The use of automated control systems for technological processes in modern metallurgical production is essential for stabilizing plant operations, optimizing production processes, and ensuring consistent quality of metals and alloys that meet strict standards.
The goal of the "Automation Systems and Tools in the Metallurgical Industry" program is to train highly qualified specialists who: implement and operate intelligent, highly efficient automated control and monitoring systems in metallurgical complexes producing ferrous and non-ferrous metals, as well as their alloys; develop software for existing and newly designed automated systems; and select automation equipment, install, and commission automated system equipment.
In this course, students study: technological processes in metallurgical production; automatic control theory; automation and control equipment; process measurement tools; programming industrial controllers in control systems; database management and computer network administration; design of automated systems; and process and system modeling.

As a graduate of the "Automation Systems and Tools in the Metallurgical Industry" program, you can pursue professional careers in various metallurgical industries:
-    Ferrous metallurgy
-    Non-ferrous metallurgy
-    Powder metallurgy
-    Ferroalloy metallurgy
After graduation, you can hold the following positions:
-    Engineer for automated production control systems;
-    Software engineer;
-    Metrologist;
-    Commissioning and testing engineer;
-    Design engineer.