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that advances the science of emerging threats to ocean ecosystems by integrating climate change research, offshore scientific expeditions, ecological observations, and high-resolution hydrodynamic and agent-based
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, fisheries and aquaculture. We also have a strong commitment to the development of sustainable solutions for offshore renewable energy, coastal infrastructure, and marine robotics. Marine technology helps
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Ifremer's INCOGNITO project. This site allows for the study of deformation-fluid coupling at various scales, from the continental to the offshore domain, and provides key constraints on the permeability
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fluid processes, electrical engineering, power electronics, renewable-energy control, offshore energy systems, and Power-to-X. The research environment is being further strengthened through the C-TECH
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sustainable energy systems. At Campus Esbjerg, these include facilities for thermal and fluid processes, electrical engineering, power electronics, renewable-energy control, offshore energy systems, and Power
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with marine or offshore power systems and their control architectures Knowledge of real-time control systems, embedded systems, or industrial control platforms Familiarity with nuclear regulatory
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environmental assessment, offshore wind energy systems, biodiversity impacts, and life cycle assessment (LCA)? Are you interested in developing novel approaches to assess the ecological impacts of offshore wind
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extraction at sea, ship technology and the equipment industry, fisheries and aquaculture. We also have a strong commitment to the development of sustainable solutions for offshore renewable energy, coastal
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Are you an enthusiastic early career researcher who is keen to work on integrated environmental assessment, offshore wind energy systems, biodiversity impacts, and life cycle assessment (LCA
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of electrical power systems and power management, particularly in isolated or islanded grids Familiarity with marine or offshore power systems and their control architectures Knowledge of real-time control