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Management and Production Engineering (pl)

Why Study Management and Production Engineering?

Studying Management and Production Engineering at AGH provides comprehensive knowledge in technical and economic sciences, including mathematics, physics, materials science, mechanical engineering, economic law, and production and service management. Graduates are well-prepared to work effectively in diverse industrial enterprises, design units, and consulting firms — combining technical competence with organizational skills.

Why choose Management and Production Engineering?

Zdjęcie fragmentu przenośnika rolkowego

Automation of Production Processes
Automation enables better resource management, minimizes errors, and allows for quicker adaptation to changing market needs.

Abstrakcyjne zdjęcie tableta z wychodzącą kulą cyfrową, trzymanego przez mężczyznę

Integrated process management
All operations in industrial enterprises should be coordinated and integrated for maximum efficiency.

Abstrakcyjna grafika połączonych rąk: naturalnej i zdygitalizowanej

Production digitization
Digital technologies are transforming production, bringing automation, improved control, and process optimization.

Abstrakcyjna grafika przedstawiająca grupę ludzi przed wirtualą kulą ziemską

Innovation and creativity
These are key elements of the Industry 5.0 transformation that help businesses stay competitive.

Abstrakcyjna grafika przedstawiające grupę symboli wychodzących z tabletu

World-class software
Computer-aided design and management tools allow the creation, modification, and optimization of projects using advanced software.

Zdjęcie grupy ludzi w ubraniach roboczych na hali produkcyjnej

Personal development and teamwork
Working in a team allows for the exchange of experiences, knowledge, and perspectives, which can lead to a better understanding of your strengths and weaknesses.

Career prospects

Studies in Management and Production Engineering at AGH University of Science and Technology offer broad career prospects after completing the first-cycle (Bachelor’s) program.

Production Process Engineer: Analyzing and optimizing production processes to improve efficiency and quality.

Production Support Engineer: Supporting production operations by solving technical and organizational problems.

Logistics Process Engineer: Managing the flow of materials and information in the supply chain.

Quality Assurance Engineer: Supervising product and process quality, implementing quality standards.

Business Process Engineer: Analysis and optimization of business processes within an organization.

Useful links

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