Description

The Industrial Engineering program is concerned with planning industrial operations, differentiating and improving the product, and various production plans, while studying the mechanisms for controlling product quality, in addition to studying production economics, methods of managing industrial institutions, and the sustainability of manufacturing means.

Objectives

1.    Develop and understanding of the strategic importance of industrial operations and how operations can provide competitive advantages in the marketplace.

2.    Achieve a satisfactory awareness of the new demands of the globally competitive industrial environments.

3.    Recognize the relationship between industrial operations with related materials and services providers.

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

5.    Develop knowledge of the issues related to designing and managing industrial operations.

Outcomes

1- Applying knowledge in mathematics and engineering sciences.

2- Designing and completing practical experiments and analyzing their results.

3- Dealing with contemporary engineering problems and finding solutions to them.

4- Understanding the mathematical and physical foundations and adhering to professional ethics.

5- Lifelong learning.

6- Using engineering techniques and tools appropriately to implement experimental designs.

7- Working within the work team.

Certificate Rewarded

Master of Mechanical Engineering in the field of Industrial Engineering

Entry Reuirements

- The applicant must have a Bachelor's degree in Mechanical Engineering

-Successfully pass the comprehensive exam