Syllabus of Selected Courses
- Math 858F - Selected Topics in Analysis. Collective Dynamics of Active Particles, Fall 2024, UMd
- AMSC 715 - Numerical Methods for Time-Dependent PDEs, Graduate course,
Fall 2024, UMd
-
FSMP course, Emerging Behavior in Collective Dynamics,
IHP, Spring 2024, Sorbonne Université
- AMSC 808 - Advanced Topics in Applied Mathemetics. Numerical methods for time-dependent problems, Spring 2023, UMd
- AMSC 666 - Numerical Analysis I, Graduate course.
Fall 2020;
Fall 2021;
Fall 2022, UMd
- AMSC 466 - Introduction to Numerical Analysis I, Undergraduate course.
Fall 2018;
Fall 2019, UMd
- Self-organized Dynamics. From emerging consensus to hydrodynamic flocking, Nachdiploam lectures, Spring 2017, ETH-Zürich
- AMSC 666 - Numerical Analysis I, Graduate course,
Fall 2017, UMd
- AMSC 612 - Numerical Methods for Time Dependent PDEs, Graduate course.
Fall 2015, UMd
- MATH 858A - Selected Topics in Analysis of PDEs, Graduate course.
Fall 2014, UMD
- AMSC 666 - Numerical Analysis I, Graduate course,
Fall 2013, UMd
- AMSC 698T - Selected algorithms and their numerical analysis, Graduate course. Spring 2013, UMd
- AMSC 612 - Numerical Methods in Partial Differential Equations, Graduate course.
Spring 2011;
Spring 2012, UMd
- AMSC 666 - Numerical Analysis I, Graduate course.
Fall 2009, UMd
- MATH 405 - Linear Algebra, Undergraduate course.
Fall 2008, UMd
- MATH 698T - Advanced PDEs: Nonlinear Time Dependent Problems, Graduate course. Spring 2008, UMd
- AMSC 673 - Partial Differential Equations, Graduate course.
Fall 2006, UMd
- AMSC 612 - Numerical Methods in Partial Differential Equations, Graduate course. Fall 2005, UMd
- AMSC 698E - Topics in Nonlinear PDEs, Graduate course.
Fall 2004, UMd
- AMSC 666 - Numerical Analysis I, Graduate course.
Fall 2003, UMd
- Math 266C - Applied Partial Differential Equations, Graduate course, Spring 2002, UCLA
- Math 270D - Computational Fluid Dynamics,
Graduate course, Spring 2002, UCLA
- Math 285J - Spectral Methods for Time dependent Problems,
Seminar in Applied Mathematics, Spring 2001, UCLA
- Math 266B - Applied Partial Differential Equations, Graduate course, Winter 2000, UCLA
- Math 269C - Advanced Numerical Methods, Graduate course, Spring 1999, UCLA
- Math 269B - Advanced Numerical Methods, Graduate course, Winter 1999, UCLA
- Math 266C - Applied Partial Differential Equations, Graduate course, Spring 1998, UCLA
- Math 151A - Applied Numerical Methods, Undergraduate course, Fall 1998, UCLA
- Math 269A - Advanced Numerical Analysis, Graduate course, Fall 1998, UCLA
- Math 285 - Sobolev spaces and related topics in applications,
Seminar in Applied Mathematics, Winter 1997, UCLA
- Math 266C - Applied Partial Differential Equations,
Graduate course, Spring 1997, UCLA
- Math 266C - Applied Partial Differential Equations,
Graduate course, Spring 1996, UCLA
- Regularity Spaces and Related Topics in Nonlinear PDEs,
Graduate course, Fall 1995, Tel-Aviv University
- Topics in Numerical Analysis,
Seminar in Applied Mathematics, Spring 1995, Tel-Aviv University
-
Issues in Dispersive Oscillations, Seminar in Applied Mathematics, Spring 1994, Tel-Aviv University
- Introduction to Numerical Analysis,
Undergraduate course, Fall 1994, Tel-Aviv University
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