Dr. Eng. Elias Gebeyehu Ayele

Professional Summary

Senior Ethiopian hydraulic and water resources engineering professional, academic leader, researcher, and practicing engineer with more than 20 years of experience in the design, modelling, implementation, supervision, teaching, and research of water-related infrastructure. He serves as Associate Professor and Water Resources Research Center Director at Arba Minch University, Water Technology Institute, where he contributes to postgraduate teaching, research leadership, student supervision, institutional development, and community-focused water resources work. His expertise covers hydraulic modelling, hydropower engineering, hydrology, stormwater management, flood risk assessment, river engineering, sediment transport, watershed management, groundwater modelling, climate change impact assessment, GIS and remote sensing, bridge hydraulic design, water supply, irrigation, and sustainable water resources planning. His professional record combines academic excellence, engineering practice, institutional leadership, international training, peer-reviewed publications, and applied project experience in Ethiopia, China, and broader water-resources research contexts.

Key Expertise

Major Projects and Contributions

• Associate Professor and Water Resources Research Center Director – Arba Minch University
  Serves as Associate Professor and Director of the Water Resources Research Center at Arba Minch Water Technology Institute, contributing to postgraduate teaching, student supervision, demand-driven research, community service, institutional administration, research coordination, and strategic water resources development.
• Hydraulic and Water Resources Engineering Leadership
  Provides senior expertise in hydraulic engineering, hydropower engineering, hydrology, hydraulic modelling, hydrological modelling, climate modelling, stormwater management, flood risk assessment, river engineering, sediment transport, watershed management, and sustainable water resources planning.
• Baihetan Dam Construction – Optical Fibre Temperature Monitoring, China
  Participated in Baihetan Dam construction-related work involving optical fibre temperature control embedding, monitoring, data collection, and analysis in China, contributing to experience in major hydraulic infrastructure and dam engineering practice.
• Baba River Bridge Hydraulic and Hydrological Design
  Contributed to the hydraulic and hydrological design component of the Baba River Bridge Design project at Arba Minch University, Ethiopia, involving bridge hydrology, hydraulic analysis, and technical design support between 2021 and 2024.
• Dorze and Nearby Kebeles Connecting Bridge Hydraulic Design
  Worked on the hydraulic and hydrological design component for the Dorze and nearby kebeles connecting bridge project, supporting infrastructure development through applied hydrology and hydraulic engineering analysis.
• SWIFT Precision Agriculture and Rural Energy Project
  Contributed to the project Optimizing Energy Demand in Rural Communities through Precision Agriculture Technology under Innovate UK Project No. 10040641, linking water, energy, agriculture, and technology for rural development.
• Sustainable Water Resources Management in Sidama, Gamo and Gofa
  Leads or contributes to research focused on improving quality of life by ensuring availability and sustainable management of water resources in Sidama Region and Gamo and Gofa zones in Ethiopia.
• Bathymetry Survey and Reservoir Studies
  Participates in bathymetry survey work and reservoir-related studies, supporting improved understanding of water storage, reservoir morphology, and hydrological planning for major water infrastructure.
• GERD Basin Groundwater Recharge and Potential Zone Research
  Conducts research on the impact of land use and land cover change on groundwater recharge and groundwater potential zone delineation in the Grand Ethiopian Renaissance Dam basin, Upper Blue Nile, Ethiopia.
• Kessem Watershed Climate, Land Use and Streamflow Research
  Researches projected land use, land cover, and climate change impacts on streamflow responses in the Kessem watershed of the Middle Awash sub-basin, contributing to climate-resilient watershed and water resources planning.
• Omo-Gibe Multi-Reservoir Operation Research
  Works on real-time operation methodology for multi-reservoir systems using simulation-optimization approaches, with application to the Omo-Gibe basin in Ethiopia.
• Hydropower Potential and Climate-Land Use Impacts in the GERD and Abay Basin
  Conducts research on the combined impacts of land use, land cover, and climate change on hydropower potential in the Grand Ethiopian Renaissance Dam and Abay River basin.
• Flood Hazard, Flood Vulnerability and Flood Risk Research
  Publishes and conducts research on flood vulnerability, household coping strategies, flood hazard mapping, flood risk perception, flood-susceptible area identification, and hydrologic hazards in Ethiopian watersheds including the Itang watershed and lower Baro-Akobo basin.
• GIS, Remote Sensing and Google Earth Engine Water Resources Research
  Applies GIS, remote sensing, Google Earth Engine, random forest classification, hydrological models, climate models, and machine-learning approaches to water resources, land use, sediment yield, groundwater recharge, and flood-risk studies.
• Micro Hydropower and Professional Training Contributions
  Provided international training on micro hydropower development and training on survey and design of micro hydropower schemes, supporting technical capacity building in hydraulic and hydropower engineering.