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modeling with SUMO. Programming transport modes with Python. Integration of climate constraints into a transport model. Emergency and disruption management. Where to apply Website https://sede.uvigo.gal
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subsequent analytic/numerical simulations of these models. Write scientific papers. Where to apply Website https://sede.uvigo.gal/public/catalog-detail/27660208 Requirements Research FieldEngineering
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review of fire modeling. Improvement of selected models. Analysis of the implications for transport networks. Where to apply Website https://sede.uvigo.gal/public/catalog-detail/28364578 Requirements
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include, among others: Read scientific literature in the field of quantum communication and quantum key distribution (QKD) systems. Mathematical modeling of the quantum signals emitted by a QKD transmitter
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Simulation” (Reference: PID2024-157499OB-C31). This project focuses on the development of advanced computational models and optimization techniques for improving the performance of cochlear implants. It
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computational profile acquiring expertise in periodic DFT calculations, neural network potentials, automated reaction-network exploration, and scientific large language model agents, all applied to chemically and
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modeling with SUMO. Programming transport modes with Python. Integration of climate constraints into a transport model. Emergency and disruption management. Where to apply Website https://sede.uvigo.gal
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stem cell-based brain models. The successful researcher will design and build a multimodal AI system to function as a digital lab supervisor for human brain model experimentation. This platform will be
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the development of compact device modeling, SPICE simulation and with programming skills in general programs such as python, Matlab or similar. Experience on memristors is also acknowledged. Experience in circuit
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of the facility, and including validation and calibration of models with experimental results. Where to apply Website https://sede.udc.gal/services/electronic_board/EXP2026/004415 Requirements Research