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contributing to Work Package 5 – 'Approaches for seismic design, risk and loss assessment'. The selected researcher will actively collaborate in the numerical modelling of steel storage racking systems, as
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for the conductive state under different conditions of use will be targeted. WP4 – Functional optimization: Development of the functional optimization of the DTIS, using predictive modelling based on climate forecast
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the main objectives are: i) evaluation of the resilient and long-term permanent deformation cyclic behaviour; ii) evaluation of quality control parameters; iii) constitutive modelling geotechnical parameters
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Filipe Ribeiro Pinto de Oliveira Azevedo. Grant duration: Initial duration of 3 months, with the predicted starting date in September 2026, on an exclusive basis eventually renewable but never exceeding
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laboratory prototypes for predictive maintenance, and promoting and disseminating the EIC 2026 results of the DIGI2 Lab. Legislation and regulations: Law Nº. 40/2004, of 18th August, in its current wording
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activities – software development and scientific writing – testing laboratory prototypes for predictive maintenance, and promoting and disseminating the EEC 2026 results of the DIGI2 Lab. Legislation and
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(FEUP), under the scientific supervision of Professor Vera Maria Ferreira da Cruz Homem. Grant duration: Initial duration of 5 months, with the predicted starting date in October 2026, on an exclusive
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requirements: Applicants eligible for this call must cumulatively meet the following two requirements: Requirement 1: Be enrolled in a PhD program in the area of Computer Engineering, to be duly proven
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real-time optimization algorithm for a simulated moving bed system to correct possible mismatches between the mathematical model and the real process. The approach to be developed is based on modifier
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will actively participate in the development of smart mobility studies within the specific context of urban last-mile logistics operations. They will be involved in modelling and simulation activities