12 combinatorial-optimization positions at NTNU Norwegian University of Science and Technology
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optimal configurations, dimensions, and mooring systems through the development of efficient analysis tools and application of numerical optimization techniques. Are you motivated to take a step towards a
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aspects such as materials, process safety, sustainability and circularity, and employ innovative design approaches and modelling techniques such as optimization algorithms. Specifically, your study will
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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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framework that integrates advanced optimization techniques, such as risk-informed decision-making and parametric design, with data from reclaimed structural components. The objective is to enable resource
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, you will produce results for the project FUSE (Fusing AI and Ship Hydrodynamics for Next-Gen Voyage Optimization). Investigating the ship performance, correlations, and uncertainties using complex in
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graphs Workload-aware self-optimizing graph database systems or other interesting topics in the area of graph database systems more or less related to the aforementioned ones. The work will be performed in
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powders via atomisation technique, focusing on the incorporation of various dopants and increased Si content to optimize its performance in 3D printing applications. The aim is to understand how different
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optimization; and coordinated operation between various renewable energy technologies. The incorporation of digitalization technologies and methods into research, such as AI, is also desired. NTNU’s laboratories
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ventilation of the compartment. It will include collaboration and participation in experimental work. Close collaboration and communication with relevant actors in the FRIC network will help to optimize
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the environmental impact of hydro power plants in sediment laden rivers. This will be achieved by optimizing turbine designs to better manage high sediment loads and large sediment sizes, as