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related technical field, where prior research experiences in the analysis of aerodynamic noise, vortex sound, and/or wave scattering are highly valued. The postdoctoral scholar will benefit from
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development of these emerging technologies. Reputed for our contributions to wave, tidal and offshore wind energy development. We are also known for our work with floating structures, offshore structures
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-Environmental Dynamics Group. The successful candidate will work across several ocean energy projects, principally the WEC4Fish project funded by the Marine institute, led by wave energy device developer OE and
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the DLR Institute of Communications and Navigation, offers a promising alternative by using medium-wave signals from existing maritime radio stations. The AIR-MoPSy project aims to improve the accuracy and
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the guidance of the Principal/Co Investigator: 1. To develop devices and instrumentation methods based on hydrodynamic forces, dielectrophoresis and other microfluidic technologies, suitable