I received my PhD from Princeton University under the supervision of Yannis Kevrekidis.

When I was a graduate student/postdoc, some my research/education interests are listed here. I still enjoy these problems, but have a hard time finding the time to explore them these days:

• Computational Dynamics. The construction of software to be used by scientists and mathematicians alike in the study of phase-, parameter-, and physical-space of dynamical systems with the hopes of creating a means by which one can perform robust numerical experiments.
• Dependence of long-time dynamics of spatially varying PDEs. The reduction of certain infinite-dimensional dynamical systems to finite-dimensions via inertial manifold theory has established itself in the industry. I am pursuing research addressing the question concerning the robustness and/or the sesnsitivity of these approaches with respect to the introduction of spatial inhomogenietites in the physical system and hence in the PDE.
• Computers in the classroom - teaching ODEs via the World Wide Web. When given the opportunity, I enjoy teaching students about computers and how they can be used to learn about differential equations and dynamical systems. A hope is to one day create an online classroom for the individual investigation of differential equations using some of the more sophisticated machinery available in the industry.

Some CV information follows: