Teaching

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Jan 13, 2024:
The latest information about Math 555 and Math 557 for Winter 2024 can be found on Canvas via the links below under Current Courses.

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Teaching

Current Courses

Math 555 (Applied Complex Analysis).
Math 557 (Asymptotic Analysis).

Auxiliary Materials

Lecture notes from a graduate course on Random Matrix Theory given at SAMSI (Statistical and Applied Mathematical Sciences Institute), Research Triangle Park, North Carolina, Fall 2006.
A 10-hour minicourse (5 lectures) on Riemann-Hilbert Methods in Integrable Systems, given at National Sun Yat-Sen University, Kaohsiung, Taiwan, August 2019.

Teaching History at Michigan

Winter 2024: Math 555 (Applied Complex Analysis) and Math 557 (Asymptotic Analysis).
Fall 2023: Math 656 (Partial Differential Equations).
Winter 2023: Math 557 (Asymptotic Analysis).
Fall 2022: scholarly activity leave.
Winter 2022: Math 216 Course coordination.
Fall 2021: Math 216 (Introduction to Differential Equations).
Winter 2021: Math 557 (Asymptotic Analysis).
Fall 2020: Math 558 (Applied Dynamical Systems).
Winter 2020: sabbatical leave.
Fall 2019: Math 425 (Introduction to Probability).
Winter 2019: Math 557 (Asymptotic Analysis).
Fall 2018: Math 316 (Differential Equations).
Winter 2018: Math 651 (Topics in Applied Math: Integrable Systems and Riemann-Hilbert Problems).
Fall 2017: Math 316 (Differential Equations).
Winter 2017: Math 557 (Asymptotic Analysis).
Fall 2016: Math 316 (Differential Equations).
Winter 2016: Math 316 (Differential Equations).
Fall 2015: Math 756 (Topics in PDE: Integrable Systems and Riemann-Hilbert Problems).
Winter 2015: Math 555 (Applied Complex Analysis) and Math 557 (Asymptotic Analysis).
Fall 2014: Math 555 (Applied Complex Analysis).
Winter 2014: sabbatical leave.
Fall 2013: sabbatical leave.
Winter 2013: Math 557 (Methods of Applied Mathematics II: Asymptotic Analysis) and Math 501 (AIM Student Seminar).
Fall 2012: Math 501 (AIM Student Seminar).
Winter 2012: Math 557 (Methods of Applied Mathematics II: Asymptotic Analysis) and Math 501 (AIM Student Seminar).
Fall 2011: Math 501 (AIM Student Seminar).
Winter 2011: Math 501 (AIM Student Seminar).
Fall 2010: Math 556 (Methods of Applied Mathematics I: Applied Functional Analysis) and Math 501 (AIM Student Seminar).
Winter 2010: Math 501 (AIM Student Seminar).
Fall 2009: Math 556 (Methods of Applied Mathematics I: Applied Functional Analysis) and Math 501 (AIM Student Seminar).
Winter 2009: Math 501 (AIM Student Seminar).
Fall 2008: Math 556 (Methods of Applied Mathematics I: Green's Functions and Boundary Value Problems) and Math 501 (AIM Student Seminar).
Winter 2008: Math 255 (Applied Honors Calculus III: Multivariate Calculus) and Math 501 (AIM Student Seminar).
Fall 2007: Math 556 (Methods of Applied Mathematics I: Fourier Analysis) and Math 501 (AIM Student Seminar).
Winter 2007: sabbatical leave.
Fall 2006: sabbatical leave.
Winter 2006: Math 651 (Topics in Applied Math: Integrable Systems, Nonlinear Waves, and Soliton Theory).
Fall 2005: Math 558 (Applied Dynamical Systems).
Winter 2005: Math 557 (Methods of Applied Mathematics II: Asymptotic Analysis).
Fall 2004: Math 216 (Introduction to Differential Equations).
Winter 2004: Math 557 (Methods of Applied Mathematics II: Asymptotic Analysis).
Fall 2003: on leave.
Winter 2003: on leave.
Fall 2002: Math 556 (Methods of Applied Mathematics I: Fourier Analysis) and Math 216 (Introduction to Differential Equations).
Winter 2002: Math 557 (Methods of Applied Mathematics II: Asymptotic Analysis) and Math 501 (AIM Student Seminar).
Fall 2001: Math 256 (Applied Honors Calculus IV: Differential Equations) and Math 501 (AIM Student Seminar).
Winter 2001: Math 557 (Methods of Applied Mathematics II: Asymptotic Analysis).
Fall 2000: Math 185 (Honors Calculus I).