Fakhrielddine Bader
Post-doctoral fellow in Applied Mathematics
IHU-Liryc & IMB, Université de Bordeaux
Welcome to my homepage!
I am a post-doctoral fellow in Applied Mathematics at the University of Bordeaux, affiliated with both the Institut de Mathématiques de Bordeaux (IMB) and IHU-Liryc, under the supervision of Dr. Edward Vigmond (CARP LAB team leader). My post-doctoral topic concerns the modeling of atrial fibrillation at a very fine scale (MICROCARD project).
Download my curriculum vitae .
Interests
- Partial differential equations
- Homogenization theory
- Cardiac electrophysiology
- Numerical simulation
- Asymptotic and multiscale analysis
Education
PhD in Applied Mathematics, 2021
École Centrale de Nantes & Lebanese University
Master 2 in Fundamental and Applied Mathematics, 2018
Nantes University
Master 1 in Pure Mathematics, 2017
Lebanese University
Current projects
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Publications
and preprints
(2023).
Microscopic tridomain model of electrical activity in the heart with dynamical gap junctions. Part 2- Derivation of the macroscopic tridomain model by unfolding homogenization method.
In Asymptotic Analysis.
(2022).
Microscopic tridomain model of electrical activity in the heart with dynamical gap junctions. Part 1- Modeling and Well-posedness.
In Acta Applicandae Mathematicae.
(2021).
Three scale unfolding homogenization method applied to cardiac bidomain model.
In Acta Applicandae Mathematicae.
(2021).
Derivation of a new macroscopic bidomain model including three scales for the electrical activity of cardiac tissue.
In Journal of Engineering Mathematics.
(2021).
Multi-scale unfolding homogenization method applied to bidomain and tridomain electrocardiology models.
In Doctoral dissertation, École Centrale de Nantes & Lebanese University.
Teaching
Teaching Assistant
Responsibilities (171h) include:
- Mathematical tools for engineers, First year of the preparatory engineering cycle, 27h PS (Pratical Sessions).
- Probabilities 1, First year of the preparatory engineering cycle, 15h PS.
- Derivation & integration, First year of the preparatory engineering cycle, 18h PS.
- Analysis of several variables, Second year of the preparatory engineering cycle, 36h PS.
- Series, Second year of the preparatory engineering cycle, 27h PS.
- Probabilities, Second year of the preparatory engineering cycle, 48h PS.
Teaching Assistant
Responsibilities (182h) include:
- Mathematics OP Exp1/Exp2, First year General Engineering, 26h LC (Lecture Courses), 75h PS (Pratical Sessions) and 26h SW (Support Work).
- Mathematics O1 Exp4, Second year General Engineering, 21h LC and 28h PS.
- Mathematics I3, Third year General Engineering, 6h PS.
Research and Teaching Assistant
Responsibilities (192h) include:
- Complementary math for the engineering course, Second year Mathematics-Physics-Computer Science, 24h LC (Lecture Courses), 24h PS (Pratical Sessions) and CL (Computer Labs) with Matlab.
- Computer tools B, Second year Mathematics-Physics-Computer Science, 24h CL with Python.
- Maths for Biology 2, First year Biology, Environment and Chemistry, 18h PS.
- Linear algebra 4, Second year Mathematics-Physics-Computer Science, 24h PS.
- Mathematics 1, First year Computer Science and Electronics, 40h PS.
- Mathematical tools 1, First year Physics-Chemistry, Earth Sciences and Mechanics, 30h PS.
Research and Teaching Assistant
Responsibilities (192h) include:
- General Mathematics, First year Mathematics, 66h PS (practical sessions).
- Mathematics for Natural Sciences, First year Biology-Chemistry, 16,5h PS.
- Mathematics 1, First year Mathematics, 16,5h PS.
- Mathematics 2, First year Mathematics, 16,5h PS.
- Integration and differential equations, First year Civil Engineering, 12h PS.
- Linear algebra 2, Second year Civil Engineering, 10,5h PS.
- Primitives-Differential equations, First year Mathematics, 24h PS.
- Mathematics Remediation, First year Mathematics, 30h PS.
Contact
- fakhrielddine.bader@u-bordeaux.fr
- Av. du Haut Lévêque, Pessac, 33600