Mohamed saber, Zagazig University, Egypt
Mohammed Al-Desouky 🎓 is a Lecturer Assistant and Civil Hydraulic Engineer at Zagazig University, Egypt 🏛️. He holds a B.Sc. in Civil Engineering (2019) and is completing his M.Sc. in Water and Water Structures Engineering (2025) 💧. Passionate about hydraulic structures, CFD, and renewable energy ⚙️🔬, Mohammed co-founded the CIVIC construction company 🏗️. His research explores innovative energy solutions like pico hydropower using water wheels ⚡. A dedicated educator and engineer, he combines academic excellence with practical fieldwork, evident in his role in teaching, lab supervision, and structural design 📘💼.
Professional profile :
Orcid
Suitability for Best Researcher Award :
Mohammed Al-Desouky demonstrates a commendable blend of academic commitment, innovative research, and practical engineering application. His ongoing M.Sc. research in Water and Water Structures Engineering focuses on pioneering energy solutions such as pico hydropower with water wheels, an area that addresses both sustainability and energy accessibility—critical global challenges.
Education & Experience :
🎓 Education :
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M.Sc. in Water and Water Structures Engineering, Zagazig University (2025) 💧
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B.Sc. in Civil Engineering, Zagazig University (2019) 🏗️ — Excellent with Honor (88.65%)
💼 Experience :
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Lecturer Assistant, Zagazig University (2019–Present) 👨🏫
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Civil Hydraulic Engineer, Irrigation and Hydraulics Lab 🌊
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General Contracting Engineer (2022–Present) 🧱
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Structural Design Freelancer (2020–2021) 📐
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CFD Engineer – Freelance 💻💨
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Co-founder, CIVIC Construction Company 🏢
Professional Development :
Mohammed Al-Desouky has pursued dynamic professional development through hands-on internships and continuous upskilling 🚀. He completed an intensive 3-month internship with AECOM on Qatar’s Orbital Road Project, gaining cross-disciplinary training in utilities, structural works, and road construction 🛣️🏗️. Technically skilled in CFD simulation tools like ANSYS Fluent and FLOW-3D 💻🔍, he also brings expertise in structural software (SAP2000, ETABS, SAFE) for design and analysis 📊. His passion for practical learning is also evident in his leadership role at CIVIC, combining entrepreneurship with engineering innovation 🤝⚙️. Mohammed continuously aligns his growth with real-world engineering challenges and sustainability goals 🌍.
Research Focus :
Mohammed Al-Desouky’s research centers on sustainable hydropower and hydraulic systems 🔬⚡. His current work investigates energy harvesting from low-head water structures using waterwheels, aiming to optimize designs for pico-hydropower applications 🌊🌀. Combining experimental and numerical methods, including CFD simulations (ANSYS Fluent, FLOW-3D) 💻📈, his research contributes to renewable energy solutions and small-scale power generation in developing areas 🌍⚙️. He also explores techno-economic viability, integrating civil hydraulics, fluid mechanics, and structural analysis to develop practical, cost-effective innovations 💡💰. His publication in Renewable Energy reflects a strong commitment to energy-efficient and environmentally friendly infrastructure development 🌿🔋.
Awards and Honors :
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🎓 Graduated with Excellent with Honor in B.Sc. Civil Engineering (2019)
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🏅 Publication in Renewable Energy Journal (2024)
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🏗️ Selected for AECOM Internship, Orbital Road Project – Qatar
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🧠 Co-founded CIVIC Construction Company
Publication Top Notes :
Title: Techno-economic Assessment of the Dethridge Waterwheel under Sluice Gates in a Novel Design for Pico Hydropower Generation
Journal: Renewable Energy
Publication Date: August 2024
DOI: 10.1016/j.renene.2024.121206
ISSN: 0960-1481
Citation (APA Style):
Saber, M., Abdelall, G., Ezzeldin, R., AbdelGawad, A. F., & Ragab, R. (2024). Techno-economic assessment of the Dethridge waterwheel under sluice gates in a novel design for pico hydropower generation. Renewable Energy, 213, 121206. https://doi.org/10.1016/j.renene.2024.121206
Conclusion :
Mohammed Al-Desouky exemplifies the spirit of the Best Researcher Award through his innovative, applied research and multi-dimensional contributions to civil engineering, education, and sustainable energy. His early achievements and commitment to practical impact position him as a promising researcher with significant potential to influence the future of water infrastructure and renewable energy systems.