Previous Courses Taught:

MATH 412:   Partial Differential Equations   (Spring 2008)

MATH 231:   Calculus of Several Variables   (Spring 2008)

MATH 505:   Mathematical Fluid Dynamics   (Fall 2007 - graduate course)

MATH 405:   Advanced Calculus for Engineers/Scientists I (Applied Math)   (Fall 2006)

MATH 406:   Advanced Calculus for Engineers/Scientists (Applied Complex Analysis)   (Spring 2006).

MATH 450:   Mathematical Modeling of the Physical World   (Fall 2005).

MATH 406:   Advanced Calculus for Engineers/Scientists (Applied Complex Analysis)   (Spring 2005).

MATH 580:   Introduction to Applied Mathematics I   (Fall 2004 - graduate course).

MATH 406:   Advanced Calculus for Engineers/Scientists (Applied Complex Analysis)   (Spring 2004).

MATH 580:   Introduction to Applied Mathematics I   (Fall 2003 - graduate course).

MATH 412:   Partial Differential Equations   (Spring 2003).

MATH 598D / PHYS 517:   Statistical Mechanics   (Spring 2002 - graduate course).

MATH 497C (MASS Program):   Mathematical Analysis of Fluid Flow   (Fall 2001).

MATH 505:   Mathematical Fluid Dynamics   (Spring 2001 - graduate course).

MATH 497E (now MATH 450):   Mathematical Modeling of the Physical World   (Fall 2000).

MATH 412:   Partial Differential Equations   (Fall 2000).

PSU 016 (Sec. 250):   First Year Seminar in Mathematics   (Spring 2000).

PSU 016 (Sec. 250 and 251):   First Year Seminar in Mathematics   (Fall 1999).

Math 505:   Mathematical Fluid Dynamics   (Fall 1999 - graduate course).

Math 141B:   Calculus with Applications in Biology II  (Spring 1999).

Math 140B:   Calculus with Applications in Biology I  (Fall 1998).

Math 140 (Sec. 36):   Calculus with Analytic Geometry I  (Fall 1998).

Lecture Notes in Fluid Dynamics and/or Applied Mathematics - Selected Topics

The 2004 GTA Orientation Program

MATH 497F:   Applied Math & Renewable Energy Technologies