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have a strong academic background and hold a Master’s degree, or equivalent, in a relevant engineering field, such as marine engineering, mechanical engineering, control engineering, robotics, automation
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solid understanding of electromagnetic theory, microwave principles, and computational electromagnetics. You are comfortable working with full-wave simulation techniques such as finite-difference time
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major challenges facing society, such as pollution and pollution control mechanisms, land management, soil, water, air and biodiversity, protection of ecosystem services, climate change, and energy
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mechanisms and biomarker discovery. Documented experience with RNA nanotechnology, aptamer development, SELEX, and affinity-based selection methods is required, along with hands-on expertise in next-generation
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project is part of the research project ‘Crystallization of Rare Earth Element Minerals’, which is led by Curator of Petrology Kristoffer Szilas, and financed by Independent Research Fund Denmark. Start