Dr. Sirine Saidi | Solar Energy | Best Researcher Award
Dr. Sirine Saidi at National engineering school of Monastir, Tunisia
Sirine Saidi is a dedicated PhD student in Energy Engineering at the University of Monastir, Tunisia ๐น๐ณ, with a strong background in renewable energy systems, hydrogen technologies, and academic instruction ๐. Passionate about innovation, she combines research, teaching, and hands-on engineering experience to contribute to the global energy transition ๐. Her work bridges academia and industry, focusing on practical applications of sustainable technologies like PV systems and hydrogen production โก. Sirine is also an avid reader and a technology enthusiast, continuously seeking growth and excellence through both research and collaboration ๐ค.
Publication Profile
Academic Background
Sirine Saidi holds a National Doctoral Diploma in Energy Engineering from the University of Monastir ๐ซ, where she also completed her National Engineering Diploma in the same field. Prior to that, she earned a National Diploma for Entrance to Engineering Programs from ISSAT Gabรจs ๐, following her Bachelor’s Degree in Experimental Sciences from Medenine Technical High School ๐งช. Her academic path reflects a strong foundation in physics, chemistry, and energy systems, setting the stage for her advanced research in renewable energy and hydrogen technologies ๐ฌ.
Professional Background
Sirine has gained diverse technical and academic experience through internships and teaching positions ๐ฉโ๐ซ. She completed multiple internships in PV system design, hybrid power plants, and condenser sizing at major institutions like the Tunisian Chemical Group and SONEDE ๐ญ. She also served as a part-time lecturer at ENIM, teaching Energy Software (EES), Python programming, and fluid mechanics ๐ป. Her combined field and classroom experience have made her a versatile and impactful contributor to the energy engineering field โ๏ธ.
Awards and Honors
Sirine Saidiโs promising contributions have positioned her as a strong candidate for prestigious recognitions like the Best Researcher Award ๐. Though formal awards are not listed yet, her impactful publications, international conference participation ๐, and teaching excellence mark her as a rising star in energy research ๐. Her published work in the International Journal of Hydrogen Energy and other reputable platforms demonstrate the academic rigor and practical relevance of her research ๐.
Research Focus
Sirineโs research focuses on renewable energy systems, specifically hydrogen production via PEM electrolyzers, thermodynamic modeling, and solar PV technologies โ๏ธ๐. She has published multiple papers on simulation and performance optimization using tools like MATLAB/Simulink, EES, and Python ๐ง . Her work addresses key sustainability challenges, including green hydrogen, hybrid energy systems, and energy efficiency. With a balance of theoretical modeling and hands-on experimentation, her research contributes directly to a cleaner, more sustainable energy future ๐ฑโก.
Publication Top Notes
๐ Numerical investigation of indirect parallel PVT solar systems using MATLAB/Simulink
Year: 2025 | ย Author: S. Saidi, T. Brahim, A. Jemni | Journal: Engineering Research Express
Conclusion
Sirine Saidi is a highly qualified and competitive candidate for the Best Researcher Award, with a focused PhD in Energy Engineering and a strong track record in renewable energy research, particularly in hydrogen technologies, photovoltaic systems, and energy modeling. Her academic foundation is complemented by hands-on technical internships and impactful teaching roles at the National School of Engineering of Monastir. She has contributed to peer-reviewed journals like the International Journal of Hydrogen Energy and Engineering Research Express, showcasing expertise in PEM electrolyzers, hydrogen compression, and PVT solar systems using tools like MATLAB/Simulink and EES. With a passion for sustainable energy, advanced simulation, and academic mentorship, Sirine embodies the qualities of a next-generation energy leader committed to addressing global energy challenges.