer a novel form of phage therapy by engineering prophages—phages integrated into bacterial genomes
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information. Knowledge of the functioning of quantum hardware (in particular of neutral atom quantum computers) is highly desirable Proven experience in Python and in programming quantum computers e.g. with
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• LA-3Q-ICP mass spectrometer • a LIDAR scanner and camera system of a hydrological experimental flume • Maintenance and operation of the measuring computers for these large devices • Support for
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satellites for communication with laser beams, in pump light sources, and, more recently, in quantum communication and sensor applications. The development of lasers combines photonics, high-frequency
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concepts and compositions for high-performance electrolytes for emergent electrochemical device technologies such as redox flow batteries. Next generation energy storage and chemical transformation devices