341 Engineering Mathematics (3-4)
Linear homogeneous and inhomogeneous differential equations, Laplace transform
with applications; trigonometric and complex (exponential) Fourier series;
Fourier transforms; Z-transforms; Matrices-properties and definitions; Gaussian
elimination, linear systems, Cramer's rule, rank and inverse of a matrix;
eigenvalue and eigenvectors; Complex number system, DeMoivre's theorem,
analytic functions and Cauchy-Riemann equations, Taylor and Laurent series,
Cauchy's integral formulas, Cauchy residue theorem; multi-valued functions.
Their applications to transient analysis of electrical circuits, communication
systems, EM theory, etc. will be discussed. Prerequisites: MATH 250 and ECE
216. Students who have Math 345 should enroll in 3 credit hours.