MANAGEMENT OF SERVICE OPERATIONS

OPER 3204, Spring 2006

 

Instructor:                  Dr. Moutaz J. Khouja

 

Office:                        Friday 359

 

Phone:                        687-3242

 

E-Mail:                       mjkhouja@email.uncc.edu

 

Office Hours:             Tuesday 10:00-10:50, Tuesday, 1:40-3:00, and by appointment.

 

Textbook:

Fitzsimmons, J. A., and M. J. Fitzsimmons, Service Management: Operations, Strategy, and Information Technology, McGraw-Hill, 2006.

 

Course Description:

Operations management focuses on the efficient transformation of resources into useful outputs of goods and services.  The focus of OM has been traditionally on the manufacturing sector.  Over the last four decades, the service sector experienced fast growth and now accounts for over 80% of employment in the U.S.  The focus of this course is on the management of service organizations.  Topics include service design, service quality, service facility layout and location, managing queues, and managing projects.  The course will consist of lectures, discussion of cases, and in-class exercises. 

 

Course Objectives:

Specifically, the course is designed to help students:

1.     understand the general characteristics of services,

2.     learn how to gain strategic advantage through service,

3.     design competitive service delivery systems,

4.     manage projects using critical path analysis and project evaluation and review techniques,

5.     manage quality in service industries, and

6.     manage the day-to-day operations of the system including capacity, staffing, and training.

Homework will not be collected or graded but will offer an excellent review for the exams. 

 

Grading:

Course grades will be based on three exams, class participation, and case analysis according to the following:

Exams (3 @ 30% each)                                               = 90%

Class participation and cases                                      = 10%

Total                                                                            =100%

Books and notes may not be used during exams; however, one 5´7 card of formulas may be used during the exam. Students are expected to take exams during scheduled exam periods unless documentation of a valid excuse is provided.

The final course grades are based on:

Course Average

Grade

90% and over

A

80% to less than 90%

B

70% to less than 80%

C

60% to less than 70%

D

Less than 60%

F

 

Academic Integrity:

The UNC Charlotte Code of Student Academic Integrity must be followed by all students. Students not familiar with the code are encouraged to become so.  A statement of the code is published in the UNCC Catalog. Failure to comply with the code may result in a grade of F.

Tentative Class Schedule

Date

 

Reading

January 10

Course Administration & Introduction

Chapter 1: The Role of Services in an Economy

Chapter 2: The Nature of Services

January 12

Chapter 3: Service Strategy

January 17

Chapter 4: New Service Development

January 19

Chapter 5: Technology in Services

January 24

Chapter 6: Service Quality

January 26

Chapter 6: Service Quality

January 31

Chapter 6: Service Quality

February 2

Chapter 6: Service Quality,

February 7

Chapter 7: The Service Encounter

February 9

Chapter 8: The Supporting Facility

February 14

Exam 1

February 16

Chapter 8: The Supporting Facility

February 21

Chapter 9: Service Facility Location

February 23

Chapter 9: Service Facility Location

February 28

Chapter 10: Managing Projects

March 2

Chapter 10: Managing Projects

March 7

Spring Break

March 9

Spring Break

March 14

Chapter 10: Managing Projects

March 16

Chapter 10: Managing Projects

March 21

Chapter 11: Forecasting Demand for Services

March 23

Chapter 11: Forecasting Demand for Services

March 28

Chapter 13: Managing Waiting Lines

March 30

Exam 2

April 4

Chapter 13: Managing Waiting Lines

April 6

Chapter 14: Capacity Planning and Queuing Models

April 11

Chapter 14: Capacity Planning and Queuing Models

April 13

Chapter 14: Capacity Planning and Queuing Models

April 18

Chapter 14: Capacity Planning and Queuing Models

April 20

Chapter 16: Managing Facilitating Goods

April 25

Chapter 16: Managing Facilitating Goods

April 27

Chapter 16: Managing Facilitating Goods

May 2

Chapter 16: Managing Facilitating Goods

May 9

Exam 3, 12:00-1:45 pm