Icam, Site De Grand Paris Sud Meriem Labourel, France
Google Scholar
š Early Academic Pursuits
Mrs. Meriem Labourel Nachidi’s academic journey began with a focus on control of physical processes, earning her DEA (DiplĆ“me d’Ćtudes Approfondies) at the Faculty of Science Semlalia, Marrakech. She further honed her expertise in automation and control systems during her doctoral studies at the University of Valladolid, where she worked on the stabilization of Takagi-Sugeno fuzzy systems, with a specific application to greenhouse systems. This research laid the foundation for her profound understanding of nonlinear systems and advanced control techniques.
š¼ Professional Endeavors
Mrs. Labourel Nachidi’s professional career is marked by significant teaching and research contributions. As a Lecturer & Researcher at Icam, Site de Grand Paris Sud, she has taken on critical roles such as Local Research Manager and Delegated Teaching and Research Manager for the MIA/EEE domain. Her research work and teaching cover dynamic systems, control of continuous and discrete linear systems, and advanced control methods, including nonlinear systems and fuzzy control.
She also contributed as a Visiting Lecturer at the School Polytechnic Carlos 3, Madrid from 2011 to 2013, where she taught automation, nonlinear systems, and control of dynamic systems. Earlier in her career, she worked at IUT-Bron and University of Jules Verne, Amiens, where she taught computer science, algorithms, and databases, expanding her academic portfolio.
š¬ Contributions and Research Focus
Mrs. Labourel Nachidi’s research expertise lies in the development of advanced control algorithms for nonlinear systems, predictive control, fuzzy control, and multi-agent systems. Her work also spans Lyapunov stability and the use of linear matrix inequalities in control systems. One of her notable contributions is in power converter control, where she co-authored a highly cited paper: āAn enhanced control approach for DC-DC convertersā published in the International Journal of Electrical Power and Energy Systems. This work reflects her capability to bridge theory and practice, especially in power electronics and control systems.
Her doctoral research on the stabilization of Takagi-Sugeno fuzzy systems, with its application to a greenhouse system, has been influential in both academic and practical circles, enhancing the stability and efficiency of complex systems.
š Impact and Influence
Mrs. Labourel Nachidiās contributions have made a profound impact in the field of automation and control systems, especially in nonlinear control and power electronics. Her work on fuzzy systems and predictive control has influenced both theoretical advancements and practical applications in various industries. As a Local Research Manager at Icam, she plays a pivotal role in shaping research directions, ensuring that cutting-edge developments are integrated into teaching and industry practices.
Her recognition as a visiting lecturer in prestigious universities and her published works in high-impact journals reflect her influence within the academic community. Her research continues to inspire innovations in control strategies for various engineering applications.
š Academic Cites and Recognition
Mrs. Labourel Nachidiās research, particularly in nonlinear systems and fuzzy control, has been widely cited in the academic world. Her key publication, āAn enhanced control approach for DC-DC converters,ā published in 2013, is frequently referenced in studies related to power converters and robust control strategies. This work highlights her ability to solve practical engineering problems with robust and efficient solutions. Her consistent contributions to both theoretical research and applied control strategies further solidify her standing in the academic community.
š» Technical Skills
Mrs. Labourel Nachidi is highly proficient in advanced control techniques, including predictive control, fuzzy control, and Lyapunov stability. She is skilled in the use of multi-agent systems for managing complex processes and systems. Her technical expertise extends to linear matrix inequalities and automation technologies, which she incorporates into her teaching and research. Her ability to integrate control theory with practical applications in areas such as power electronics and nonlinear systems showcases her versatility and depth of knowledge.
š Teaching Experience
Mrs. Labourel Nachidi has accumulated extensive teaching experience across various prestigious institutions. At Icam, she has taught and managed courses on dynamic systems and control systems for both undergraduate and graduate students. Her expertise extends to teaching both continuous and discrete linear systems and nonlinear systems, making her a versatile educator in automation. Her work as a visiting lecturer at Polytechnic Carlos 3, Madrid, and earlier teaching roles at IUT-Bron and the University of Jules Verne, Amiens, have allowed her to bring diverse teaching methodologies to different academic environments.
Her passion for teaching is reflected in her dedication to not only transmitting knowledge but also fostering an environment that encourages curiosity and research-driven learning.
š Legacy and Future Contributions
As a scholar and educator, Mrs. Labourel Nachidi is poised to leave a lasting legacy in the field of automation and control systems. Her research continues to evolve with the integration of emerging control technologies, and her work on fuzzy systems and predictive control is already influencing future developments in various industries. Her role as a Local Research Manager ensures that the next generation of engineers will benefit from the advanced control algorithms she is developing.
š Top Noted PublicationsĀ