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concerned with accurate and highly efficient modelling of nonlinear wave-structure interaction for floating offshore platforms. Nonlinear wave effects can govern low-frequency motion, mooring loads
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Job Description Are you interested in contributing to research that supports the energy transition through innovative subsurface technologies? At DTU Offshore, you will have the opportunity to work
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opportunity to develop next-generation digital twins for offshore wind infrastructures based on physical and data-driven models. Responsibilities and qualifications Your overall focus will be to
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– underwater, surface and aerial – for surveillance tasks such as the inspection of offshore wind turbines and other offshore infrastructure. Aarhus University contributes decision-making components that
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offshore wind turbines and other offshore infrastructure. Aarhus University contributes decision-making components that coordinate individual unmanned underwater vehicles (UUVs) and entire swarms based
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of offshore renewable energy, maritime transport, fisheries, and conservation objectives – this is your opportunity. At DTU Management’s Management Science Division, you will join the OceanBalance
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capture, utilization and storage technologies etc. It can also be major owners / operators of renewable energy plants, as offshore wind turbine park operators, green hydrogen / methanol / ammonia