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, including the analysis of public policies, stakeholder dynamics, and urban strategies. Interdisciplinary Collaboration: Work closely with experts in political science, urban planning, urban sociology, and
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strong knowledge on the physics of light emission in nanomaterials and firsthand expertise in setting up optical experiments. Expertise on the design and implementation of set-ups for photoluminescence
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: PhD degree in Materials Science, Chemical Processes or another suitable engineering discipline. Knowledge about phosphate industry Experience in process engineering Knowledge in advanced structural
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. Additionally, knowledge of gas-phase reaction product analysis using micro-GC and FTIR is essential. A solid understanding of general material synthesis is also mandatory. Candidate Profile: Hold a PhD in
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: PhD degree in Materials Science, Chemistry, Crystallography Knowledge in crystallization technics Expertise in solving crystal structure using single-crystal X-ray diffraction data. Experience in
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: PhD degree in Materials Science, Chemical Processes or another suitable engineering discipline. Sound background in phosphate-based chemistry Experience in mineral chemistry Knowledge in advanced
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real-world impact. Qualifications and Skills are: • PhD degree in Chemistry, Materials Sciences or a related engineering field. • Proven experience in nano/micro-material synthesis. • Good
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, and academic institutions. Required Qualifications PhD in one of the following fields: smart urban systems engineering, computer science applied to urban infrastructure, data science, or a related field
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. Required Qualifications : Doctorate: A PhD in Industrial Engineering, Environmental Engineering, Waste Management, Data Science, or a related field. Modeling Expertise: Proven experience in designing
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in Computational Biology. The candidates should be highly motivated and have a Ph.D. in computational biology or any related field, and a good knowledge of molecular biology. The candidate will be part