Mr Ahmed Romya | Hydrodynamics | Research Excellence in Civil and Environmental Engineering Award

Assistant Researcher, Coastal Research Institute (CoRI), National Water Research Center (NWRC),

Ahmed A. Romya is a dedicated coastal engineering researcher specializing in hydrodynamics and coastal protection. He holds an M.Sc. in Civil Engineering from Alexandria University, focusing on “Corrugated Breakwater for Coastal Protection.” Currently serving as an Assistant Researcher at the Coastal Research Institute (CoRI), National Water Research Center (NWRC), he has contributed significantly to climate adaptation strategies for Egyptian ports. With extensive experience in hydrographic surveys, he also serves as an instructor at the Port Training Institute. His research addresses coastal resilience, sediment transport, and sustainable port adaptation under climate change impacts.

PROFESSIONAL PROFILE

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STRENGTHS FOR THE AWARD

1. Extensive Research in Coastal Protection & Climate Adaptation
   • Romya has made significant contributions to coastal engineering, focusing on breakwaters, coastal protection, and climate change adaptation strategies.
   • His research on corrugated semi-circular breakwaters and Egyptian port adaptation to climate impacts demonstrates a strong technical foundation in hydraulics and marine structures.
2. High-Impact Publications
   • He has authored multiple research papers in well-regarded journals such as the Journal of Coastal Research, Sustainability, and the Alexandria Engineering Journal.
   • His work has been published with reputable publishers like MDPI and indexed in Crossref, indicating scholarly recognition.
3. Strong Academic Background
   • Holds an M.Sc. in Hydraulics and Irrigation Engineering with a focus on Corrugated Breakwater for Coastal Protection from Alexandria University.
   • Earned a B.A. with Honors (Excellent) in Civil Engineering, further supporting his academic excellence.
4. Practical Leadership & Research Experience
   • Serves as Assistant Researcher at the Coastal Research Institute (CoRI), part of Egypt’s National Water Research Center (NWRC).
   • Previously held leadership roles as Director of Aboquir & El-Burullus Coastal Research Stations, demonstrating his capability in applied research and management.
   • Has also been involved in hydrographic surveys & maritime training, contributing to both academia and industry.
5. Collaborative & Multidisciplinary Contributions
   • Worked with experts in climate change, coastal engineering, and sustainability.
   • Engaged in multidisciplinary research that spans hydrodynamics, climate resilience, and port engineering.

AREAS FOR IMPROVEMENT

1. Further International Collaboration & Grants
   • Expanding research collaborations with global institutions could strengthen his academic influence.
   • Applying for international research grants in climate adaptation and coastal resilience would enhance his impact.
2. Increased Citation Impact
   • While his publications are significant, boosting citations & journal impact factors through broader dissemination and networking could further establish his authority in the field.
3. Expanding Research Beyond Egypt
   • While his work is regionally impactful, engaging in research on global coastal protection strategies could elevate his standing in the international hydrodynamics community.

EDUCATIONAL QUALIFICATIONS 🎓

• Master of Science (M.Sc.) – Hydraulics and Irrigation Department, Alexandria University (2016–2022).
  Thesis: “Corrugated Breakwater for Coastal Protection”
• Pre-Master Courses – Specializing in Waves Mechanics, Computational Hydraulics, Sediment Transport, and Statistical Analysis.
• Bachelor’s Degree (B.Sc.) – Civil Engineering, Alexandria University (2010–2015), Graduated with Honors (Excellent Degree).

WORK EXPERIENCE 💼

• Assistant Researcher (2022–Present) – Coastal Research Institute (CoRI), NWRC.
• Director of Aboquir Coastal Research Station (2023–Present) – Leading coastal protection studies.
• Director of El-Burullus Coastal Research Station (2019–2020) – Focused on sediment transport & hydrodynamic assessments.
• Research Assistant (2016–2022) – Coastal Research Institute (CoRI), NWRC.
• Instructor (2018–Present) – Port Training Institute, AAST, teaching hydrographic survey & data analysis.
• Demonstrator (2015–2016) – Egyptian Russian University (ERU).

AWARDS & HONORS 🏆

• Recognized Researcher in Coastal Engineering by Alexandria University.
• Excellence in Hydrodynamic Research Award, NWRC.
• Best Paper Award for “Performance Assessment of Corrugated Semi-Circular Breakwaters” at Alexandria Engineering Journal.
• Featured Speaker at Cairo Water Week 2022.
• High Distinction Graduate Award from Alexandria University (2015).

RESEARCH FOCUS 🔬

Ahmed A. Romya’s research focuses on coastal resilience, hydrodynamic modeling, sediment transport, and sustainable port adaptation strategies under climate change. He specializes in corrugated breakwaters, computational hydraulics, and inland port sustainability. His work integrates hydrographic surveys, unsteady flow analysis, and adaptive coastal infrastructure planning.

PUBLICATION TOP NOTES 📄

• Adaptation and Development Plans of the Egyptian Ports under Climate Change 🌍 (Ocean and Coastal Management Journal, 2025)
• Climate Impacts on Egyptian Inland Ports and Adaptation Strategies 🚢 (Journal of Coastal Research, 2024)
• A Qualitative Analysis of Climate Impacts on Egyptian Ports 🌿 (Sustainability Journal, 2024)
• Innovative Multi-Used Berm Breakwater for Coastal Protection 🌊 (Cairo Water Week, 2022)
• Hydraulic Performance of the Semi-Circular Breakwater for Coastal Protection 🏗️ (International Conference on Chemical, Energy & Environmental Engineering, 2021)
• Performance Assessment of Corrugated Semi-Circular Breakwaters 🌊 (Alexandria Engineering Journal, 2021)

CONCLUSION

Ahmed A. Romya is a strong contender for the Best Researcher Award, given his groundbreaking work in coastal engineering, strong academic credentials, leadership in research institutions, and high-impact publications. With further international collaborations and funding initiatives, he can solidify his position as a leading researcher in climate adaptation and hydraulic engineering.