Course Name	Engineering Mathematics II
Credits	3
Professor(s)	Name	Ahn, Soo Whan
	Affiliation	Dept. of Mechanical and System Engineering

COURSE DESCRIPTION

Course Objectives

Many of the basic laws of the physical sciences are formulated in terms of the mathematical equations.  The knowledges of mathematic equations lead the physical phenomena to be expressed in coordinates for better understanding of it.  Therefore, the course is to teach students about the engineering mathematics.

MAIN TEXTBOOK and FURTHER READINGS

Main textbook: advanced engineering mathematics, Stanley I. Grossman

Further readings: advanced engineering mathematics, Erwin Kreyszig

calculus, James Stewart

ASSIGNMENTS AND GRADING

Assignments: Solving the exercises each chapter and printing class lecture

Grading Scheme: attendance, 10%; homework, 30%; midterm exam, 30%; final exam, 30%

COURSE SCHEDULE

Course Outline

1st week: First-order differential equations

2th week: Second-order differential equations

3th week: Second-order differential equations

4th week: Systems of linear differential equations

5th week: Laplace transforms

6th week: Vectors and vector spaces

7th week: Matrices and systems of equations

8th week: Eigenvalues and eigenvectors

9th week: Vector differential calculus

10th week: Vector differential calculus

11th week: Vector integral calculus

12th week: Vector integral calculus

13th week: Fourier series and boundary value problems

14th week: Partial differential equations

15th week: Partial differential equations

CONTACT DETAILS

Tel:640-3125; e-mail: swahn@paran.com