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. Define a climate shelter system for a municipality, based on the methodology developed. 4. Assess and validate the shelter system. 5. Develop an e-book to compile the main results of the ClimSHELL
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knowledge in mechanical vibrations and nonlinear dynamics, demonstrated through scientific publications and successful completion of 2nd and 3rd cycle (Master’s and PhD level) curricular units (proven
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for the implementation of hydrogen-based solutions in ports (project case studies); develop an Action Plan for implementing hydrogen in ADPL; define case studies for each case study port (in Portugal); technical
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3); (iv) To estimate the environmental and human risks of using wastewater for irrigation (Activity 4) by applying risk assessment models; (v) Participate in disseminating project results
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. Selection procedure: The curriculum of the candidates (60%) will be evaluated based on the merit of the candidate and the following factors will be weighted: a) Academic training (Master in Mechanical
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for a research grant within the framework of project NATUREBIOPROMO - Hybrid NATURE-Based Solutions as BIOdiversity PROMOters and Their Implications for Emerging Contaminants Mitigation, with
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procedure: The curriculum of the candidates (60%) will be evaluated based on the merit of the candidate and the following factors will be weighted: a) Academic training (Master in Material engineering 10
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. The payment will be made by bank transfer. Selection procedure: The curriculum of the candidates (60%) will be evaluated based on the merit of the candidate and the following factors will be weighted: a
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the contract. Activity Outline: Different magnetic Pickering emulsions will be formulated and prepared, based on iron oxide nanoparticles in powder form or magnetic Fe₃O₄ nanoparticles. The optimal choice will
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evaluated based on the merit of the candidate and the following factors will be assessed: a) Academic training (bachelor in the area of Mining Engineering and Geo-Environment, Environmental Engineering or