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feeds. You will be employed in the Section for Aquaculture located at DTU’s satellite campus in Hirtshals at the scenic west coast of Denmark. Here, you will gain scientific experience in cultivation and
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research on how remote sensing techniques can be used for wind energy applications. You will be part of a team that works with satellite observations of meteorological parameters such as wind, rain, and
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hub at Aarhus University and satellites at different universities in Denmark and abroad. The satellite at DTU focuses on the application of biocatalysis for the capture and conversion of CO2 , and
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aquaculture. You will be employed in the Section for Aquaculture located at DTU’s satellite campus in Hirtshals at the scenic west coast of Denmark. Here, you will gain scientific experience in nutrient uptake
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to different lightning detection techniques in optical and electromagnetic radio bands, such as ground-based lightning radio sensors, Lightning mapper arrays and satellite-based lightning imagers for ASIM, ISS
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major part of these have autonomous solar power systems and data transmission via satellite communications. The stations are serviced yearly from helicopter-based expeditions during periods of 4-6 weeks
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validation of load calculations and power curves. Exploration of new remote sensing techniques, for example radars and satellite-borne instruments, that can support understanding of aspects of the atmospheric
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alternative ingredients. You may also become involved in other projects related to fish feed, feed ingredients, and digestion. The position is hosted by the Section for Aquaculture located at DTU’s satellite