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microbial interactions, metabolic capabilities, and ecological roles. The PhD position is part of the NWO-funded project ‘BREATHLESS: uncovering the love affairs of anaerobic microbes through omics and
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manufacturing innovative microfluidic devices to be used for discovering and isolating novel syntrophic microbes from anoxic environments, with the aim of understanding microbial interactions, metabolic
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batteries enter the power system, requires state-of-the-art decision support tools. These mathematical models help battery owners make strategic decisions, such as when to charge and discharge or on which
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on your background, the work will 1) focus on the interaction between microwave design and measurement methods, looking deep into the technological capabilities of GaN, or 2) focus on new methods
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and biochemical tools in the context of a dynamic and enthusiastic work environment, with state-of-the-art equipment and various chances for national and international scientific collaborations. We
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over the course of your PhD. Job requirements A master’s degree in mechanical engineering or a related field. Strong background in systems and control. Interest in building state of art sensitive
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from software error discovery to mitigation based on modern active learning. Job Description You will research the state-of-the-art in AI and apply it to real-world software problems at our industrial
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on your background, the work will 1) focus on the interaction between microwave design and measurement methods, looking deep into the technological capabilities of GaN, or 2) focus on new methods
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-of-the-art in AI and apply it to real-world software problems at our industrial partners: ASML and DCODIS (a start-up). This is technically challenging applied research with as main outcome a proof-of-concept
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environment, with state-of-the-art equipment and various chances for national and international scientific collaborations. We are looking for a PhD candidate for this project. Your responsibilities will include