Schedule: Section 01: TTh 11:00 - 12:15
This semester I am teaching Math 375: Introduction to Numerical Computing (also listed as CS 375). This is an introductory course covering such topics as solution of linear and nonlinear equations; interpolation and approximation of functions, including splines; techniques for approximate differentiation and integration; solution of differential equations; familiarization with existing software. The current plan is for the course to be administered in an "in-person" fashion. This could potentially change as the public health crisis due to COVID-19 evolves. I will be using Learn to communicate with my students and distribute course materials. Please contact me if you are enrolled and do not have access to the Learn site.
Schedule: M 3:30 - 4:20
This semester I am also organizing the Applied Math Seminar. It will be held remotely over Zoom. Please see the website below for information on speakers and scheduling.
Partial differential equations for engineering
Introduction to Ordinary Differential Equations & Applied Math Seminar
Introduction to Numerical Computing & Applied Math Seminar
Partial differential equations for engineering
Nonlinear dynamics and the Applied Math Seminar
Partial differential equations for engineering
Second semester calculus including sequences, series, and power series
Second semester calculus including sequences, series, and power series
Second semester calculus including sequences, series, and power series
Second semester calculus including sequences, series, and power series
Calculus-based probability and statistics for Biologists
Calculus 1 for Biologists (& Math Bio. Journal Club)
Calculus 3
Partial Differential Equations for Engineers
Mathematical Biology
Calculus 2, late transcendentals
Mathematical Biology (& Math Bio. Journal Club)