Description

The materials in this course are intended as an introduction to the field of production and operations management. The subjects matter incorporates concepts from general management, accounting, marketing, and industrial engineering. The topics covered, include both strategic issues and practical applications. Among the topics included in this course are forecasting, capacity planning, location planning, and others. ting, and industrial sections are intended as an introduction .

Program

Marketing and International Business

Objectives

The objective of this course is to provide a clear presentation of the concepts, tools, and applications of the field of production and operations management. It introduce the quantitative models that help the decision makers in the decision making process. By this course the students will learn how to formulate and solve different quantitative models.rn

Textbook

Data will be available soon!

Course Content

content serial	Description
1	Introduction to Operations Management
2	Introduction to Operations Management (continued)
3	Competitiveness, Strategy and Productivity
4	Competitiveness, Strategy and Productivity (continued)
5	Forecasting: Forecasts based on Time Series Data
6	Forecasting: Associative Forecasting Techniques
7	7th week exam
8	Forecasting: Accuracy and Control of Forecasts
9	Strategic Capacity Planning for Products and Services
10	Decision Theory
11	Process Selection and Facility Layout
12	Process Selection and Facility Layout (continued)
13	Location Planning and Analysis
14	Location Planning and Analysis: Cost-Profit-Volume Analysis
15	Location Planning and Analysis: Factor Rating and Center of Gravity Method
16	Final exam
1	Introduction to Operations Management
2	Introduction to Operations Management (continued)
3	Competitiveness, Strategy and Productivity
4	Competitiveness, Strategy and Productivity (continued)
5	Forecasting: Forecasts based on Time Series Data
6	Forecasting: Associative Forecasting Techniques
7	7th week exam
8	Forecasting: Accuracy and Control of Forecasts
9	Strategic Capacity Planning for Products and Services
10	Decision Theory
11	Process Selection and Facility Layout
12	Process Selection and Facility Layout (continued)
13	Location Planning and Analysis
14	Location Planning and Analysis: Cost-Profit-Volume Analysis
15	Location Planning and Analysis: Factor Rating and Center of Gravity Method
16	Final exam
1	Introduction to Operations Management
2	Introduction to Operations Management (continued)
3	Competitiveness, Strategy and Productivity
4	Competitiveness, Strategy and Productivity (continued)
5	Forecasting: Forecasts based on Time Series Data
6	Forecasting: Associative Forecasting Techniques
7	7th week exam
8	Forecasting: Accuracy and Control of Forecasts
9	Strategic Capacity Planning for Products and Services
10	Decision Theory
11	Process Selection and Facility Layout
12	Process Selection and Facility Layout (continued)
13	Location Planning and Analysis
14	Location Planning and Analysis: Cost-Profit-Volume Analysis
15	Location Planning and Analysis: Factor Rating and Center of Gravity Method
16	Final exam
1	Introduction to Operations Management
2	Introduction to Operations Management (continued)
3	Competitiveness, Strategy and Productivity
4	Competitiveness, Strategy and Productivity (continued)
5	Forecasting: Forecasts based on Time Series Data
6	Forecasting: Associative Forecasting Techniques
7	7th week exam
8	Forecasting: Accuracy and Control of Forecasts
9	Strategic Capacity Planning for Products and Services
10	Decision Theory
11	Process Selection and Facility Layout
12	Process Selection and Facility Layout (continued)
13	Location Planning and Analysis
14	Location Planning and Analysis: Cost-Profit-Volume Analysis
15	Location Planning and Analysis: Factor Rating and Center of Gravity Method
16	Final exam

Markets and Career

Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
Electrical power feeding for civil and military marine and aviation utilities.
Electrical works in construction engineering.

Degree Bachelor
Code: EA321
Credit hrs: 3
Prequisites: EA221

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Production and Operation Management