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Metallurgical and Materials Engineering Department
Vision:
To achieve leadership in the field of metallurgical and materials engineering at local, regional, and international levels.
Mission:
The program strives to attain a high level of competitiveness by preparing distinguished and innovative engineers in the field of metallurgical and materials engineering and its applications. These engineers will be capable of utilizing advanced scientific knowledge and upholding professional ethics while keeping pace with market needs, achieving sustainable economic development, and serving the community.
Objectives:
- Focusing on curricular components that align with market needs and ensure economic development.
- Acquiring in-depth knowledge of engineering science fundamentals, mathematics, core engineering concepts, rigorous analysis, and creative design for the practice of metallurgical and materials engineering.
- Utilizing scientific and administrative skills, data analysis, project and resource management, and engineering problem-solving.
- Developing communication, presentation, and language skills for effective interaction; understanding professional and ethical responsibilities; and acquiring self-learning skills to prepare graduates for diverse work environments.
It includes the following scientific fields: Materials Engineering and Science, Heat Transfer in Metals and Their Applications, Mechanical Behavior for Materials, Corrosion and Protection of Metals, Design and Engineering of Alloys, Engineering of Extraction of Ferrous and Non-ferrous Metals, Technology of Heat Treatments, Economics and Organization of Projects, Computer Applications in Materials Engineering, Material Formation, Engineering of Nuclear Metals, Various Alternatives to Steel Production, Powder Metallurgy, Electronic Materials, Ceramic Engineering, Radiological Material Inspection Technology, Welding Metallurgy, Hardening Mechanics, Metallurgical Furnaces, Composite Materials, New Materials and Their Manufacture