Metallurgical and Materials Engineering

Metallurgy and Materials Engineering is continuing its development as a multidisciplinary science and technology field spreading to machinery, construction, chemistry, electrical and electronics, environment, automotive, ship and marine technology, aircraft and space technology, biomechanics and medicine. All stages from the production of metals and alloys, ceramics, plastics, rubber and composites to their final use constitute the field of study of Metallurgical and Materials Engineering.

Istanbul Gedik University Department of Metallurgical and Materials Engineering aims to contribute to universal science and technology by using contemporary education and teaching and national and international quality with the latest educational tools and equipment used in developed countries.

It is aimed to educate graduates who have a strong educational background and who have the ability to characterize structure-property-processing-performance relations of defined / undefined materials with relations between metallurgical production-method parameters and who can use education effectively in design, application and communication fields by means of standard or experimental methods .

Mission

Our aim as Metallurgy and Materials Engineering Department of Istanbul Gedik University is to maintain a contemporary education and training in national and international quality and contribute to universal science and technology by using the latest educational tools and equipment used in developed countries.

Target

Our targets as Istanbul Gedik University Metallurgical and Materials Engineering Department:

To educate graduates who have a strong background in mathematics, physics, chemistry, physicochemistry and basic engineering and can use them in the field of Metallurgy and Material Science

Having knowledge about the techniques and equipment required for modern engineering applications and educating graduates who can use these knowledge effectively in the field of design, application and communication,

It is aimed to educate graduates who have the ability to characterize structure-property-processing-performance relations of defined / undefined materials with relations between metallurgical production-method parameters and who can use education effectively in design, application and communication fields by means of standard or experimental methods .