Kourosh Behzadian is a Professor of Smart Infrastructure and Course Leader of BEng (Hons) Civil Engineering and MSc Civil Engineering at the University of West London. He is Fellow of ICE (Institution of Civil Engineers), Fellow of CIWEM (Chartered Institution of Water & Environmental Management) and has (co)authored approximately 200 peer-reviewed journal papers, conference papers, and technical reports, and is currently Editor of Sustainable Environment, Taylor & Francis Group, Editorial Panel for Proceedings of the ICE, Municipal Engineer. He has supervised many postgraduate students in the fields of water and civil engineering.Ahmad Ferdowsi has been teaching civil engineering and water-related courses as a lecturer at the University of Applied Science and Technology (Tehran, Iran) since 2021. He also has an active role in water-based communities, i.e., he was the secretary of the Young Members Committee of the Iranian Hydraulic Association for 3 years. His publications include a book, 4 book chapters, and 15 journal and conference papers. Babak Zolghadr-Asli is deeply engaged in advancing research at the intersection of computational and artificial intelligence, specifically focusing on optimization, data mining, and machine learning. His primary objective is to apply these technologies to address challenges in sustainable water resource management, including the potential impacts of climate change. By integrating cutting-edge AI techniques into decision-making paradigms, he aims to establish robust frameworks capable of addressing economic, environmental, and technical aspects of water engineering, thereby illuminating the role of water in the energy-water-food nexus.Currently, as a joint researcher under the QUEX program, Babak works collaboratively at the Sustainable Minerals Institute, The University of Queensland, Australia, and The Centre for Water Systems (CWS), The University of Exeter, UK. A prolific author, he has penned two books, one published by John Wiley & Sons and another by CRC Press. Additionally, he served as the editor for another book published by Springer. In total, to this day, Babak has contributed to over 50 scientific works, showcasing his significant impact on the field.

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• Water infrastructures: Current concerns and core challengesRiver cole realignment: Sustainable development of climate-resilient infrastructureIntermittent water supply: Advancements, challenges, and pathways to sustainabilityReviewing water and climate change governance frameworks: A case study of jordanImpact of climate change and human activities on water management: Inclusive approaches in Al-baqaa refugee campIdentification of rainfall forecast models for effective planning and sustainable water resource management under climate change conditionsClimate change impacts on sustainable water resource management: A focus on drought analysisClimate change impacts on water resources: Modeling and adaptive management strategies in the sirvan watershed-iranClimate change and seawater intrusion: Challenges and sustainable solutionsClimate change and the sustainability of water resources in agriculture and aquacultureHydrological modeling for streamflow simulation: A perspective of remote sensing and climate changeThe role of remote sensing in water resources management under climate changeSmart water management for climate resilience: Harnessing artificial intelligence and internet of the things

Kourosh Behzadian is a Professor of Smart Infrastructure and Course Leader of BEng (Hons) Civil Engineering and MSc Civil Engineering at the University of West London. He is Fellow of ICE (Institution of Civil Engineers), Fellow of CIWEM (Chartered Institution of Water & Environmental Management) and has (co)authored approximately 200 peer-reviewed journal papers, conference papers, and technical reports, and is currently Editor of Sustainable Environment, Taylor & Francis Group, Editorial Panel for Proceedings of the ICE, Municipal Engineer. He has supervised many postgraduate students in the fields of water and civil engineering.Ahmad Ferdowsi has been teaching civil engineering and water-related courses as a lecturer at the University of Applied Science and Technology (Tehran, Iran) since 2021. He also has an active role in water-based communities, i.e., he was the secretary of the Young Members Committee of the Iranian Hydraulic Association for 3 years. His publications include a book, 4 book chapters, and 15 journal and conference papers. Babak Zolghadr-Asli is deeply engaged in advancing research at the intersection of computational and artificial intelligence, specifically focusing on optimization, data mining, and machine learning. His primary objective is to apply these technologies to address challenges in sustainable water resource management, including the potential impacts of climate change. By integrating cutting-edge AI techniques into decision-making paradigms, he aims to establish robust frameworks capable of addressing economic, environmental, and technical aspects of water engineering, thereby illuminating the role of water in the energy-water-food nexus.Currently, as a joint researcher under the QUEX program, Babak works collaboratively at the Sustainable Minerals Institute, The University of Queensland, Australia, and The Centre for Water Systems (CWS), The University of Exeter, UK. A prolific author, he has penned two books, one published by John Wiley & Sons and another by CRC Press. Additionally, he served as the editor for another book published by Springer. In total, to this day, Babak has contributed to over 50 scientific works, showcasing his significant impact on the field.

