MBA 503: Operations Management
Spring Semester 1998
MBA 503 CL: Columbus Campus, Wednesdays, 6:00PM - 9:00PM
- INSTRUCTOR:
- Dr. Raymond A. Jacobs
-
- OFFICE:
- 223 Andrews Hall (e-mail:rjacobs@ashland.edu)
-
- OFFICE HOURS:
- My posted office hours in Ashland are 8:00AM - 11:00AM
Monday, and 8:00AM - 9:15AM Tuesday and Thursday,
although I usually will be in my office on Wednesday and
Friday mornings as well. I will be in class from 9:25AM -
12:05PM on Tuesday and Thursday, and 6:30PM - 9:15PM on
Tuesday. I use the voice mail system in my office and I
check my email frequently, so you can leave messages and
expect a prompt response.
-
- COURSE DESCRIPTION (1997-1998 MBA Catalog):
- This course involves the study of concepts relating to
the operations function in both manufacturing and service
organizations. The operations process is responsible for
planning, organizing, and controlling resources in order
to efficiently and effectively produce goods and services
so as to meet the goals of an organization. Quantitative
tools of analysis used to support decision making in the
various operations management activities will be
surveyed, and case analysis will be employed to relate
theory to practice.
-
- PREREQUISITE:
- MBA 500H (Quantitative & Statistical Methods), or
equivalent.
-
- REQUIRED TEXT:
- Principles of Operations Management (second
edition), by Barry Render and Jay Heizer, Prentice Hall,
1997.
-
- REQUIRED MEMBERSHIP:
- Membership in the Ashland University
student chapter of APICS: The Educational Society for
Resource Management is required for all students.
Membership includes a subscription to several
publications (including a monthly magazine and a
quarterly journal) that will be used in class to provide
examples of current practice in the field of Operations
Management. In addition, student members can take
advantage of other benefits available to members. Annual
membership dues are $20. Application forms and further
information will be provided.
-
- REQUIRED READINGS AND CASES:
- Groups of approximately 4-5 students each will be
assigned a case to analyze and present to the rest of the
class at the end of the semester. Cases will be selected,
with student input, from a list of cases. Once the cases
to be used have been identified, they will be ordered
(once ordered, cases can not be returned for credit).
Each student must have access to all cases. Other class
notes and miscellaneous material will be distributed in
class and/or made available on the World Wide Web.
-
- TEACHING APPROACH:
- The material will be presented by a variety of teaching
approaches that may include lectures, in-class exercises,
multimedia cases, short videos, World Wide Web sites,
homework, computer models, group case analysis and
presentation, and class discussion of assigned readings
and cases. When possible, a cooperative learning approach
will be utilized to enable a high level of student
involvement.
-
- COURSE OBJECTIVES:
- The student should leave this course with an
understanding of the basic concepts of Operations
Management. More specifically, the student should
understand the important role played by the
Production/Operations function in a business and its
relation to the other functional areas, and the student
should be able to analyze a range of Operations decision
situations and apply the appropriate decision-making
techniques. Specific learning objectives for each topic
are listed in the textbook at the beginning of each
chapter.
-
- STUDENT EVALUATION AND GRADING:
- There will be one mid-term examination and one final
examination. The typical exam will include a mix of
objective (multiple choice and T/F) and subjective
(computational and essay) questions, based on the
material presented in the lectures, cases, and assigned
readings. (All mid-term exams are returned to students,
and thus many copies are in circulation. You may feel
free to examine any old mid-term exams to which you have
access. In addition, I will provide one or more samples
of old mid-term exams for your review.) The remainder of
your grade will be based on class participation,
attendance, group cases, and other graded assignments..
The point breakdown for determining final grades is as
follows:
-
- Midterm Exam 30%,
- Final Exam 30%,
- Group Cases and other graded assignments 30%, and
- Class Participation and Attendance 10%.
-
- Final letter grades will be assigned using the following
scale (expressed in terms of the percentage of total
possible points earned):
-
- 95 - 100 = A, 90 - 94 = A-,
- 87 - 89 = B+, 83 - 86 = B, 80 - 82 = B-,
- 77 - 79 = C+, 73 - 76 = C, 70 - 72 = C-, and 69 - 0 = F.
-
- ATTENDANCE:
- You are strongly encouraged to attend every class. Since
a large portion of the learning in this class will come
from in-class discussion of readings and cases, a missed
class is a missed opportunity to learn from your fellow
students. In addition, poor class attendance obviously
will have an adverse effect on the Class Participation
and Attendance portion of your grade. In the event that
you must miss a class, however, it is your responsibility
to obtain a copy of any materials distributed during your
absence and to find out what you may have missed,
including homework or case assignments.
COURSE OUTLINE:
- January 21, 1998
- Introduction to Operations Management and
Productivity
- Operations Strategy and Competitiveness
- [Chapters 1 and 2]
- January 28, 1998
- Facilities Layout and Assembly Line Balancing
- Capacity Management and Process Technology
- [Chapters 5 and 8]
- February 4, 1998
- Process Mapping
- Forecasting
- [Chapter 2 Supplement]
- February 11, 1998
- Quality Management
- [Chapter 3, Chapter 3 Supplement]
- February 18, 1998
- Design of Goods and Services
- Job Design and Work Measurement
- [Chapters 4 and 7]
- February 25, 1998
- MIDTERM EXAM (Chapters 1, 2, 2 sup, 3, 3 sup, 4,
5, 7, and 8).
- March 4, 1996 (CL) / March 6, 1996 (AU)
- Review Midterm exam
- Independent Demand Inventory Management
- [Chapter 9]
- *** Reminder: no class next week (March 11) due
to Spring Break ***
- March 18, 1998
- Dependent Demand Inventory Management -- MRP
- Just-In-Time Systems
- [Chapters 10 and 11]
- March 25, 1998
- Aggregate Scheduling
- Short Term Operations Scheduling
- [Chapters 12 and 13]
- April 1, 1998
- Project Scheduling
- [Chapter 14]
- April 8, 1998
- Group Presentations of Cases
- Course Evaluation
- April 15, 1998
- FINAL EXAM (comprehensive)
This syllabus was last updated on January 28, 1998