Management of Industrial Systems

The Management of Industrial Systems program has been designed in response to the growing demands of modern industry, where efficient management of complex production processes requires not only deep technical expertise but also advanced skills in management and systems thinking.

The program is based on an integrated approach to managing industrial activities in a dynamically developing market economy. It emphasizes the connection between industrial economics, strategic management, and advanced tools of quality management, automation, and intelligent control systems.

Special focus is placed on production systems in metallurgy, chemical engineering, and mechanical engineering, where students further develop their technical and technological understanding of modern industrial production. The program prepares professionals capable of managing complex industrial operations with an emphasis on innovation, quality, and sustainability.

Program Overview

This field is built on a system-based approach to industrial management — you’ll learn to understand how companies operate from the perspective of management, quality, automation, and digitalization. Whether it’s the production of metals, chemicals, or mechanical components, you’ll gain the knowledge that enables you to manage an entire production line and a team of people.

You’ll build a foundation in managerial economics, develop expertise in quality management, integrated systems, and process optimization, and explore intelligent control systems, production process modeling, and data analysis.
You’ll understand how to effectively connect theory and real industrial practice.

Why Study This Field?

Because you’ll become a key player in an industrial company. In today’s world, it’s not enough to specialize in just one field — a successful manager must combine technical and economic thinking. This program gives you exactly that combination.

You’ll learn how to plan and manage production, set up and improve process quality, implement automation and digitalization, and connect everything into one efficient system.
By combining technical and managerial subjects, you’ll gain the skills needed to meet the modern challenges of industry.

Practical Focus of the Studies

Get ready for a hands-on approach that connects theory with practice.
You’ll analyze real production processes, learn to plan projects, set up quality systems, and design solutions to make production more efficient.
You’ll learn to work with control systems, simulation tools, and analytical software used by top industrial companies.

You’ll be able to manage not only production, but also innovation, costs, logistics, and teams.
You’ll learn to evaluate, improve, and design business processes that work.
Whether you want to manage a company, optimize its operations, or pursue research, this program will give you a strong foundation.

As a graduate, you will be able to:

• plan and manage company operations, including production, logistics, and finance,
• design, implement, and improve quality management systems using proven tools and methods,
• design and program control systems for production automation,
• work with and analyze data to propose effective solutions,
• manage innovation and change processes,
• collaborate and lead teams, and present results effectively,
• apply your skills in project management, development, or leadership roles.

The program prepares you not only for professional practice but also for research or further postgraduate studies.

With this degree, you’ll have open doors to a wide range of positions, including:

• Production manager,
• Quality specialist,
• Process engineer,
• Project manager,
• Head of automation department,
• Industrial economic analyst,
• Researcher specializing in process management.

You’ll find employment in metallurgical, mechanical, chemical, automotive, and technological industries, at both middle and senior management levels.
Thanks to the program’s strong connection with industry, you’ll be well-prepared to meet even the most demanding challenges in modern industrial environments.