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- ARQUIMEA RESEARCH CENTER
- Institute of Photonic Sciences
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- Institute of Agrochemistry and Food Technology (IATA-CSIC)
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Field
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, including water, CO₂ and nitrate electrolysis, with a particular focus on improving experimental workflows and enabling reliable, high-throughput data generation and analysis. Project PID2025-172289OB-I00
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distributed cloud-based infrastructure for the secure and reliable integration of sensor and actuator systems with high-performance computing resources in edge and cloud environments, as well as the subsequent
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electromagnetic oscillations and improving equipment reliability and service life. Where to apply Website https://sede.uvigo.gal/public/catalog-detail/28364578 Requirements Research FieldEngineering » Electrical
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matter in non-equilibrium conditions, defining new observables, and applying data-driven analysis to distinguish coherent response from fluctuations, correlations and phase-transition dynamics. Main tasks
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-performance composite materials used in sectors such as aeronautics, aerospace, and automotive. Its activity is organized into four main areas: Structural analysis and reliability, including service-life
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-performance composite materials used in sectors such as aeronautics, aerospace, and automotive. Its activity is organized into four main areas: Structural analysis and reliability, including service-life
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here: https://aplicaciones.uc3m.es/atenea/publico/1/listarConvocatorias Este contrato es parte del proyecto Advanced Solar Receiver Systems: Comparative Analysis of Metal Additive Manufacturing and
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interactions This profile would suit someone who is organized, reliable, comfortable with complex sample workflows, and excited by the challenge of connecting real-world longitudinal data with experimental
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microstructural characterization: Operation and analysis using advanced analytical techniques (GISAXS, GIWAXS, TEM, SCLC experiments) to correlate the evolution of semiparacrystalline (SPC) morphology with device
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, 2028 730 days Advanced microstructural characterization: Operation and analysis using advanced analytical techniques (GISAXS, GIWAXS, TEM, SCLC experiments) to correlate the evolution