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个人简介
Florencia Renteria is from Mexico, and she completed her Bachelor's in Chemical Engineering in Mexico (2016) at Instituto Tecnologico de la Laguna. After that, she continued her Master's studies in Nuclear Power Plant Engineering in South Korea (2017-2019) at KEPCO International Nuclear Graduate School (KINGS). She's currently studying her Ph.D. in Nuclear Science and Technology in China (2019-2023) at Harbin Engineering University (HEU) in the specialty of Advanced Reactor Physics. She's working in the developers' team of the High-Fidelity Neutron Transport (HNET) code in HEU.
Her area of expertise in Nuclear Industry is Nuclear Core design. Since 2017 until the present, she has been participating in the Technical Cooperation fellowship programs at International Atomic Energy Agency (IAEA) for Supporting Nuclear Power Infrastructure Capacity Building in Member States Introducing and Expanding Nuclear Power.
She is currently the technical secretary of the Mexican Network for Education, Training and Nuclear Research (REMECIN). REMECIN facilitates cooperation in research, education and training in nuclear technology among the country's nuclear area institutions, and promotes the preservation of knowledge.
In addition, she's is a member of WiN Mexico Chapter, WiN Global Young Generation, and Women in Nuclear Innovation (WiNI) initiative recently launched by WiN Global.
She seeks to promote partnership and international cooperation globally, contributing to Nuclear Science, Technology, inclusive solutions, and Innovations that provide safe, secure, and sustainable Nuclear Power Programs.
Professional Expertise:
1. Nuclear Core Design
2. Research and Technological Development
3. Leadership, mentoring, and communication strategies
4. Mining and Extractive Metallurgy
5. Nuclear Power Plants (NPPs) Engineering
6. Nuclear Fuel Cycle
7. Fuel assembly design and loading pattern determination
8. Chemical Engineering
9. Code development and Artificial Intelligence
10. Teaching experience at undergraduate and graduate level
11. Nuclear Digital Transformation Infrastructure and High-Performance Computing
12. Scientific Diplomacy and Technical Cooperation
Areas of research experience
1. Nuclear Core Design
1.1. Fuel Assembly Design for PWR commercial design in South Korea (MOX and UO2 fuel).
1.2. Loading Pattern Determination for Initial and Equilibrium Cycle.
1.3. Core reactivity analysis (MTC, FTC, and Power Coefficient for BOC, MOC and EOC).
1.4. Control Rod Programming.
1.5. Load Follow Strategy (BOC, MOC, and EOC).
1.6. Loading Pattern determination for cycle operation extension.
1.7. Knowledge, concepts, and application in Genetic Algorithm (GA) and Artificial Neural Network (ANN) for Fuel Management utilization in nuclear reactors.
1.8. High-Performance Computing Techniques (HPC) for Neutron Transport Calculation. Knowledge in reactor technology: HPR 1000, OPR 1000, APR 1400, iPOWER, Pebble Bed Technology
2. Nuclear Power Plant (NPP) Design knowledge and experience
Reference plant of knowledge: APR 1400
3. Leadership and Communication strategies
3.1. Mentoring at Harbin Engineering University to female and male scientists beginning in the nuclear field, NuEB young advocates in Kenya, and WiN Global Young Generation members.
3.2. Training at KEPCO International Nuclear Graduate School (KINGS)
3.3. Summer Institute Program 2019 Training for young leaders' professionals in the Nuclear Industry at World Nuclear University (Initiative from the World Nuclear Association).
3.4. Regional Training Course on Supporting Women for Nuclear Science Education and Communications: A Continuing Education Program for Female University Science Teachers and Science Communication Professionals by International Atomic Energy Agency (IAEA).
3.5. Technical Cooperation fellowship programs at International Atomic Energy Agency (IAEA) for Supporting Nuclear Power Infrastructure Capacity Building in Member States Introducing and Expanding Nuclear Power since 2017 until today.
3.6. School on Radiation Technologies 2021 through IAEA partnership cooperation at World Nuclear University.
3.7. Modeling, Experimentation and Validation (MeV) Summer School at Argonne National Laboratory in cooperation with the DOE from the USA.
3.8 20th ESARDA Course Nuclear Safeguards and Non-Proliferation (Ispra, Italy) Online Course organized by Joint Research Centre (JRC), Directorate of Nuclear Safety& Security, Department Nuclear Security &Safeguards, Unit Nuclear Security (European Commission)
4. Mining industry experience in non-ferrous ores and extractive metallurgy technical knowledge.
5. Chemical Engineering knowledge and experience in industrial processes.
研究兴趣
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Florencia de los Angeles Renteria del Toro,Chen Hao,Akira Tokuhiro,Mario Gomez-Fernandez, Armando Gomez-Torres
Nuclear Engineering and Technologyno. 4 (2024): 1267-1276
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Florencia de los Angeles Renteria del Toro,Chen Hao,Akira Tokuhiro,Mario Gomez-Fernandez, Armando Gomez-Torres
Nuclear Engineering and Technology (2023)
Proceedings of the 2019 2nd International Conference on Algorithms, Computing and Artificial Intelligence (2019)
semanticscholar(2018)
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