Master in Engineering Management

Faculty of Engineering - Engineering Management Department

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Description

Our program provides accessible, high-quality education in Engineering Management that equips students with intellectual and professional skills, ethical principles, and a global perspective. In particular, we

  • Furnish comprehensive and methodical curricula in Engineering Management to students.
  • Advance innovative research, industrial applications, and practices in the Engineering Management discipline.

·         Provide quality services to the public and industries

Objectives

1.       Apply advanced studies to identify, understand, formulate, and solve high-grade Production and service Management engineering problems.

2.       Employ advanced knowledge of Production and service Management to analyze, design and develop systems, components, and/or processes to meet the society needs.

3.       Work with advanced techniques, skills, and modern scientific and engineering software tools for professional practice Apply advanced studies to identify, understand, formulate, and solve high-grade Production and service Management engineering problems.

Employ advanced knowledge of Production and service Management to analyze, design and develop systems, components, and/or processes to 

Outcomes

1.      Develop an understanding of the strategic importance of manufacturing supply chains and how operations can provide a competitive advantage in the market place

2.      Recognize the relationship between manufacturing and related service providers and other business functions, such as human resources, purchasing, marketing, finance, etc.

3.      Be aware of the new demands of the globally competitive business environment that supply chain managers face today

4.      Emphasize the importance of change, facilitation of learning, cross-functional teamwork, knowledge capture, and analysis in manufacturing organizations

5.      Develop knowledge of the issues related to designing and managing manufacturing operations so that prosperity in today’s job market is achieved.

6.      Develop knowledge of the information technology tools necessary for manufacturing an integrated supply chain.

7. Depth of knowledge, and research skills in a specific area.

Certificate Rewarded

Master of Engineering Management

Entry Reuirements

Must have a Bachelor of Engineering degree from any program. To pass the differentiation exam.

Study Plan

The Master in Engineering Management prepares students to qualify for Master in Engineering Management . The student studies several subjects which have been carefully chosen in this major to cover its different aspects.

It comprises 6 Semesters of study, in which the student will study a total of 32 units, which include 7 units of general subjects, and 9 major units, 4 of elective units. In addition to a final project in the student's major.

Study plan for this program is shown below:

1st Semester

Code Title Credits Course Type Prerequisite
EM602 Applied Statistics and computer application 03 General +

Random variables; common discrete, continuous expectations and their applications; Sampling of the mean, hypothesis testing of the mean and variance, confidence intervals and Chi-Square procedures; Simple linear regression and correlation; precision and straight line fits; Matrix approach; multiple; Linear regression; polynomial and extra sum of squares in linear regression analysis; Transformation, weighted dummy variables and special topics in multiple regression analysis; Selecting the best regression model; Design of experiments; Single-factor and Multi-factor analysis of variance. Application of Statistical software packages such as: MINITAB, SPSS, etc.…

EM603 Project Management for Engineers 03 General +

Introduction Philosophy and Concepts, What Is Project Management? Project management: the need. Response to modern society .Systems Approach and Systems Engineering. Systems approach to management project goal: time, cost, and requirements project management: the person, the team, the methodology. Systems Development Cycle and Project Conception. Project and System Definition .Planning Fundamentals .Project Time Planning and Networks. Advanced Project Network Analyses and Scheduling. Cost Estimating and Budgeting .Project Quality Management Managing Risks in Projects. Project Execution and Control. Project Evaluation, Communication, Implementation, and Close out Systems and Procedures for Planning and Control

EM601 Research Methodology 01 General +

The focus is on the concept of architectural research through the meaning and the methods and techniques of collecting and using information, the aim is to form a comprehensive approach to architectural research. The major emphasis of the course is the student research proposal in relation to survey data, organization and data analysis for research finding. The student presents the results of his research to his committee and to the audience any recommendations by the attendants can be added to his final report. - Elements of the Research Proposals and Formulation of a research plan. - Elements of Technical and Scientific reports. - What is the Scientific Research? - The Structure of Scientific Research. - Methods of Scientific Research. - Aims of Scientific Research. - Ethics of Scientific Research. - Developing a hypothesis, a research problem and related questions - Being able to perform exploratory data analysis. Understand correct ways to refer to and cite from scientific literature

2nd Semester

Code Title Credits Course Type Prerequisite
EM614 EM Supply Chain Management 03 Compulsory +

Management systems for distribution, materials handling, inventory control, transportation planning and facilities location and analysis; Logistics information systems and development of logistics strategy. Use of planning models and software packages to demonstrate concepts of strategic partnering, adequate safety stock levels, and risk pooling. Integrated decision support systems in the management of the supply chain and logistics network design issues.

4th Semester

Code Title Credits Course Type Prerequisite
EM605 Operation Research 03 Elective +

EM604 Optimization techniques 03 Elective +

Elective Subjects

Code Title Credits Course Type Prerequisite
EM699 03 not defined +

EM698 03 not defined +

EM697 03 not defined +

EM631 03 not defined +

EM606 03 not defined +

EM611 03 not defined +

EM612 03 not defined +

EM613 03 not defined +

EM625 03 not defined +

EM621 03 not defined +

EM622 03 not defined +

EM623 03 not defined +

EM624 03 not defined +