Research Interests: Delay Differential Equations, Reaction–Diffusion Systems, and Data-Driven Model Discovery.
Research Interests: Delay Differential Equations, Reaction–Diffusion Systems, and Data-Driven Model Discovery.
I am a PhD candidate in Applied Mathematics at the University of Missouri–Kansas City. My research focuses on delay-driven dynamical systems, reaction–diffusion modeling, and data-driven discovery of complex biological processes.
My work integrates mathematical analysis, sparse identification methods (SINDy), and Bayesian optimization to uncover distributed-delay structures in dynamical systems. I am particularly interested in bridging theoretical modeling with modern computational techniques to develop interpretable models supported by data.
My long-term goal is to contribute to research and teaching in applied mathematics, dynamical systems, and scientific machine learning.
University of Missouri–Kansas City
PhD Candidate in Applied Mathematics
Al Jouf University
Teaching Assistant, Department of Mathematics
University of Missouri–Kansas City
PhD in Applied Mathematics
University of Missouri–Kansas City
Master of Science in Mathematics
Northern Border University
Bachelor of Science in Mathematics