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energy generation, high-tech systems, electric vehicles, industrial automation and more. At EPE Group, we are building a strong research line on the reliability and resilience of power electronics systems
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chains dragged through the sediment to startle and catch fish. This largely indiscriminate technique results in low catch selectivity and high bycatch, high fuel consumption due to increased drag, and
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such as sole and plaice typically use heavy tickler chains dragged through the sediment to startle and catch fish. This largely indiscriminate technique results in low catch selectivity and high bycatch
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in the agricultural sector. Such a transition also requires a shift from a financial performance mindset to an integrated value mindset, within agricultural firms, within institutions such as banks
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light/heating modules, and selection and sorting routines. Guided by machine learning, we will perform directed evolution experiments where we optimize the synthetic genome that encodes for a biological
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-propulsive design and integration of the internal and external flow path for the test bed using advanced high-speed airbreathing engines, particularly addressing operation over a wide Mach range. This
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and societal challenges. Your research will be integrated into ongoing studies of terrestrial ecology and plant performance and biodiversity, with opportunities for collaborating with colleagues across
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annually worldwide) under high temperatures and pressures, posing scalability and sustainability challenges. FASTER will develop and demonstrate a novel, mild-temperature ammonia synthesis process (TRL4) and
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integrates OLA production of liposomes, trap arrays, local light/heating modules, and selection and sorting routines. Guided by machine learning, we will perform directed evolution experiments where we
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required in the organization of the logistics operations of educational processes to achieve a high quality situation where any learner at any time based on their own learning speed, level and ambition can