Description

It is concerned with everything related to industrial engineering and production, and is concerned with studying, planning and evaluating different production methods, and finding the optimal means to produce a product with economic feasibility studies for it.

Objectives

Preparing qualified engineers who are able to compete in the labor market in the field of industrial engineering

Preparing engineers capable of managing industrial and production institutions, in addition to their ability to design and plan various manufacturing processes, manage quality and maintenance, and participate in the preparation of economic feasibility studies.

Effective contribution to solving problems related to industrial engineering.

The ability to apply the basics of mathematics, science and basic knowledge in industrial engineering

Encouraging students to continue improving their abilities by participating in art groups and continuing their postgraduate studies

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

Bachelor of Industrial Engineering

Entry Reuirements

Complete one of the following courses:

Industrial management or production engineering 1 or Mathematics 3