Yomen Atassi

Spearheaded the strategic planning and operational oversight for the Applied Physics Department, guiding academic and research programs.

Directed the development and implementation of advanced curricula, ensuring alignment with cutting-edge advancements in applied physics.

Cultivated a collaborative research environment, fostering interdisciplinary projects and securing resources for departmental growth.

Managed the Materials Science Laboratory, overseeing research projects and resource allocation from 2006-2018 and resuming leadership in 2020.

Guided research on advanced polymeric matrices, nanocomposites, and electrospun materials, leading to over 70 peer-reviewed publications.

Fostered international collaborations with institutions like Max Planck Institute and ENS Paris Saclay, enhancing research capabilities and global scientific exchange.

Oversaw the strategic direction and execution of research programs across the institute, aligning initiatives with national and international scientific priorities.

Secured and managed research grants and collaborations, facilitating the advancement of diverse scientific projects.

Implemented policies and frameworks to enhance research productivity and impact, contributing to HIAST's reputation as a leading scientific institution.

Established and led the Polymers Research Group, overseeing multiple projects in advanced polymer synthesis and characterization since 2009.

Mentored and supervised 25+ graduation projects, 9 Master's theses, and 7 PhD dissertations, fostering the next generation of materials scientists.

Drove research into novel applications of polymers, including infrared camouflage, heavy metal ion removal, and drug delivery systems, resulting in significant scientific contributions.

Led research on the self-assembly of bio-sourced block copolymers, specifically developing nanoparticles, cubosomes, and nanocubes.

Collaborated with international experts to advance understanding and applications in nanoscience and polymer chemistry.

Contributed to cutting-edge research in sustainable materials, enhancing the potential for environmentally friendly nanotechnologies.

Developed innovative sensors based on aggregation-induced emission, contributing to advancements in chemical sensing technologies.

Utilized expertise in physical chemistry to design and optimize sensor performance for various applications.

Fostered international academic exchange, strengthening research ties between HIAST and ENS Paris-Saclay.

Conducted pioneering research in neural tissue engineering, utilizing electrospun nanofiber mats of polylactic acid and polypyrrole.

Applied advanced polymer science techniques to develop biocompatible materials for regenerative medicine applications.

Collaborated with a leading international research team, contributing to high-impact projects in biomaterials and neuroscience.

Led key research initiatives in photochromism, second harmonic generation, and polymeric matrices, advancing understanding in nonlinear optics.

Authored and co-authored numerous peer-reviewed articles in high-impact journals, establishing expertise in physical chemistry and materials science.

Collaborated with interdisciplinary teams to develop innovative materials and methodologies, enhancing research output and scientific impact.

Performed in-depth research on photochromic compounds and their applications in polymers, laying the groundwork for future advancements.

Developed expertise in advanced spectroscopic and characterization techniques, ensuring high-quality data collection and analysis.

Contributed to early publications and research initiatives, building a strong foundation in physical chemistry and materials science.

Delivered 96 hours/year of chemistry lessons for physics agrégation students, preparing them for rigorous oral examinations.

Taught undergraduate students (DEUG) at University Paris-Sud, focusing on Atomic Theory and Chemical Bonds for 25 hours.

Conducted chemistry oral examinations for preparatory class students at Geoffroy Saint Hilaire high school, ensuring strong foundational knowledge.

Instructed students in chemistry for biochemistry agrégation, delivering 40 hours of laboratory examination preparation.

Provided chemistry instruction for physics agrégation students, including 40 hours of chemistry examination preparation.

Contributed to the academic success of students preparing for competitive national examinations in France.

Delivered comprehensive general chemistry courses to undergraduate students at HIAST, ensuring a strong grasp of fundamental principles.

Developed and implemented effective teaching methodologies to enhance student learning and engagement in core chemistry concepts.

Contributed to the foundational scientific education of future engineers and scientists at the institute.