International Training on Introduction to Earth Observations (EOs) for Energy and Water Management
Course Background
Water and energy are essential for socio-economic development and climate resilience. Climate change, urbanization, and population growth are intensifying challenges in water scarcity, energy demand, and resource management.
ECAS Institute designed this course to equip professionals with technical knowledge, analytical skills, and policy insights on using Earth Observation (EO) technologies—including satellite imagery, remote sensing, and GIS—for improving water security, energy planning, and climate adaptation strategies.
The course provides an interdisciplinary approach, integrating scientific data, geospatial technologies, and practical applications to enable participants to make evidence-based decisions for sustainable water and energy management.
Course Objectives
Understand the role of EO technologies in water and energy management.Analyze satellite datasets for monitoring water resources and energy infrastructure.Use GIS and remote sensing applications for decision-making.Apply EO tools for hydrological modeling and drought/flood risk assessments.Assess solar and wind energy potential using satellite data.Develop climate-resilient strategies for water and energy management.Enhance data-driven policy frameworks for EO integration.Strengthen capacity for disaster response using EO-based early warning systems.What You Will Learn
Basics of Earth Observations and Remote Sensing.Water resource monitoring using EO data.Hydrological and climate risk assessment with EO tools.GIS and remote sensing applications for energy planning.EO applications for renewable energy optimization.Integrating EO data into policy and decision-making.Climate adaptation strategies for water and energy security.EO for disaster risk management in energy and water sectors.Target Participants
This course is designed for water resource managers, energy planners, environmental scientists, GIS specialists, policymakers, climate adaptation practitioners, disaster risk managers, and researchers. It is also suitable for government agencies, NGOs, international development organizations, and private sector professionals working in hydrology, renewable energy, infrastructure planning, and climate resilience.
Training Modules
Introduction to Earth Observations (EO) and Remote SensingOverview of EO technologies and relevance to energy and water managementRemote sensing platforms and data sourcesSatellite imagery analysis basicsKey international EO programs (NASA, ESA, Copernicus)Case studies on EO applications in environmental sustainabilityWater Resource Monitoring Using EO Technologies
Tracking surface and groundwater resourcesAssessing water quality and pollution monitoringHydrological modeling and watershed management using GISDrought and flood monitoring via remote sensingClimate change impacts and mitigation strategies
EO for Hydrological and Climate Risk AssessmentSatellite-based flood forecasting and early warning systemsDrought risk mappingGlacier and snowpack monitoring for water availability predictionsClimate variability impacts on water systemsIntegrating EO data into climate adaptation planningGIS and Remote Sensing for Energy Planning
GIS fundamentals for energy resource managementMapping energy infrastructure (power plants, transmission lines)Land suitability analysis for renewable energy projectsRemote sensing for environmental impact assessments in energy projectsReal-time energy demand forecasting using EO data
EO Applications for Renewable Energy OptimizationSolar energy potential assessment using satellite dataWind energy resource mapping and site suitability analysisBiomass energy assessments via remote sensingEO-based modeling for hydroelectric power generationClimate impact assessment for renewable energy infrastructureIntegrating EO Data into Policy and Decision-Making
EO in evidence-based policymakingData-driven frameworks for water and energy managementInternational and national policies supporting EO applicationsLegal and ethical considerations in EO data usageChallenges and opportunities for EO integration into governanceClimate Adaptation Strategies for Water and Energy Security
Understanding the water-energy nexusEnhancing climate resilience in energy and water systemsSustainable water management practices for energy productionEO-based adaptation planning to reduce climate vulnerabilitiesCase studies on climate-resilient water and energy strategies
EO for Disaster Risk Management in the Energy and Water SectorsUsing satellite imagery for disaster response and recoveryReal-time monitoring of extreme weather eventsFlood and drought mitigation using EO toolsInfrastructure risk assessmentMulti-sector collaboration in disaster planningTraining Style
This course uses expert-led lectures, hands-on GIS and remote sensing exercises, real-world case studies, and group discussions. Participants will engage in satellite data analysis, hydrological modeling, energy mapping, and climate risk assessments using EO tools. Policy simulations, field demonstrations, virtual study tours, and networking with experts ensure practical, actionable learning.
General Notes
Training manuals and reference materials are provided.Certificate issued upon successful completion.Tailor-made courses for organizations available: info@ecasiafrica.orgPayment before the start of training with proof sent to: info@ecasiafrica.orgAbout ECAS Institute
ECAS Institute delivers independent training, research, and consulting services in climate change, resilience building, carbon markets, renewable energy, nature-based solutions, biodiversity conservation, agriculture, and food systems. Based in Nairobi, Kenya, ECAS operates across Africa and globally, supporting partners in the UK, Denmark, Italy, Sweden, Germany, and the USA.
