Department of Metallurgical and Materials Engineering

An undergraduate programme training specialists in Metallurgical and Materials Engineering.

FacultyFaculty of Engineering
Duration4 Years
DegreeBachelor's Degree
LanguageTurkish
Programme TypeFull-Time

Who Is It For?

The Metallurgical and Materials Engineering program is suitable for students with an interest in the field, curiosity for research, analytical thinking skills, and a commitment to continuous learning.

Quick Summary

  • 4 Years bachelor's degree program
  • Full-time education in Turkish
  • Internship and practice opportunity
  • Erasmus exchange program opportunity
  • Double major and minor options
  • Comprehensive curriculum in Metallurgical and Materials Engineering

About the Department

Metallurgy and Materials Engineering plays a major role in research and teaching in materials science. This department provides an understanding of how materials behave and how they can be used and improved; essential to the development of new products. Fields of Research:

Our department offers research mainly in the following fields to obtain the Master of Science degree in Metallurgical and Materials Engineering:

Physical metallurgy, Mechanical metallurgy, Processing microstructure and properties of steels, Oxidation and corrosion of metals, Interfacial phenomena, Surface characterization of materials, metallic materials, Composite materials, polymeric materials, ceramics, light alloys, welding and joining of the similar or dissimilar materials, Powder metallurgy, Aerospace structural materials, Failure analysis and fracture mechanics of materials, Forming of metals and other materials, Fatigue of materials, creep deformation and fracture.

Career Opportunities

Graduates of the Metallurgical and Materials Engineering program can find employment in public institutions, private sector companies, research centers, and non-governmental organizations. Academic career paths through graduate education are also available.

What Will You Learn?

Fundamental concepts and theoretical knowledge in Metallurgical and Materials Engineering
Current applications and methods in the field
Scientific research methods and analytical thinking
Professional ethics and responsibility
Teamwork and communication skills
Technology use and digital competencies
Problem identification and solution development
Interdisciplinary perspective and academic research

Competencies You Will Gain

Theoretical and applied knowledge in Metallurgical and Materials Engineering
Analytical thinking and problem-solving skills
Effective communication and presentation skills
Teamwork and collaboration skills
Professional ethics and responsibility awareness
Lifelong learning and self-improvement
Effective use of information and communication technologies
Planning and conducting scientific research
Critical thinking and independent decision-making

Educational Opportunities

FACILITY #1

Study abroad opportunity through the Erasmus exchange program

FACILITY #2

Modern laboratory facilities

FACILITY #3

Industry internship opportunity

FACILITY #4

Academic counseling and guidance services

FACILITY #5

Participation in seminars, conferences, and workshops

FACILITY #6

Student communities and social activities

FACILITY #7

Double major and minor programs

FACILITY #8

Graduate education opportunities

Frequently Asked Questions

What is the duration of the Metallurgical and Materials Engineering program?
What is the language of instruction?
Can I benefit from the Erasmus program?
In which fields can graduates work?
Is an internship mandatory?
Can I pursue a double major or minor?
Can I pursue graduate education?