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super-resolution microscopy (e.g. STED, SIM) or single-molecule tracking - knowledge of a scripting language or data analysis tools (e.g. Python, R, or similar) What we offer: - a modern
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, Origin, LabView, Python, e.g. - ability to work independently and excellent experimental scientific skills - ability to work in a team and cooperate with others What would be desirable
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or precision measurement applications - programming skills (preferably Python), databases, data visualisation, and version control - general laboratory skills (especially: optics, opto‐mechanics, opto
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(especially: optics, opto‐mechanics, opto‐electronics, RF‐electronics) - good knowledge of analog and digital electronics - programming skills (preferably Python), databases, data visualization, and
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(preferably with experience in Python) - good knowledge of analog and digital electronics - knowledge of space design and safety standards - gender and diversity sensitivity Your path to the HU
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computer aided design (preferably Autodesk) - programming skills (preferably with experience in Python) - good knowledge of analog and digital electronics - gender and diversity sensitivity
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of light-matter interaction - motivation to connect theory with experiments - programming skills (preferably with experience in Python) - gender and diversity sensitivity Your path to the HU
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, computational modeling, computer vision, natural language processing, or related AI-based methods. Strong programming skills, preferably in Python. Experience working with complex, multimodal datasets and
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analysis, ideally using Python-based tools and frameworks, with familiarity in areas such as statistical modelling, machine learning, computer vision, or optimisation approaches for experimental systems