Researcher at Centre de developpement des technologies avancƩes (CDTA),Algeria
Dr. Fouaz Lekoui is an accomplished researcher specializing in thin film deposition through PVD and CVD techniques, with over 10 years of expertise in materials elaboration and characterization. His skills include advanced knowledge of vacuum technologies, plasma-based deposition, and surface characterization techniques.
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š± Early Academic Pursuits
Fouaz Lekoui, born on July 23, 1985, in Collo City, Algeria, embarked on an impressive academic journey. Beginning with a BAC in Exact Sciences in 2003, he pursued an engineering degree in Mechanical Engineering with a focus on Energetics in 2009. His curiosity for materials science and surface mechanics led to a Magister degree in 2012, where his thesis explored phosphomagnesian cement based on local resources. Dr. Lekoui’s PhD (2019) investigated ZnO-based thin films for multifunctional applications. His 2022 HDR qualification underscores his expertise in material science.
š¼ Professional Endeavors
Dr. Lekoui joined the Advanced Technology Development Center (CDTA) in 2013, contributing to cutting-edge research in thin-film deposition and plasma-based applications. His roles include managing evaporation and sputtering techniques and overseeing advanced characterization methods like XRD, SEM, and STM. Notable collaborations include internships at the CRTSE and with Professor RĆ©mi Lazzari, where he honed ultra-high vacuum and thin-film technologies.
As an academic, Dr. Lekoui shared his expertise at Algiers 1 University, the Faculty of Medicine, and the Military Materials School, teaching subjects ranging from biophysics to optical materials technology. He has supervised numerous master’s and PhD theses, further fostering innovation in material science.
š§Ŗ Contributions and Research Focus
Dr. Lekouiās research revolves around advanced thin-film technologies and material characterizations. His groundbreaking work on ZnO-based thin films has implications for optics, photovoltaics, and antibacterial applications. Publications in journals like Optical Materials and Physica Scripta highlight his findings on thermal annealing effects and substrate temperature impacts. His interdisciplinary approach incorporates machine learning for predictive material modeling, bridging traditional science with modern computational techniques.
š Accolades and Recognition
Dr. Lekoui has garnered recognition as the chairman of the First Seminar on Materials, Processes, and Microfabrication in 2024. His publications and contributions to international conferences reflect his stature as a thought leader in material science. His work continues to influence the academic and industrial landscape globally.
š Impact and Influence
Through his academic and professional engagements, Dr. Lekoui has significantly impacted the fields of thin-film technologies and materials science. His interdisciplinary research fosters innovation in nanotechnology, optics, and renewable energy, shaping the next generation of scientific advancements.
š Legacy and Future Contributions
Dr. Lekouiās legacy lies in his dedication to advancing material sciences and mentoring budding researchers. As he continues to explore novel applications of thin films, his work promises to influence both academia and industry, ensuring a sustainable and technologically enriched future.
Key Publications