University of Alaska Anchorage School of Engineering
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Engineering/Science Management Courses

ESM 621 - Operations Research - Syllabus
Spring 2006


Classes
: Wednesday 6– 8:45 pm
Room: Engr 218
Taught by: Adjunct Professor: Gary Kretchik
Contact: (Hm) 245-0458 (Wk) 266-7662 e-mail: gkretchik@juno.com
Office: Pending
Office Hrs: Pending or by appointment (Please call or e-mail to schedule) Before class is good.

Textbook: Practical Management Science, Wayne L. Winston & S. Christian Albright; Duxbury Press, ISBN 0-534-42435-X

Software: Microsoft Excel

Course Objectives:
The objective of the course is to familiarize the students with the operations research approach and to provide managers with an understanding of the implications of their resource allocation decisions. This objective will be achieved by studying various methods as described in the class schedule. The course is intended to prepare the student to use various methods for the control of technical systems and for testing the sensitivity of their decisions.


Event
Points
Final Exam
40
Midterm
30
Homework and Participation
20
Discretionary
10
Total
100

The expectation for a good grade is that the student completes their assignment/tests on time and with as much clarity and accuracy as possible. Blanks or no answer are unacceptable in the work place and therefore are not at the School of Engineering. It is often in the attempt that most learning occurs.

Grading: A = 90 to 100 pts, B = 80 to 89 pts, C = 70 to 79 pts.

Homework:
Most of the homework will from the textbook. The purpose of this is to enhance the relevancy of the course material. Students may be asked to present their solutions to the class.
Homework will be collected and graded on the quality and clarity of the solutions.

Schedule (as of 1/14/04)

Class
Date
Topic
Chapter
Assignment
Due
1
Jan 14
Introduction to Modeling, Excel Features
1, 2
Hmk 1
2
Jan 21
Linear Programming
2, 3 and 4
Hmk 2
Hmk 1
3
Jan 28
Linear Programming
2, 3 and 4
Hmk 3
Hmk 2



Class
Date
Topic
Chapter
Assignment
Due
4
Feb 4
Network Models
5
Hmk 4
Hmk 3
5
Feb 11
Integer Programming
6
Hmk 5
Hmk 4
6
Feb 18
Evolutionay Solver, Multi Obj Decisions
8, 9
Hmk 6
Hmk 5
7
Feb 25
Mid Term Review
1 thru 9
Midterm TO
Hmk 6



Class
Date
Topic
Chapter
Assignment
Due
8
Mar 3
Midterm (in class & take home exam)
9
Mar 10
@Risk and Precision Tree
10, 11
Hmk 7
Midterm TO
10
Mar 17
Inventory Models
13
Hmk 8
Hmk 7
11
Mar 24
No Class (Spring Break)
12
Mar 31
Queueing Models
14
Hmk 9
Hmk 8



Class
Date
Topic
Chapter
Assignment
Due
13
Apr 7
Regression
15
Hmk10
Hmk 9
14
Apr 14
Time Series & Forecasting
16
Hmk 11,
Final Take
Home Part
Hmk 10
15
Apr 21
Review/Misc
Hmk 11
Apr 28
Final In Class
Final TO Due


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