My interest area is Applied Mathematics and solve models numerically and analytically in different fields, Physics, Chemistry, Biology and Engineering. My experience in teaching is in different topics for undergraduate from Mathematics department such as Calculus, Differential Equations, Partial differential equations , Numerical analysis, Foundation of Mathematics, Linear Algebra, Applied Mathematics, Academic debate. Postgraduate topics I taught, Advanced numerical method, Perturbation theory, Advanced simulation methods, Mathematical physics and Research methodology.rnMy Experience is also in using program software's such as MATLAB, MAPLE, COMSOL MULTIPHYSICS and PYTHON.
Training course name
Date
Organizing organization
Numerical simulation in Nano Technology
2018-04-01
Training course in Oldenburg University- Germany
Thesis title
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A reaction-diffusion model for inter-species competition and intra-species cooperation
Some Exceptional and periodical Solutions of Hills Dierential Equation From the second order
Conference name
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Pattern Formation for a New Model of Reaction-Diffusion System
9th International Conference on Finite Differences, Finite Elements, Finite Volumes, Boundary Elements
British Applied Mathematics Colloquium
British Applied Mathematics Colloquium (BAMC)
Models in Population Dynamics and Ecology, University of Leicester (UK)
Article title
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Pattern formations and instability waves for a Reaction–Diffusion system
Study of Optical Properties of a Pinhole Nanorod
New Types of Pattern Formations in a new Reaction-Diffusion Model using Numerical Methods
Unsteady Flow in a Horizontal Double-Sided Symmetric Thin Liquid Films
Pattern formation for a type of reaction diffusion system with cross diffusion
Pattern Formation for a New Model of Reaction-Diffusion System
Steady flow of horizontal double‐sided symmetric thin liquid films
Approximate Solutions for A Model of Reaction-Diffusion System with Slow Reaction and Fast Diffusion
Numerical and Analytical solutions for a nonlinear reaction diffusion system
A Comparison Between Finite Dierence and Asymptotic Methods for Solving a Reaction-Diffusion Model in Ecology
Approximate Solutions for a Couple of Reaction-diffusion Equations with Self-diffusion
Travelling wave solutions of a Reaction-Diffusion System: Slow Reaction and Slow Diffusion
Travelling wave solutions of a Reaction-Diffusion system
A Reaction Diffusion Model for Inter- Species Competition and Intra-Species Cooperation
ON Discrete-time fractional order derivative system
Solving System of a Linear Fractional Differential Equations by Using Laplace transformation