Teaching

Courses taught at Maryland

  • Spring 2019: Computational Methods (AMSC 460)
  • Spring 2018: Computational Methods (AMSC 460)
  • Spring 2017: Computational Methods (AMSC 460)
  • Fall 2016: Computational Methods (AMSC 460)
  • Fall 2016: Introduction to Probability (Stat 410)
  • Spring 2016: Introduction to Numerical Analysis (AMSC 466)
  • Spring 2015: Transform Methods for Scientists and Engineers (Math 464)
  • Spring 2014: Transform Methods for Scientists and Engineers (Math 464)
  • Spring 2013: Scientific Computing II (AMSC 661)
  • Spring 2012: Scientific Computing II (AMSC 661)
  • Fall 2011: Calculus for Life Sciences (Math 130)
  • Fall 2011: Introduction to Numerical Analysis (AMSC 466)
  • Spring 2011: Scientific Computing II (AMSC 661)
  • Spring 2011: Advanced Calculus with Applications II (Math 412)
  • Spring 2010: Advanced Analytic Methods with Applications (Math 648M)
  • Spring 2010: Numerical Analysis II (AMSC 667)
  • Spring 2009: Scientific Computing II (AMSC 661)
  • Fall 2008: Calculus for Life Sciences (Math 130)
  • Spring 2008: Calculus for Life Sciences (Math 130)
  • Spring 2008: Numerical Analysis II (AMSC 667)

Courses taught at Stanford

  • Winter 2007: Computational Methods for Fronts, Waves, and Interfaces (Math 222A)
  • Winter 2007: Computational Signal Processing and Wavelets (Math 266)
  • Fall 2006: Linear Algebra & Calculus of Several Variables (Math 51)
  • Winter 2005: Partial Differential Equations II (Math 220B)
  • Winter 2005: Math Biology (Math 224)
  • Fall 2004: Numerical Analysis (Math 118)
  • Fall 2004: Computations Signal Processing and Wavelets (Math 266)
  • Fall 2004: The Mathematics of Fractals (Continuing Studies, Math 06)
  • Winter 2004: Partial Differential Equations II (Math 220B)
  • Winter 2004: Computational Methods for Fronts, Waves, and Interfaces (Math 222A)
  • Fall 2003: Linear Algebra & Calculus of Several Variables (Math 51)
  • Fall 2003: The Mathematics of Fractals (Sophomore Seminar, Math 90Q)
  • Winter 2003: Computational Signal Processing and Wavelets (Math 266)
  • Winter 2003: Nonlinear Dynamics and Chaos (Math 135)
  • Fall 2002: Computational Methods for Fronts, Waves, and Interfaces (Math 222A)
  • Fall 2002: Real Analysis (Math 205A)
  • Winter 2002: Computational Signal Processing and Wavelets (Math 266)
  • Winter 2002: Nonlinear Dynamics and Chaos (Math 135)
  • Fall 2001: Computational Methods for Fronts, Waves, and Interfaces (Math 222A)
  • Fall 2001: Partial Differential Equations (Math 131)
  • Winter 2001: Computational Methods for Fronts, Waves, and Interfaces II (Math 222B)
  • Winter 2001: Linear Algebra (Math 103)
  • Fall 2000: Computational Methods for Fronts, Waves, and Interfaces (Math 222A)
  • Fall 2000: Complex Analysis (Math 106)


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