AKTS / İŞ YÜKÜ TABLOSU

INDIVIDUAL COURSE DESCRIPTION
Course Unit Title
DECISION MODELS IN MANAGEMENT
Course Unit Code
Type of Course Unit
(Compulsory, Optional)
Optional
Level of Course Unit (Short
Cyle, First Cycle, Second Cycle,
Third Cycle)
Second Cycle
Number of ECTS Credits
Allocated
4
Theoretical (hour/week)
3
Practice (hour/week)
Laboratory (hour/week)
Year of Study
2nd Year
Semester when the course unit
is delivered
3rd Semester
Mode of Delivery (Face-ToFace, Distance Learning)
Face-To-Face
Language of Instruction
(Turkish, English, German)
Turkish
Prerequisities and corequisities (Ön Koşul olan
dersler ya da bu dersi başarmak
için alınmış olması önerilen
dersler varsa yazılması gerekir.
Ön koşul dersi yoksa “None”
diye belirtilmesi gerekir.)
None
Recommended Optional
None
Programme Components (Ders
için önerilen konular varsa
yazılması, yoksa “None” diye
belirtilmesi gerekir.)
Work Placement(s) (Bu dersle
ilgili herhangi bir staj
uygulaması varsa yazılması,
yoksa “None” diye belirtilmesi
gerekir.)
Objectives of the Course
None
•
To teach the process of managerial decision making
Learning Outcomes
LO1. To be able to learn and implement managerial decision making
techniques
Course Contents
In this course, linear programming, linear programming with computer
solution, sensitivity analysis, project management, decision theory, waiting
line models, forecasting models and inventory control models will be
addressed.
Weekly Detailed Course
Contents (yarıyıllık dersler için
arasınav ve final sınavları dahil
edilerek 16 haftalık, yıllık
dersler için arasınav ve final
1. Week
2. Week
3. Week
4. Week
5. Week
Historical Perspective of Management
Linear Programming: Model Formulation
Linear Programming: Model Formulation
Linear Programming: Computer Solution
Linear Programming: Computer Solution
sınavları dahil edilerek 30
haftalık)
Recommended or Required
Reading
6. Week
Sensitivity Analysis
7. Week
Integer Programming, Non Linear Programming
8. Week
Midterm
9. Week
Transportation, Transshipment,Assignment Problems and
Network Flow Models
10. Week Transportation, Transshipment,Assignment Problems and
Network Flow Models
11. Week Project Management
12. Week Decision Theory
13. Week Waiting Line Models
14. Week Forecating Models
15. Week Inventory Control Models
16. Week Final Exam
Introduction to Management Science. Bernard W. Taylor III, Ninth Edition,
Prentice Hall, New Jersey, 2007
ASSESSMENT
Term (or Year) Learning
Activities
TOTAL
Weight, %
100
Contribution of Term (Year)
Learning Activities to Success
Grade
40
Contribution of Final Exam to
Success Grade
60
100
TOTAL
Planned Learning Activities, Teaching Methods, Evaluation Methods and Student Workload
Activities
Quantity
Duration
(hour)
Total Work Load
(hour)
16
3
48
Study hours out of class
10
1
10
Presentations/ Seminar
1
4
4
Project
1
10
10
Homework Assignments
4
1
4
Mid-Terms
a)Exam
b) Student’s preparation
1
1
2
20
2
20
Final
a)Exam
b) Student’s preparation
1
1
2
20
2
20
TOTAL
36
63
120
Course hours
Lab
Application
Special Course Internship
Field Work
120/30=4 ECTS
ECTS Credits
Contribution of Learning Outcomes to Programme Outcomes*
Learning Outcomes
Programme Outcomes
PO1
LO1.
5
PO2
4
* Contribution Level: 1 Very Low
PO3
PO4
4
2 Low
3
PO5
PO6
2
3 Medium
5
PO7
4
4 High
PO8
5
PO9
PO10
4
5 Very High
5
PO11
3
PO12
1