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applied research in aeronautical meteorology, artificial intelligence and operational decision support. b. Proactivity, autonomy, responsibility and initiative in developing solutions to complex scientific
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implementation, integration, maintenance, and troubleshooting of complex hardware systems. Cabling, connectors, signal routing and safe power/equipment handling. Basic networking knowledge, including IP addressing
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the interdisciplinary complexity of smart grids (electrical, communication, and control layers). Beyond FREI, the project is expected to produce a reusable framework that enables the use of the EDL real time simulation
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Institutions. Preference factors: - Previous experience with C/C++ programming (many of the implementations to be compared are written in these languages); - Knowledge of graph theory and/or complex network
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languages, particularly for image analysis, workflow automation, microscope control or hardware integration. ● Ability to explain complex technical concepts clearly to researchers with different levels
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Instituto de Ciência e Inovação em Engenharia Mecânica e Engenharia Industrial | Portugal | 3 months ago
-informed/physics-guided models to complex engineering systems Development and use of advanced scientific AI methodologies, including surrogate models, generative models, probabilistic models, and both data
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evaluations to which the projects carried out were subject, and the results achieved, particularly whether they led to products or services, new opportunities, or the creation of networks, with a weighting of