Metallurgical and Materials Engineering
48 monthsProgramme duration
596 EURTuition Fee/year
31 Aug, 2024Application Deadline
Sep-2024Starting Month
Programme overview
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Metallurgy and Materials Engineering; It covers the activities of obtaining materials with desired qualities from natural resources and transforming the shapes and properties of these materials and reusing materials that have ended their use.
Materials Science and Engineering; It is an applied science branch consisting of many disciplines and is the synthesis process used in the production of ceramics, metals, polymers and nano-structured materials that will lead technology, semiconductors and other electronic materials and different materials to be used in today's technology.
The impact of materials science will grow greatly in the near future. In the world where people live, the need we feel for the desired material is increasing. The technological requirements that are growing at an incredible pace have made it necessary to develop the properties and requirements of the material. For this reason, many companies spend huge amounts of money for R&D development. Today, all kinds of electronic and mechanical components used in technology have become possible with the development of materials. For this reason, it is a branch of science that engineering in particular cannot give up. It needs to be developed every day.
Metallurgical and materials engineering students gain fundamental knowledge about metallurgical production and analysis, kinetic and equilibrium calculations, and designing and projecting the processes required for shaping materials. This department covers the theoretical, applied and practical studies required to train engineers who can use contemporary technologies and conduct research in their field of expertise and are prone to teamwork.
Materials Science and Engineering; It is an applied science branch consisting of many disciplines and is the synthesis process used in the production of ceramics, metals, polymers and nano-structured materials that will lead technology, semiconductors and other electronic materials and different materials to be used in today's technology.
The impact of materials science will grow greatly in the near future. In the world where people live, the need we feel for the desired material is increasing. The technological requirements that are growing at an incredible pace have made it necessary to develop the properties and requirements of the material. For this reason, many companies spend huge amounts of money for R&D development. Today, all kinds of electronic and mechanical components used in technology have become possible with the development of materials. For this reason, it is a branch of science that engineering in particular cannot give up. It needs to be developed every day.
Metallurgical and materials engineering students gain fundamental knowledge about metallurgical production and analysis, kinetic and equilibrium calculations, and designing and projecting the processes required for shaping materials. This department covers the theoretical, applied and practical studies required to train engineers who can use contemporary technologies and conduct research in their field of expertise and are prone to teamwork.
Programme overview
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Metallurgy and Materials Engineering; It covers the activities of obtaining materials with desired qualities from natural resources and transforming the shapes and properties of these materials and reusing materials that have ended their use.
Materials Science and Engineering; It is an applied science branch consisting of many disciplines and is the synthesis process used in the production of ceramics, metals, polymers and nano-structured materials that will lead technology, semiconductors and other electronic materials and different materials to be used in today's technology.
The impact of materials science will grow greatly in the near future. In the world where people live, the need we feel for the desired material is increasing. The technological requirements that are growing at an incredible pace have made it necessary to develop the properties and requirements of the material. For this reason, many companies spend huge amounts of money for R&D development. Today, all kinds of electronic and mechanical components used in technology have become possible with the development of materials. For this reason, it is a branch of science that engineering in particular cannot give up. It needs to be developed every day.
Metallurgical and materials engineering students gain fundamental knowledge about metallurgical production and analysis, kinetic and equilibrium calculations, and designing and projecting the processes required for shaping materials. This department covers the theoretical, applied and practical studies required to train engineers who can use contemporary technologies and conduct research in their field of expertise and are prone to teamwork.
Materials Science and Engineering; It is an applied science branch consisting of many disciplines and is the synthesis process used in the production of ceramics, metals, polymers and nano-structured materials that will lead technology, semiconductors and other electronic materials and different materials to be used in today's technology.
The impact of materials science will grow greatly in the near future. In the world where people live, the need we feel for the desired material is increasing. The technological requirements that are growing at an incredible pace have made it necessary to develop the properties and requirements of the material. For this reason, many companies spend huge amounts of money for R&D development. Today, all kinds of electronic and mechanical components used in technology have become possible with the development of materials. For this reason, it is a branch of science that engineering in particular cannot give up. It needs to be developed every day.
Metallurgical and materials engineering students gain fundamental knowledge about metallurgical production and analysis, kinetic and equilibrium calculations, and designing and projecting the processes required for shaping materials. This department covers the theoretical, applied and practical studies required to train engineers who can use contemporary technologies and conduct research in their field of expertise and are prone to teamwork.
Admission Requirements
31 Aug 2024
4 Years
Sep-2024
Tuition fees
International
596 EUR
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