Dr. Nasreddine, lecturer in Mathematics at Rafik Hariri University, College of Arts and Sciences, in Lebanese American University (LAU), and Full professor in Lebanese university, faculty of sciences 1. She obtained a Ph.D. in applied mathematics from the University of Toulouse III-Paul Sabatier, France in 2013. Ever since 2010, she’s been teaching different courses in Mathematics at the university of Toulouse III (2010 - 2013), in Arts, Sciences and Technology University (AUL) (2013-2015), Lebanese University (2013 till present), Rafik Hariri University (2014 till present) and in Lebanese American University (2022-till present). The taught courses covered a wide range of topics, including, but not limited to: Complex Analysis, Measure Theory, Fourier Analysis, Calculus, Linear Algebra, Discrete Math, Probability, Ordinary Differential Equations, Topology, Partial Differential Equations, Real analysis, Affine Geometry.

Her main research interests are Partial Differential Equations. Dr. Nasreddine; has 10 publications in different International Journals such as JMAA, ESAIM , DCDS, MMAS, KRM, JMP, MJN, Asym Anal, International journal.

EDUCATION

• PhD in Applied Mathematics from the University of Toulouse III, Paul Sabatier, France, 2013
• MSc in Applied Mathematics, from the University of Toulouse III, France, 2010
• BSc in Applied Mathematics from the Lebanese University, Faculty of Science (Branch I), Beirut, Lebanon, 2009

PROFESSIONAL INTERESTS

• Bio math
• Individual clustering
• Elliptic Equations
• Plasma Physics
• Parabolic-elliptic system
• Chemotaxis

HONORS AND MENTIONS

• Recipient of the French Ministry of Research and Education Scholarship for distinguished students, 2010.
• Jury member CSB examination mathematics secondary education (2015)
• Full professor in Mathematics in faculty of sciences, Lebanese university (2022).

PUBLICATIONS

• Nasreddine, Well posedness for a model of individual clustering. J. DCDS-B. Vol 18 (2013) 2647-2668.
• Nasreddine, Two-dimentional model of individual clustering. J. DCDS-S. Vol 7 (2014), no 2, 307-316.
• Nasreddine, A model of individual clustering with a vanishing diffusion. J. Asym. Anal.Vol 88 (2014), no 1, 93-110.
• Nasreddine, Global existence of solutions to a parbolic-elliptic chemotaxis system with a critical degenerate diffusion. J. Math. Analy. App. Vol 417(2014), 144-163
• Nasreddine and M. Puel, Diffusion limit for Fokker Planck equation equation with heavy tail equilibrium. J. ESAIM, Math. Mod. Num. Anal, M2AN 49 (2015), 1-17.
• Nasreddine and H. Ibrahim, Existence of semilinear elliptic equations with prescribed limiting behavior. Math. Meth. App. Sci. 39, (2016), 4129-4138.
• Nasreddine and H. Ibrahim, Traveling waves for a model of individual clustring with logistic growth rate, Journal of Mathematical Physics 58, 081505 (2017).
• Nasreddine and H. Ibrahim, On the existence of nonautonomous ODE with application with application to semilinear elliptic equations, E. Mediterr. J. Math. (2018) 15:64. https://doi.org/10.1007/s00009-018-1112-1.
• Cattiaux, E. Nasreddine and M. Puel, Diffusion limit of Fokker-Planck equation with heavy tails equilibria: A probabilistic approach including anomalous rate. KRM. Vol. 12, Nb 4, August (2019), 727-748.
• Nasreddine, H. Ibrahim, H. Jebawi, Radial and asymptotically constant solutions for nonautonomous elliptic equations. Applicable Analysis, DOI. 10.1080/00036811.2020.1712368 (2020).
• Nasreddine, Abou Orm. L, Salami. H, Traveling waves for a model of individual clustering with bistable growth rate. (Preprint 2025).