Modern University for Business and Science, Lebanon
Author profile
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📚 Early Academic Pursuits
From the earliest stages of her academic life, Amani Aridi demonstrated an exceptional commitment to the sciences. After earning her Bachelor of Science (BSc) in Chemistry from the Lebanese University’s Faculty of Science between 2012 and 2015, she quickly deepened her expertise with a Master’s Degree (M1) in Environmental Chemistry. Not content with a singular specialization, she pursued a second Master’s Degree (M2) in Expertise and Treatment in Environment during 2016–2017, where she gained hands-on technical experience in the American University of Beirut’s Environmental Core Laboratory. Her dedication culminated in a Ph.D. in Physical Chemistry from Beirut Arab University (2018–2022), focusing on the cutting-edge fields of nanoparticle development for environmental applications. These intensive academic pursuits provided her a strong foundation in experimental design, chemical analysis, and environmental remediation.
🏫 Professional Endeavors
Amani’s transition from academia to teaching was both natural and impactful. Her early experience began as a lab instructor at Beirut Arab University, where she mentored students in hands-on chemistry labs. Post-Ph.D., she served as an Assistant Professor (part-time) at Beirut Arab University between 2022 and 2023, teaching a variety of core courses ranging from Advanced Physical Chemistry to Chemical Kinetics. In October 2024, she embraced a full-time Assistant Professor role at the Modern University of Business and Science, Lebanon. Here, she diversified her portfolio by offering both lecture-based and laboratory-based courses such as Organic Chemistry, Chemical Principles, Elementary Chemistry, and Elementary Physics, thereby nurturing the scientific minds of tomorrow.
🔬 Contributions and Research Focus
Amani Aridi’s research is rooted in solving real-world environmental problems using advanced materials science. Her expertise lies in the preparation and characterization of nanoparticles and nanocomposites, with an emphasis on photocatalytic degradation and adsorption techniques for wastewater treatment. She has developed innovative ferrite nanoparticles for the removal of heavy metals and dyes, offering sustainable and efficient methods for pollutant removal. Her work in physical chemistry of interfaces has practical implications in improving water quality, contributing significantly to environmental sustainability initiatives. Additionally, she has maintained a strong presence in scholarly publishing, reviewing manuscripts for prestigious journals such as RSC Advances, Arabian Journal of Chemistry, and Chemical Papers, ensuring the quality and integrity of scientific research.
🏆 Accolades and Recognition
Amani’s contributions have not gone unnoticed. She has been trusted as a peer reviewer for multiple international journals—an honor reserved for researchers with deep expertise and meticulous attention to scientific rigor. She also served as a jury member for the “Spectroscopic Identification of Chemical Compound – Poster Day 2019” event at Beirut Arab University, validating her reputation as a knowledgeable and fair evaluator in academic settings. Her mentoring of graduate students towards their Master’s and PhD degrees further highlights her role as a pillar in her academic community.
🌍 Impact and Influence
Beyond her immediate academic duties, Amani Aridi’s work contributes to larger environmental goals. By focusing on low-cost, efficient nanomaterials for pollution remediation, she addresses critical issues such as water scarcity and pollution—topics of global concern. Her scientific outreach ensures that her influence extends beyond classrooms and laboratories, as she actively shapes discussions around sustainable environmental technologies. Her mentorship, peer reviews, and participation in scientific events continue to inspire and influence upcoming researchers.
🕊️ Legacy and Future Contributions
Looking ahead, Amani Aridi’s legacy is poised to grow. Her commitment to both education and innovative environmental research ensures that she will remain a critical voice in shaping future sustainability technologies. Potential future contributions could include pioneering new-generation nanomaterials, expanding interdisciplinary collaborations, and developing international projects to tackle environmental challenges on a larger scale. With her profound technical skills, passion for teaching, and unwavering dedication to scientific progress, Amani stands as a beacon for future scientists and environmental innovators.