Energy and Physics Department, Amirkabir University of Technology, Iran
Dr. Saeed Zare Ganjaroodi is a Nuclear Energy Engineer with extensive expertise in Reactor Engineering. Holding a Ph.D. in Nuclear Engineering from Amirkabir University and a series of advanced certificates, he is known for his deep engagement with nuclear safety and security, as well as nuclear reactor technologies. His academic excellence and contributions have made him a recognized professional in the field.
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Early Academic Pursuits 🎓
Saeed’s journey in nuclear engineering began with a strong foundation during his undergraduate years at Islamic Azad University—Research and Science Branch, where he earned a Bachelor’s degree in Reactor Engineering. His academic potential was evident through his high GPA and passion for the subject, which led him to pursue a Master’s in the same branch. Eventually, he advanced to earn a Ph.D. from Amirkabir University, with a stellar GPA of 19.63, demonstrating his commitment and academic rigor in Reactor Engineering.
Professional Endeavors 💼
Saeed has gained considerable recognition for his work in nuclear safety, security, and engineering. His professional background includes roles in training and development with the International Atomic Energy Agency (IAEA), where he completed a variety of courses, including on nuclear fuel engineering, spent fuel storage, and radiological crime scene management. His extensive certifications show his dedication to professional growth and deepening his expertise in various nuclear energy-related fields.
Contributions and Research Focus 🔬
Saeed’s research focus is centered on nuclear reactor engineering, nuclear security, and waste management, specifically in the context of nuclear forensics and environmental remediation. His groundbreaking work with codes like MCNPX, SuperMC, and ANSYS Maxwell helps propel the understanding and improvement of nuclear reactor simulations. He’s also made strides in spent fuel management, radiation protection, and nuclear security measures, shaping the future of nuclear safety.
Impact and Influence 🌍
Saeed’s work extends far beyond just academic research; his contributions impact both industry practices and international safety standards. His engagement in IAEA’s Safety Standards courses has contributed to creating global frameworks for nuclear safety, particularly in areas such as decommissioning, radiation protection, and material accountability. Through his leadership and commitment, he has played an instrumental role in influencing policies related to nuclear reactor operation and radiological emergencies.
Academic Cites 📚
With numerous published works and contributions to IAEA courses, Saeed’s academic research has garnered attention in the field of nuclear energy. His expertise in radiological safety, nuclear reactor simulations, and security has made him a prominent voice in academic discussions, and his research skills continue to shape developments in nuclear energy practices globally.
Research Skills 🔧
Saeed’s research toolkit includes a mastery of nuclear simulators, advanced codes like MCNPX, RASCAL, and SuperMC, as well as ANSYS Maxwell for electromagnetic simulations. His familiarity with CAP-88, COMFARE, and COBRA-EN tools further demonstrates his technical versatility in nuclear reactor operations and safety simulations. His practical knowledge of these tools enhances the precision and efficiency of his research.
Teaching Experience 🧑🏫
In addition to his technical achievements, Saeed has made valuable contributions as an English teacher and teaching assistant. His roles in teaching, coupled with his dedication to student development, reflect his commitment to education. Through his teaching experience, he has helped foster a new generation of nuclear engineers, emphasizing the importance of safety, ethics, and nuclear technology.
Awards and Honors 🏆
Throughout his academic and professional career, Saeed has earned several prestigious awards and honors, including high GPA achievements and numerous IAEA training certificates. His outstanding academic performance has been recognized across several institutions, especially for his work on nuclear reactor systems and nuclear security.
Legacy and Future Contributions 🌟
Saeed’s legacy is built upon his ongoing contributions to nuclear safety, reactor engineering, and security. As the nuclear field evolves, his work in nuclear fuel fabrication, waste management, and spent fuel storage continues to play a critical role in shaping the future of sustainable nuclear energy. His future contributions are likely to focus on advancing nuclear forensics and improving global safety protocols, ensuring a safe and secure nuclear future for generations to come.
Publication top notes
Neutronic analysis of new generation TVS-M fuel assemblies in VVER-reactor type
- Authors: Ganjaroodi, S.Z., Zari, E., Khameh, H.
Journal: Radiation Physics and Chemistry
Thermal-hydraulic modeling of CAREM-advanced small modular reactor using the porous media approach and COBRA-EN modified code
- Authors: Ganjaroodi, S.Z., Fani, M., Zari, E., Bentridi, S.
Journal: Nuclear Engineering and Technology
Post closure safety assessment for near surface disposal
- Authors: Hassanlou, S., Taherian, A., Maleki Farsani, A., Ganjaroodi, S.Z.
Journal: Nuclear Engineering and Technology
Analysis of variation of neutronic and kinetic parameters of a Heavy Water Zero Power Reactor caused by changes in the fuel lattice pitch using MCNPX code
- Authors: Zari, E., Sepanloo, K., Nazari, M.N., Ganjaroodi, S.Z.
Journal: Atomic Energy
Fire simulation in the main control room of Bushehr nuclear power plant using CFAST software
- Authors: Mojab, S., Zari, E., Ganjaroodi, S.Z., Jahanfarnia, G.
Journal: Atomic Energy