Mechanical Engineering Technology

The Mechanical Technology Engineering Department is considered one of the vital departments that aims to prepare engineers who possess scientific and technical skills in design, manufacturing, and operation, with the ability to keep pace with technological developments in modern industrial fields. The department focuses on integrating theoretical knowledge with practical application, and provides an interactive academic environment that encourages scientific research, innovation, and the development of sustainable solutions that meet the needs of society and the labor market.

To create a technical system in the mechanics specialization / Production and Metallurgy Branch to be a pioneer in providing multiple technical services with a solid scientific foundation in service of society, and creating a sustainable environment relying on artificial intelligence. The increasing need for the Production Department to contribute to technological development requires work from everyone to achieve this. The Production Branch looks forward to creating a technical system in the mechanics specialization / Production and Metallurgy Branch to be a pioneer in providing multiple technical services with a solid scientific foundation in service of society, creating a sustainable environment relying on artificial intelligence, and for the branch to have a role in developing society and the country.

1. To provide high-quality engineering education in the field of production and manufacturing engineering, based on theoretical knowledge and practical application, while enhancing scientific research and cooperation with industry to develop innovative and sustainable solutions that meet the needs of society and the labor market.


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3. To provide students studying in this branch with the foundations of knowledge and skills according to international standards and the requirements of major engineering projects in the field of specialization, with full awareness of the problems of society and the environment, and professional ethics.


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5. The mission extends to include raising the capabilities of engineers through intensive courses and workshops, and enriching engineering sciences through community service, environmental development, and providing engineering and scientific consultations.


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7. To qualify the graduate to engage in the labor market and adapt to changes in technologies and the job tasks assigned to them.

1. Preparing qualified engineers who possess the necessary technical and scientific skills in the fields of design, manufacturing, and production engineering.


2. Enhancing scientific research in the fields of production and modern industrial technology, such as smart manufacturing and materials technology.


3. Developing study curricula to keep pace with technological developments and the needs of the industrial market.


4. Encouraging cooperation with industrial institutions to provide training and practical application opportunities for students.


5. Instilling professional ethics, teamwork, and a commitment to quality and innovation in engineering practices.


6. Stimulating industrial entrepreneurship by supporting student projects and technical innovations.

1. After completing all study requirements in the department, the graduating student will have the ability to:


2. Work within a specific work environment, act under time constraints and difficult conditions, and execute required tasks by their final deadlines.


3. Engage in self-learning and adopt a lifelong learning process to follow the rapid progress in the field of specialization.


4. Use laboratory and field tools, equipment, and software safely and efficiently concerning systems relevant to the field of specialization.


5. Demonstrate discipline, adherence to regulations and laws, and show personal commitment to professional standards and ethics.


6. Read measurements and measurement devices for engineering tests and applications.


7. Follow up on the development of quality systems and standards.


8. Determine the items of technical equipment necessary for a workshop (metal production and forming, welding, casting), their specifications, and quantities.


9. Prepare production plans and the sequence of operational processes for metal forming.


10. Prepare preventive maintenance programs for operating machines and metal forming according to the manufacturing company's manual and follow up on their implementation.


11. Evaluate the performance of subordinates, determine their training needs, train them, develop their skills, and provide tools and means for occupational health and safety.