About

Renewable energy—focusing on hydropower and complementarity resources (solar, wind); energy storage, environmental impacts of hydropower; river restoration and management; e-flows; floods; droughts; climate change; fluvial hydraulics; ecohydraulics; ecohydrology; sediment transport and river morphodynamics; dam-breaching and dam-break flows; hydraulic structures optimization and performance improvement; sustainable drainage systems (SuDS); hydraulic and environmental performance of nature-based solutions; trend detection in hydrologic time series; saltwater intrusion; groundwater pollution and risk assessment; machine learning applications in hydraulics and hydrology; digital twin and internet of things, among others.

Career Type:

Scientist/Researcher/Academic

Organization Type:

Research Institutes and Centers

Expertise Fields/Interests:

Renewable energy—focusing on hydropower and complementarity resources (solar, wind); energy storage, environmental impacts of hydropower; river restoration and management; e-flows; floods; droughts; climate change; fluvial hydraulics; ecohydraulics; ecohydrology; sediment transport and river morphodynamics; dam-breaching and dam-break flows; hydraulic structures optimization and performance improvement; sustainable drainage systems (SuDS); hydraulic and environmental performance of nature-based solutions; trend detection in hydrologic time series; saltwater intrusion; groundwater pollution and risk assessment; machine learning applications in hydraulics and hydrology; digital twin and internet of things, among others.

Major Achievements:

Among the World’s Top 2% of Scientists in their respective fields (Civil Engineering/Environmental Science) according to Stanford University, USA.