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charging strategies for lithium-ion batteries. The goal is to integrate model-based (digital twin) and data-driven (AI) methods to design and experimentally validate optimized pulse charging protocols. A
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Job Description Are you passionate about combining artificial intelligence, human-centred design, and education technology to make learning more accessible and adaptive? We invite you to join the
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: Designing, engineering, and purifying recombinant proteins and antigens Discovering and developing sdAbs specific for K6-linked ubiquitin chains using phage display Functionalising, characterising, and
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Blake Hallinan, three PhD researchers who will each focus on one of the industrial sectors, and this postdoctoral research position, as well as an international network of advisors and collaborators
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Falsig Pedersen laboratories, which are closely located at University of Copenhagen. Our recent work includes both biological discovery and technological innovation, for example: True Length of Diverse
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addresses marine engineering problems and especially with analysis and design of hard and soft structures exposed to wave actions. We have a strong background in coastal and port engineering and furthermore
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tasks include: Designing, engineering, and purifying recombinant proteins and antigens Discovering and developing sdAbs specific for K6-linked ubiquitin chains using phage display Functionalising
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designed for the purposes of efficient generation of single photon streams and shaping the single-photon emission in polarization and angular momentum spaces. The aim is to develop novel ultracompact on-chip
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connections, measurement of relevant electrical signals, designing and building: water cooling system, gate drives, signal to power interface cards, designing magnetic transformers and inductors including
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, including robotic control, mechanics of materials, fluid mechanics and biological systems, in collaboration with other researchers and companies. Your profile Applicants should hold a PhD in Computer