Skip to main content
Skip header

Metallurgical Engineering

About the Study Program

The Metallurgical Engineering study program opens the door to the fascinating world of metal production and processing. It is designed for those who want to understand how materials are created — materials without which bridges, cars, airplanes, smartphones, or space technologies could not exist. The program connects traditional engineering with cutting-edge technology and research.

From the very first semesters, you will study subjects from materials science, chemistry, physics, and mathematics, as well as management and quality control basics. The program emphasizes practical skills, laboratory work, research activities, and simulation using advanced software tools. Teaching is enhanced through cooperation with industrial partners, giving you direct contact with real-world production and the current challenges of modern metallurgy.

A Field that Forms the Foundation of Modern Industry

Program Overview

Metallurgical Engineering is a key discipline for all technologically advanced nations. It ensures not only the production of iron, steel, and other metals but also their further processing, forming, and optimization. The program combines theoretical knowledge with practical applications — in casting, forming, process simulation, development of new materials, and improving production efficiency.

Its uniqueness lies in its technical depth and practical industrial relevance — from the automotive and aerospace sectors to energy production and materials development for modern technologies. In the Czech Republic, this program can be studied at only a few selected faculties, and at FMT VŠB-TUO you’ll have access to state-of-the-art experimental facilities and supercomputer simulations.

Why Study This Field?

Because without metallurgy, the modern world would come to a halt. Every technological advancement, every innovative device or piece of infrastructure, relies on high-quality metallic materials — and someone has to know how to design, produce, and process them.

This field combines physics, chemistry, computer science, and engineering, allowing you to solve real-world challenges in manufacturing, materials research, quality assurance, and process management. If you’re drawn to science, technology, and hands-on practice, metallurgy offers a unique combination of all three.

Moreover, there is consistently strong demand for graduates. Industrial companies, research centers, and international corporations are looking for specialists who understand metal production, process optimization, and simulation of complex physical phenomena. And you can be one of them.

Practical Focus of the Studies

During your studies, you will learn not only theoretical principles but, above all, how to apply them in practice:

  • Examine the properties of metallic materials in laboratories.
  • Learn to design metal production and forming processes.
  • Master casting and deformation simulations using advanced software such as ANSYS, MAGMASoft, or ProCAST.
  • Understand the entire life cycle of a metal product — from raw material to final component.

You will also participate in internships and cooperate with major companies such as Třinecké železárny, Liberty Ostrava, ŽĎAS, and Vítkovice Steel, where you’ll apply your knowledge in real industrial settings.

Graduate Skills

Graduates will gain:

  • Knowledge in the production of iron, steel, and non-ferrous metals, as well as in foundry and forming technologies,
  • The ability to analyze and optimize industrial processes,
  • Skills in modelling, simulation, and data analysis,
  • Proficiency in technical drawings, material data interpretation, and technological documentation,
  • The ability to apply quality management methods and work in an international environment.

With strong practical orientation and a solid technical foundation, you will be ready to take on the role of a specialist capable of solving modern industrial challenges.

Career Opportunities

There is long-term, high demand for metallurgy graduates — the demand far exceeds supply. You can find employment as a:

  • Steel or non-ferrous metal production technologist,
  • Researcher in materials science,
  • Technological operations manager,
  • Simulation specialist for forming and casting processes,
  • Foundry engineer,
  • Project manager in mechanical engineering or metallurgy,
  • Or as a technical consultant or sales representative in industrial materials.

Study Metallurgical Engineering and become an expert sought after by companies at home and abroad.
Gain the knowledge and skills that form the foundation of every modern technology.