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economic factors to enhance urban resilience to water-related challenges. Key Responsibilities Develop models to simulate urban water flows, assess climate change impacts, and test innovative solutions
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disciplines to develop integrated solutions. Modeling and Simulation: Use simulation and modeling tools to analyze and optimize urban energy networks. Conduct case studies on specific cities to evaluate network
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efficiency, ion separation rates, energy consumption, etc. Model ion transport and system behavior under different operational conditions. Collaborate with researchers in diverse projects and contribute
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, reports and projects. Oral and written communication skills. Computer skills/programming/modeling would be a plus. Candidate Criteria Ph.D. in Analytical Chemistry or a related field. Extensive experience
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solutions. Analysis and Modeling: Use modeling tools to evaluate the impact of NBS on climate resilience, biodiversity, and urban quality of life. Communication and Dissemination: Prepare and present reports
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through different analytical techniques including HPLC, GC-MS, Infrared gas analyzer…etc Familiar with the understanding of catalytic reaction mechanism by correlating the structural, textural features
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integrated solutions. Case Studies and Modeling: Conduct case studies on specific cities, using economic and financial analysis tools to understand urban development processes. Communication and Dissemination
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an innovative approach, UM6P places research and innovation at the heart of its educational project as a driving force of a business model. In its research approach, the UM6P promotes transdisciplinary
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materials, including conducting structural characterizations and studying their physical properties. Exhibit knowledge or expertise in advanced characterization methods of inorganic materials and their
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highly motivated candidate with strong expertise and a keen interest in developing functional materials. This includes graphitic based supports, nitride-based materials, and hierarchically structured