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function approximation and optimal control. ● Contribute to writing scientific papers on the project results and assist in disseminating these results at conferences and workshops. The selected candidate may
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methodologies for assessing Local Energy Communities. Contribute to the integration of market and economic considerations into mathematical optimization models. Analyze electricity market structures, pricing
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methods to automate the mechanical design process and structural validation of beams used in the ship's equipment. • Develop methods for optimizing the design of beams. • Integrate the developed methods
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experience in power electronics (10%) 2. Design and optimization of power supplies. (20%) 3. Modelling and control of power converters and energy conversion systems (DC Microgrids,…). (20%) 4. Digital control
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of multisensor acquisition and fusion architectures, applied artificial intelligence and optimization techniques in sectors such as energy, air traffic control or defense. Regarding air traffic control, the group
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if the selected publications demonstrate the optimization of organic solar cells using green solvents and/or other non-halogenated additives following pre-industrial-scale processes. 4. Participation as a presenter
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Mission: Develop a monitoring and control system for an ammonia dehydrogenation plant. Functions to be developed: Perform plant modeling. Design an optimal control system. Design estimation algorithms
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such scholarship will be awarded 2 points, up to a maximum of 6 points. • Specific research experience: Demonstrable experience in the fabrication, characterization, process optimization, and/or