Engineering Analysis

Spring 2017

 

 

1.       Instructor

l  Prof. K. H. Ko, Room 202, x-3225, khko@gist.ac.kr

l  Office hour: by appointment

 

2.       Course Schedule

l  Monday/Wednesday, 10:30 ~ 12:00

l  Room: TBA

 

3.       Prerequisites

l  Engineering Mathematics

 

4.       Grading Policy

l  Homework: 30%

l  Mid-term Exam: 35%

l  Final Exam: 35%

 

5.       Homework Schedule (The homework should be submitted just before a

lecture begins. No late homework will be accepted.

Problem Set

Out

Due

Weight

1

3/8

4/3

5%

2

4/3

4/10

5%

3

4/10

4/24

5%

4

4/24

5/8

5%

5

5/10

5/22

5%

6

5/22

6/12

5%

 

6.       Textbook and References

l  Numerical Analysis, by R. L. Burden and J. D. Faires, Thomson, 2005.

l  Lecture notes

 

7.       Course Syllabus (homepage : http://modsim.gist.ac.kr/spring2017-engineering_analysis.html)

 

March

Date

Contents

Note

3/6  (M)

Course Overview & Introduction

Lecture#1

3/8  (W)

Computer Tools for Scientific Computation (C Language)

Lecture#2

Out: HW1

3/13 (M)

Lecture#3

c-Example

3/15 (W)

 

3/20 (M)

Computer Tools for Scientific Computation (Matlab)

3/22 (W)

3/27 (M)

Computer Tools for Scientific Computation (Python)

3/29 (W)

 

April

Date

Contents

Note

4/3 (M)

Mathematical Preliminaries & Error Analysis

Due: HW1

Out: HW2

Lecture#4

4/5 (W)

Solutions of Equations in One and Multiple Variables

Lecture#5

Optional Problem#1

4/10 (M)

Due: HW2

Out: HW3

4/12 (W)

Experiments Room : A-325

4/17 (M)

No class (Midterm week)

4/19 (W)

Midterm Exam

Room : A-115

4/24 (M)

Matrix Algebra and Linear Systems

Due: HW3

Out: HW4

Lecture#6

4/26 (W)

Fourier Transform

Lecture#7

Lecture#7_SUB

 

May

Date

Contents

Note

5/1 (M)

Fourier Transform

Experiments

5/3 (W)

Holiday

5/8 (M)

Numerical Differentiation and Integration

Lecture#8

 5/10 (W)

Optimization

Due: HW4

Out: HW5

Lecture#9

 5/15 (M)

Lecture#10

 5/17 (W)

5/22 (M)

Initial Value Problems & Ordinary Differential Equation

Due: HW5

Out: HW6

Lecture#11

5/24 (W)

5/29 (M)

Experiments

5/31 (W)

Boundary Value Problems & Partial Differential Equation

Experiments

 

June

Date

Contents

Note

6/5 (M)

Partial Differential Equation

6/7 (W)

Experiments

6/12 (M)

Final Exam

Due:HW6