Department of Materials Engineering

Materials Science and Engineering is an interdisciplinary field in which the relationship between structure and properties of materials in order to design new products to meet the growing needs of IT are examined. Today, with increased research in the field of nanotechnology, materials engineering in the field of knowledge has become one of the leading string. In short, an engineer in the first step of scanning electron microscopy, transmission electron microscopy, X-ray diffraction or similar methods and equipment to identify and study the microscopic structure of various deals. The next step will be to measure the material properties of new materials or improve the properties of previous material to be learned.

In the general classification, the studied materials engineering materials into six main groups of metals, ceramics, polymers, composite materials (composites), Biomaterials (living matter) and semiconductors are divided.

In materials science and engineering, chemistry and physics two are particularly important. Because familiarity with the properties of the material without knowledge is not possible. In addition to physics and chemistry students in the field of mathematics must have sufficient information and analysis of well and field engineers will undoubtedly be physical too good, creative and curious mind is needed.

Given the importance and role of infrastructure and heavy industry, including the production of metals, materials and industrial components in the development of the country and to develop knowledge and skills Materials Science and Engineering, Department of Materials Science and Engineering Urmia University to train skilled manpower levels Related branch established in October 1394 to accept the Materials and Metallurgical Engineering undergraduate students in Metallurgical Engineering in the field of metal production, casting, forming metals and engineering is level.

During the course of study

 During the graduate an average of four years in terms of planning and 8 runs. Each semester consists of 16 weeks is considered full. Theoretical courses per unit 16 hours (one hour per week) and practical lessons and laboratory use per unit of 48 hours (three hours per week) is. Project expertise and training to 3 units to 1 240 hours of courses but remain Myb.