Teaching in Fall 23:
I will teach the graduate course Scientific Computing, which is a less theoretic version of our Numerical Methods I & II cycle and mainly focuses on MS students.
Additionally, Aleks Donev and I will co-teach a PhD-level course on Computatioal PDEs.
Previous Teaching:
Spring 23: Advanced Topics in Numerical Analysis: High-Performance Computing.
Fall 22: MATH-UA 0252-003: Numerical Analysis
Spring 22: Advanced Topics in Numerical Analysis: Bayesian Inverse Problems Here is a flyer.
Spring 22: MATH-UA 0252-003: Numerical Analysis: See information on NYU Brightspace.
Fall 21: Advanced Topics in Numerical Analysis: Inverse Problems Here is a flyer.
Spring 21: Advanced Topics in Numerical Analysis: High-Performance Computing. Here is a flyer.
Spring 21: MATH-UA.0253-001 Linear And Nonlinear Optimization (co-taught with Robert Kohn); Here is a flyer.
Fall 20: UG Numerical Analysis
Fall 19: MATH-GA.2011-002 Advanced Topics In Numerical Methods: Finite Element Methods. Here’s a flyer
Spring 19: Advanced Topics in Numerical Analysis: High-Performance
Computing (co-taught with Dhairya Malhotra)
Fall 18: MATH-GA 2011.001/CSCI-GA 2945.001: Advanced Topics in Numerical Analysis: Computational and Variational Inverse Problems
Fall 18: MATH-UA 0252-001: Numerical Analysis
Fall 17: MATH-GA 2010.001/CSCI-GA 2420.001: Numerical Methods I
Spring 17: MATH-GA 2012-001 and CSCI-GA 2945.001: Advanced Topics in Numerical Analysis:
High Performance Computing
Spring 17: MATH-UA 0252-001: Numerical Analysis
Fall 16: MATH-GA 2010.001/CSCI-GA 2420.001: Numerical Methods I
Spring 16: MATH-GA 2012.001/CSCI-GA 2945.001: Advanced Topics in Numerical Analysis: Computational and Variational Methods for Inverse Problems
Fall 15: MATH-GA 2010.001/CSCI-GA 2420.001: Numerical Methods I
Spring 15: MATH-GA 2012.003: Advanced topics in numerical analysis: High Performance Computing
Fall 14: MATH-GA 2111.001: Linear Algebra (one term)