for equilibrium problems encountered in applied
mathematics and engineering. It covers some
fundamental topics in applied linear algebra, ordinary
and partial differential equations, Fourier analysis
and optimization (both continuous and discrete).
The Matlab scientific computing environment and
language will be used to illustrate the concepts and
techniques introduced and to solve problems having
no analytical solutions.
Prerequisites: MA231, MA282.
MA464 Methods in Applied Mathematics (3)
Building on the course Introduction to Applied
Mathematics (MA463), this class provides techniques
for solving various applied mathematical problems.
The first part of the class will present efficient
numerical analysis methods for solving algebraic
equations, as well as initial-value and boundary-
value problems in ordinary and partial differential
equations. The second part of the class will be mainly
devoted to the study of solving of real life problems
encountered in various scientific disciplines and in
MA482 Topics in Mathematics (3)
This course will consist of selected topics to be
chosen by the professor. Since the content of this
course changes each year it may be repeated once for
Prerequisite: Instructor approval.
MA498 Tutorial Studies in Mathematics (1-3)
Individual study under the guidance of a faculty
member. May by repeated once for credit.