National School of Applied Sciences SAFI - Morocco
Professional Profiles
Early Academic Pursuits
Fatima Zahra BENADDI's academic journey began with a strong foundation in Energy Engineering. Her early years were marked by a thirst for knowledge, evident in her pursuit of a University Degree of Technology in Thermal Engineering and Energy at the National School of Arts and Crafts in Rabat. This marked the inception of her commitment to understanding and innovating in the realm of energy systems.
Professional Endeavors
Following her foundational education, BENADDI ventured into the professional sphere with a focus on Energy. She earned a Professional Bachelor's Degree and further honed her expertise through a Specialized Master's Degree at the National School of Arts and Crafts in Rabat, specializing in Water, Energy, and Environmental Sciences. This period laid the groundwork for her future contributions to the field.
Contributions and Research Focus on Energy
BENADDI's significant contributions come to the forefront through her Ph.D. thesis, titled "Energy Performance Assessment and Envelope Optimization of a Classroom Built with Local Materials." This research, conducted at the National School of Applied Sciences SAFI and the National Center for Studies and Research on Water and Energy, showcased her dedication to advancing sustainable practices in construction and energy use. Her work in optimizing building envelopes emphasizes the crucial intersection of energy efficiency and architectural design.
Accolades and Recognition
In 2023, BENADDI successfully defended her Ph.D. thesis with great distinction, earning the mention of "VERY HONORABLE." The esteemed jury, comprised of distinguished professionals in the field, recognized the significance of her research in advancing energy engineering. This accolade is a testament to BENADDI's exceptional academic prowess and her commitment to excellence. Energy is the lifeblood of our modern world, powering everything from our homes to industries. Its diverse forms, including electricity, heat, and kinetic energy, drive technological advancements and sustain our daily lives. From renewable sources like solar and wind to traditional fossil fuels, the quest for cleaner and more efficient energy solutions has become paramount.
Impact and Influence
BENADDI's influence extends beyond academic achievements, encompassing her impact on the discourse surrounding energy performance and sustainability. Her work has the potential to influence architectural practices and energy policies, promoting environmentally conscious construction methodologies. By focusing on local materials, she has demonstrated a commitment to cultural and environmental sensitivity in her research, setting a precedent for holistic approaches to energy engineering.
Legacy and Future Contributions
As a Ph.D. holder, BENADDI is poised to contribute significantly to the field of Energy Engineering. Her research legacy, firmly rooted in sustainable practices, is likely to inspire future researchers and practitioners. By merging academic rigor with practical applications, BENADDI is paving the way for a more sustainable and energy-efficient built environment. With a focus on energy efficiency, conservation, and pioneering technologies, the energy sector plays a crucial role in shaping a sustainable and resilient future for our planet.
Future Endeavors
Looking ahead, BENADDI's future contributions are anticipated to include further research, collaboration with industry stakeholders, and potentially guiding the next generation of energy engineers. Her expertise positions her as a valuable asset in addressing the global challenges associated with energy consumption and climate change. Innovators and researchers tirelessly work to harness, store, and distribute energy sustainably. The global transition towards renewable sources reflects a collective commitment to reducing environmental impact.
Notable Publications
Monitoring of gold biodistribution from nanoparticles using a hplc-visible method 2021
Study on the performance of thermal energy of a classroom built with natural materials 2022
Energy-saving potential assessment of a classroom building envelope through sensitivity analysis and multi-objective optimization under different climate type 2023