Metallurgical and Materials Engineering Department, one of the oldest departments of Istanbul Gedik University, which was established in 2010, has been contributing to our country and international scientific literature with the projects and academic studies developed by the students it has trained, as well as the faculty members and their assistants since the year it was founded. In this context, Istanbul Gedik University, Metallurgical and Materials Engineering Department, which is constantly expanding and incorporating faculty members from different disciplines, is a department that develops both in education and research. The engineering education provided by our department has been accredited by the Engineering Education Programs Evaluation and Accreditation Association (MÜDEK) as of 2020. We want to take this experience and knowledge gained by our department in education and research over the years a step further with our Master's Education. In this way, we aim to bring to the industry the expert and highly trained manpower needed in order to develop today's technologies, especially in our country and in the world. The Metallurgical and Materials Engineering Thesis Master's Program aims to train researchers who will contribute to the production and dissemination of new technologies in academic and industrial fields, and have a deep knowledge of material design, manufacturing, analysis and synthesis. On this occasion, the program carries out its studies with a sector-oriented and interdisciplinary approach. In our program, Surface Treatments, Electrometallurgy, Casting Methods, Polymer Technologies, Laser Material Processing, Sintering Theory, Inspection Methods in Welded Structures and so on. There are many courses that are carried out together with applied work in both metallurgy and materials fields, such as Our graduates have the opportunity to find jobs in many sectors that produce machinery industry, polymer materials, ceramic materials, composite materials, advanced technology materials, biomaterials, nanomaterials, especially iron and steel, automotive, defense, aerospace, welding and casting sectors.