Assoc Prof Dr Ahmed Adail , Atomic Energy Authority, Egypt
Dr. Ahmed Samir Amin Ahmed Adail is an Associate Professor of Electrical Engineering, Nuclear Security Officer, and Lead Auditor of Quality Management Systems (QMS) at the Atomic Energy Authority in Egypt. With extensive experience in teaching and auditing, Dr. Adail has worked in various roles including Nuclear Security Officer, Physical Security Officer, and Head of Maintenance at a radioactive waste treatment station. His expertise spans quality assurance, electrical engineering, and nuclear security. Dr. Adail holds a Ph.D. in Electrical Engineering from Al-Azhar University, complemented by various certifications in ISO standards and nuclear safety. He is also involved in supervising scientific research and guiding students in advanced engineering projects. His contributions to nuclear safety and electrical engineering are widely recognized through his numerous publications and international conference participations.
Strengths for the Award
- Diverse Experience: Ahmed’s extensive experience spans various roles, including Electrical Engineer, Nuclear Security Officer, Quality Assurance Officer, and Lead Auditor. This diverse experience reflects a broad understanding of both technical and management aspects.
- Research Contributions: Ahmed has published numerous articles in reputable journals, focusing on topics like power quality performance, optimal placement of power system devices, and safety of nuclear facilities. His research addresses critical issues in electrical engineering and nuclear technology.
- Educational Background: With a Ph.D. in Electrical Engineering from Al-Azhar University and additional training in various ISO standards and technical fields, Ahmed’s academic qualifications are robust. His education complements his practical experience well.
- International Training and Conferences: Ahmed has participated in international training courses and conferences, showcasing his commitment to staying updated with global standards and practices in nuclear security and engineering.
- Leadership and Management: He has demonstrated leadership through his roles as Head of the maintenance team and in various supervisory positions. This highlights his capability to manage projects and lead teams effectively.
- Technical Skills: Ahmed’s proficiency with various software tools (e.g., ORIGIN, MATLAB), programming languages, and his technical knowledge in electrical devices and maintenance are substantial assets.
Areas for Improvement
- Publication Impact: While Ahmed has numerous publications, enhancing the impact factor of these journals or focusing on high-impact journals could further bolster his research profile.
- Research Collaboration: Increasing collaboration with international research teams or participating in interdisciplinary projects might provide broader exposure and additional recognition.
- Grant Acquisition: Securing research grants or funding could facilitate larger-scale projects and increase visibility in the research community.
- Public Engagement: Engaging more with the public or industry through outreach activities, lectures, or community projects could enhance the societal impact of his research.
- Streamlined Curriculum Vitae: A more concise and well-organized CV might improve readability and emphasize key accomplishments more effectively.
Publication Profile
Scopus
Education
Dr. Ahmed Adail earned his B.Sc., M.Sc., and Ph.D. degrees in Electrical Engineering from Al-Azhar University, Cairo, graduating in 2008, 2012, and 2015, respectively. His academic journey is marked by a deep specialization in electrical engineering, with a focus on nuclear safety and security. In addition to his degrees, Dr. Adail has pursued advanced training in quality and environmental management systems, including ISO 9001:2015, ISO 14001:2015, and OHSAS 18001. His education is further enriched by certifications in ISO 17025 and various technical courses related to radiation protection, electrical systems, and programming. Dr. Adail’s commitment to continuous learning and professional development is reflected in his active participation in international training courses and conferences, enhancing his expertise in both academic and practical domains.
Experience
Dr. Ahmed Adail’s career spans over a decade, beginning as an Electrical Engineer at Sakson Company and Maxim Company before transitioning to quality assurance roles in the nuclear sector. Since 2015, he has served as a Nuclear Security Officer, Physical Security Officer, and Head of Maintenance at the Atomic Energy Authority, focusing on radioactive waste management. His role includes teaching engineering students and auditing quality management systems. Previously, Dr. Adail was a Quality Assurance Officer during the commissioning and operation of nuclear research reactors and has extensive experience as an ISO auditor. His diverse roles have equipped him with a robust understanding of both technical and managerial aspects of nuclear safety, security, and quality assurance.
Research Focus
Dr. Ahmed Adail’s research focuses on enhancing the safety and efficiency of electrical systems within nuclear facilities. His work emphasizes the optimal placement of power system devices, such as UPFCs and capacitors, to improve grid performance and reliability. Dr. Adail is also dedicated to evaluating and improving physical protection measures for nuclear facilities against various threat scenarios. His research includes performance analysis of power systems through simulation studies, optimal allocation of distributed generators, and integration of renewable energy sources like solar cells. His publications cover a range of topics from harmonic assessment in electrical networks to advanced methods in state estimation and bad data analysis in power systems. Dr. Adail’s contributions aim to advance nuclear safety through innovative engineering solutions and rigorous system evaluations.
Publication Top Notes
Comprehensive Power Quality Performance Assessment for Electrical System of a Nuclear Research Reactor 📊
Improving of Electric Network Feeding Nuclear Facility Based on Multiple Types DGs Placement ⚡
A Review on Optimal UPFC Device Placement in Electric Power Systems 🔋
A Sustainable Solution to Ensure the Dependency and Safety of Electrical Grid Relying on Optimal Allocation of UPFC for Research Reactors 🌍
Detailed and Verified NPP Model for Safe Interconnection with Electrical Grid 🔌
Improving of Grid Interface with NPP Based on Optimal Capacitor Placement 📈
Simulation Study and Performance Analysis for The Interaction Between NPP and Electrical Grid Based on Matlab Simulink 💻
Conclusion
Ahmed Samir Amin Ahmed Adail is a strong candidate for the Best Researcher Award. His diverse experience, extensive research contributions, and educational background establish a solid foundation for this recognition. By addressing the areas for improvement, such as enhancing publication impact and increasing collaboration, he can further solidify his standing as a leading researcher in his field. His leadership skills and technical expertise make him a notable figure in both engineering and nuclear security, underscoring his suitability for the award.