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• Water infrastructures: Current concerns and core challengesRiver cole realignment: Sustainable development of climate-resilient infrastructureIntermittent water supply: Advancements, challenges, and pathways to sustainabilityReviewing water and climate change governance frameworks: A case study of jordanImpact of climate change and human activities on water management: Inclusive approaches in Al-baqaa refugee campIdentification of rainfall forecast models for effective planning and sustainable water resource management under climate change conditionsClimate change impacts on sustainable water resource management: A focus on drought analysisClimate change impacts on water resources: Modeling and adaptive management strategies in the sirvan watershed-iranClimate change and seawater intrusion: Challenges and sustainable solutionsClimate change and the sustainability of water resources in agriculture and aquacultureHydrological modeling for streamflow simulation: A perspective of remote sensing and climate changeThe role of remote sensing in water resources management under climate changeSmart water management for climate resilience: Harnessing artificial intelligence and internet of the things

Kourosh Behzadian is a Professor of Smart Infrastructure and Course Leader of BEng (Hons) Civil Engineering and MSc Civil Engineering at the University of West London. He is Fellow of ICE (Institution of Civil Engineers), Fellow of CIWEM (Chartered Institution of Water & Environmental Management) and has (co)authored approximately 200 peer-reviewed journal papers, conference papers, and technical reports, and is currently Editor of Sustainable Environment, Taylor & Francis Group, Editorial Panel for Proceedings of the ICE, Municipal Engineer. He has supervised many postgraduate students in the fields of water and civil engineering.Ahmad Ferdowsi has been teaching civil engineering and water-related courses as a lecturer at the University of Applied Science and Technology (Tehran, Iran) since 2021. He also has an active role in water-based communities, i.e., he was the secretary of the Young Members Committee of the Iranian Hydraulic Association for 3 years. His publications include a book, 4 book chapters, and 15 journal and conference papers. Babak Zolghadr-Asli is deeply engaged in advancing research at the intersection of computational and artificial intelligence, specifically focusing on optimization, data mining, and machine learning. His primary objective is to apply these technologies to address challenges in sustainable water resource management, including the potential impacts of climate change. By integrating cutting-edge AI techniques into decision-making paradigms, he aims to establish robust frameworks capable of addressing economic, environmental, and technical aspects of water engineering, thereby illuminating the role of water in the energy-water-food nexus.Currently, as a joint researcher under the QUEX program, Babak works collaboratively at the Sustainable Minerals Institute, The University of Queensland, Australia, and The Centre for Water Systems (CWS), The University of Exeter, UK. A prolific author, he has penned two books, one published by John Wiley & Sons and another by CRC Press. Additionally, he served as the editor for another book published by Springer. In total, to this day, Babak has contributed to over 50 scientific works, showcasing his significant impact on the field.

Select Guide Rating

• Water infrastructures: Current concerns and core challengesRiver cole realignment: Sustainable development of climate-resilient infrastructureIntermittent water supply: Advancements, challenges, and pathways to sustainabilityReviewing water and climate change governance frameworks: A case study of jordanImpact of climate change and human activities on water management: Inclusive approaches in Al-baqaa refugee campIdentification of rainfall forecast models for effective planning and sustainable water resource management under climate change conditionsClimate change impacts on sustainable water resource management: A focus on drought analysisClimate change impacts on water resources: Modeling and adaptive management strategies in the sirvan watershed-iranClimate change and seawater intrusion: Challenges and sustainable solutionsClimate change and the sustainability of water resources in agriculture and aquacultureHydrological modeling for streamflow simulation: A perspective of remote sensing and climate changeThe role of remote sensing in water resources management under climate changeSmart water management for climate resilience: Harnessing artificial intelligence and internet of the things