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Field
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Your Job: Developing a sector-specific monitoring system Modeling and simulating system behavior and sectoral dependencies Assessing the sustainability of system changes and possible courses
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Additive Manufacturing is part of the TUM School of Engineering and Design and com-bines basic research with the application in order to shape the still young Additive Manufacturing environment. We
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Additive Manufacturing is part of the TUM School of Engineering and Design and com-bines basic research with the application in order to shape the still young additive manufacturing environment. We
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. Through outstanding research results, successful industry projects, company spin-offs, and global collaborations, we are shaping the sustainable transformation of the energy system. Do you want to actively
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for many applications and processes, like in self-driving cars or to prevent factory workers from being injured by heavy machines. While AI algorithms may achieve great accuracy in the detection of persons
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Precision Manufacturing« , we deal with the replicative manufacturing of glass components. High-precision components are used more and more frequently, for example in the manufacture of optics, laser system
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into application-oriented research in the energy sector with direct relevance for industry and society Access to expert networks in the energy industry and research Commitment to the Diversity Charter - we actively
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you join us? At our Heilbronn branch, we research and develop electronic digital circuits with the aid of artificial intelligence together with our partners from industry and academia. The focus is on
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, together with our partners from industry and academia. The focus is on research and development for applications in the automotive, robotics, and security sectors. Major activities are underway worldwide
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that are vital for the future and enabling the commercial utilization of this work by business and industry, Fraunhofer plays a central role in the innovation process. As a pioneer and catalyst for groundbreaking