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research grant, with one position(s), under the project SOMIPs - Simulation, Optimization and Monitoring using AI-based Digital Twin Technology for Incineration Plants. The call is governed by this Notice
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research grant, with one position(s), under the project SOMIPs - Simulation, Optimization and Monitoring using AI-based Digital Twin Technology for Incineration Plants. The call is governed by this Notice
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available in the electronic platform "Apply UC" under "My Application." VIII.I- Mandatory documents to attach when applying: Curriculum Vitae, duly updated, dated, and signed; Copy of academic
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working full-time. An exciting opportunity has arisen for a talented graduate in a quantitative STEM, psychology, health or social sciences or related discipline to develop their data analysis and modelling
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the highly successful calculus-based University Modeling Instruction (MI) in Physics curricula; an integrated lecture/lab student-centered curriculum. Curricular design will be research-based, intentionally
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. Data preprocessing. 3. Use of fire behavior simulation methodologies. V - Initial grant duration: 6 months V.I - Renewal Possibility: Possibily renewable VI - Funding and financial conditions of
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updated, dated, and signed; Copy of academic degree certificates. a) If the possession of a degree is a requirement for the grant, candidates holding a degree obtained abroad must, by the end
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to attach when applying: Curriculum Vitae, duly updated, dated, and signed; Copy of academic degree certificates. a) If the possession of a degree is a requirement for the grant, candidates
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and mechanical property evaluation following ASTM standards. Support alloy synthesis and ThermoCalc modeling. Aid ultrasonic-assisted potting and electroless deposition for metal-polymer integration
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of engineering and applied science principles, including problem and constraint identification, streamlined problem-solving approaches, modelling and simulation, analysis, and clear and effective dissemination