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Quality Management and Industrial Systems Engineering

About the Study Program

Do you want to become a leader in the industrial sector — someone who masters both quality management and the latest technologies? The Quality Management and Industrial Systems Engineering study program offers exactly that. It will prepare you for a professional career in quality management, industrial production, economics, automation, and modern technologies.

The program combines economic and managerial knowledge with technical skills, which is absolutely essential in today’s industrial practice.

The Key to Modern Industry

Program Overview

This program is designed as a response to the challenges of the 21st century — automation, digitalization, robotization, and the growing emphasis on quality. Students gain solid foundations not only in management and economics, but also in the technological and software background of modern industry.

Thanks to this, you will acquire the skills necessary to succeed in the dynamic world of production, development, and innovation. Whether you’re interested in strategic quality management, optimization of manufacturing processes, or development of digital control systems, this program opens the door to a wide range of career opportunities.

Why Study This Field?

Because in today’s industry, it’s no longer enough to be just a technician or an economist. Modern companies are looking for versatile professionals who combine technical thinking with managerial insight.

This study program will teach you to think systemically, make data-driven decisions, plan for quality, and manage complex processes. Lecturers from the industry, practical training in laboratories, and opportunities to work on real projects guarantee that you’ll be learning things that truly matter — and that will make you employable.

Practical Focus of the Studies

Don’t expect just theory. This program emphasizes hands-on learning — from project management and data analysis to designing control systems in industrial environments.

You will gain experience in areas such as:

  • production and logistics planning,
  • optimization of manufacturing and inspection processes,
  • implementation of quality systems and standards (ISO, IFS, etc.),
  • cost and efficiency management,
  • design and management of information systems,
  • automation and Industry 4.0.

You’ll work with real data, learn from real company case studies, and master modern tools for quality management, simulation, and production process optimization.

Graduate Skills

Graduates of this program will be able to:

  • manage product and process quality,
  • analyze business processes and identify opportunities for improvement,
  • navigate technologies, economics, and human resource management,
  • use advanced tools for decision-making, analysis, and simulation,
  • design solutions for digitalization and automation of production,
  • plan business development strategies aligned with sustainability principles.

You’ll gain a broad range of knowledge that will enable you to become a manager, analyst, consultant, or technical specialist — depending on the specialization you choose.

Career Opportunities

Thanks to the combination of economic and technical expertise, you’ll belong among the professionals most sought after by employers. Graduates of this program find positions such as:

  • quality managers,
  • production or logistics supervisors,
  • project managers,
  • quality auditors,
  • systems engineers,
  • automation and digitalization specialists,
  • production controllers and planners,
  • technical-economic analysts.

You will find opportunities in the automotive, mechanical, metallurgical, and IT industries, as well as in consulting, research, or enterprise information system management.