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engineering for ships, incl. optimal energy and emission management of hybrid electric power systems. Your place of work will be at the Department of Marine Technology . About the project The STEESMAT project
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the crash structures and battery enclosures of electric vehicles to enhance safety, where an optimal balance of strength and ductility is important. These crash structures are often made from extruded
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to accelerate the design and optimization of materials that can enhance performance, efficiency, and sustainability across various technologies. The successful candidate will conduct innovative research aimed
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low alloy steels. To ensure their effectiveness, the project investigates how these barriers interact with hydrogen—studying uptake, diffusion, and mechanical performance—while also optimizing cladding
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emphasized delivering optimal value by balancing design, construction, and operational costs with environmental impact, aesthetics, and functionality. Making informed decisions throughout a project’s lifecycle
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, and employ innovative design approaches and modelling techniques such as optimization algorithms. Specifically, your study will involve: Thermal Insulation Behaviour: The research will model how thermal
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fellow, scientific assistant and specialist candidate Preferred selection criteria Knowledge of hydro turbine and the experiments Knowledge of turbine optimization technique is advantageous Knowledge
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31st May 2025 Languages English English English Explore the world of light and life to optimize energy use in vertical farms PhD scholarship within plant photobiology: fluctuating light and
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of these oat cultivars in ruminant diets will be addressed and the main objective is to ensure optimal utilization of oats in the diet, and thereby to ensure that oats strengthen its position as a highly
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and research, in and outside academia. About the project The proposed research aims to optimize the design of timber building systems with innovative connections and achieve an extended service-life