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in the »Data Communication & Computing« division are using our work to enable novel communication networks for autonomous driving, high-performance interfaces in industry, and new approaches in
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the potential of quantum computers for industry and societal use. The Fraunhofer Lab for Quantum Computing Stuttgart-Heilbronn (flaQship ) unites the expertise of the Fraunhofer Institute IAO and the Fraunhofer
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characterization of such nanoengineered sensors tailored for biological sensing or gas detection applications. The work includes the selective functionalization of sensor surfaces, optimization of sensor interface
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an existing C/C++ codebase, understand its architecture, and actively contribute to the further development of our software solutions. Algorithm Development: Research, implement, and optimize image processing
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such as laser brazing rely heavily on expert knowledge. Setting optimal process parameters requires extensive experience, as there are complex interactions between parameters and results (e.g., seam
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? Great! Perhaps you have also worked on optimization problems, design optimizations for structures and complex components, or the programming of control systems? That would be great, but do not worry
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experience in cell culture is desirable but not mandatory Proficiency in data analysis and processing using standard computer software Ideally, strong communication skills in both German and English You enjoy
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Fraunhofer ITWM is one of currently 75 institutes belonging to the Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. (Fraunhofer Society for the Promotion of Applied Research) and
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on integrated memory devices and ferroelectric transistors, ensuring precise and reliable results. Data Evaluation & Process Optimization: You evaluate the obtained measurement data, identify optimization
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: to make the world of tomorrow safer. Be part of change Implementation and application of computer vision approaches, including: object detection (e.g., using YOLO, RT-DETRv2, etc.) image classification