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-frequency in-situ sensors and instrumental lab measurements, as well as new high-throughput AI-based approaches, while ensuring interoperability of data processing pipelines in coordination with scientists
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analysis tools Implementing continuous benchmarking of the library Optimization of the library algorithms and underlying data models for speed and memory efficiency Maintenance and improvement
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will also contribute to the development of new data processing algorithms. Furthermore, you will develop new research ideas, submit research proposals, publish your results in scientific journals, and
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The department Multi Device Integration (MDI) focuses on the development of innovative MEMS sensors and actuators and their integration into application-oriented systems. The aim of application
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-sensors or quantum-computers. The prerequisite for this is a layer sequence of nitrogen-doped and intrinsic diamond layers with thicknesses in the nm range in order to introduce color centers
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studying computer science, embedded systems or a comparable study programme You are interested in embedded AI applications and have some experience in programming microcontrollers and sensor technology You
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3D integration and flexible electronics. These nano and microtechnologies form the foundation of our diverse fields of expertise, which include sensor technology, circuit design, system solutions with
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the planned path. Current approaches lead to blockages or a queue of recovery behaviours. The goal is to derive a more robust solution. Therefore, you will also examinate the usage of additional sensor input
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applications, from coating and repair to additive manufacturing. Consequently, the topics for theses and project work are equally diverse. Currently, we have openings in programming, process optimization, sensor
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systems for measurement processes, or innovative hardware and software for quantum computers and quantum sensors: we develop tomorrow’s technology in-house for a sustainable and secure society. When will