Registered with the Digital Government Authority with no: 20250413538
University
University administration
Other
Administrative
Humanity
pedagogical
scientific
Engineering
Health colleges
1. Identify the classifications of basic manufacturing methods used in modern industry.
2. Assimilate and understand basic terminology related to manufacturing methods and production engineering.
3. Describe how different products are manufactured using traditional and non-traditional manufacturing processes.
4. Understanding the processes of casting, forging, machining, and assembling metals, as well as the different manufacturing methods for sheet metal, their basic principles, and the factors influencing them.
5. Knowledge of appropriate manufacturing techniques for polymers to produce engineering products.
6. Acquiring knowledge of powder metallurgy and welding processes, advanced manufacturing operations, and their industrial applications.
7. Familiarity with the basics of geometric measurements, dimensional and quality control, and understanding the principles of automation in manufacturing and production processes.
First: Knowledge and understanding
Understanding of various manufacturing processes and their importance in industrial and engineering fields
- Identify different casting techniques, mold preparation, and potential defects in castings.
Understanding the types of machines and tools used in various manufacturing processes, including forming and machining tools and their industrial applications.
– Understanding various joining and assembly methods, powder metallurgy processes, and their applications.
– Recognize plastic processing and shaping operations, as well as modern and advanced manufacturing processes.
– Understanding different measuring instruments and the importance of quality control and monitoring in industrial processes.
II: Skills
– The ability to apply and select various manufacturing concepts and methods in the design and production of engineering components in different industrial environments and applications.
The ability to analyze patterns and causes of potential product failures related to different manufacturing processes.
Third: Values, Independence, and Responsibility
3.2 The ability to apply appropriate manufacturing methods and best practices to conserve resources and the environment and promote sustainability.
Cookies
This website uses special cookies to ensure ease of use, improve your browsing experience, and clarify the terms and policies related to About user privacy. By continuing to browse this website, you acknowledge that you accept the use of cookies and the terms of the Privacy Policy