Think like an engineer, act like a manager.
If you want to combine engineering skills with management, finance, and economics knowledge, the Engineering Management program is an excellent choice. It’s a unique study program that trains future managers ready to operate in a complex and rapidly evolving technological world.
This program is designed for those who want to think like engineers and act like leaders – effectively, strategically, and with a focus on the future. Graduates earn the prestigious Engineer’s degree while developing managerial competencies that open doors to careers across various industries – from manufacturing and logistics to energy and IT.
The program emphasises an interdisciplinary approach, merging technical sciences with practical managerial knowledge. Students learn how organisations function and how to improve them, optimise processes, and implement technological innovations. Key courses develop skills in analytical thinking, decision-making under uncertainty, and teamwork in diverse environments.
Graduates of this program are aware of the modern world's economic and social challenges. They are equipped to combine strategic thinking with responsible action. They are prepared to create innovative solutions, manage change, and lead projects effectively—even in international and intercultural contexts.
Two paths – one goal: modern management*
During your studies, you can choose the specialisation that best suits your interests and career plans:*
- Business Process Management designs, improves, and optimises company processes. Students learn quality management, logistics, lean management, and production management. Strong emphasis is placed on analysing and enhancing organisational operational flows and managing human and material resources. Participants in this specialisation learn how to diagnose organisational problems, identify bottlenecks, and implement improvements that lead to increased efficiency, cost savings, and better use of technological potential.
- Digital Transformation Management prepares students to become leaders of change driven by digital technologies. Topics include process automation, implementation of IT systems, data management, and technological innovation. Students learn how to successfully guide organisations through digital transformation – from readiness assessment to designing digital solutions, implementation, and optimisation. Courses also cover information security, Industry 5.0, and intelligent decision-support systems.
*Specialisations will be launched provided a sufficient number of students enrol.
| Study Mode | Full-time Studies | Part-time Studies |
|---|---|---|
| Cost for Polish Citizens | 1300 PLN per semester | Not available |
| Language of Instruction | English | |
| Mode of Instruction | On campus | |
| Subjects Considered During Admission | • Mathematics • Additional subject: Physics or Computer Science • Polish language • Foreign language |
Why is it worth it?
Engineering Management stands out thanks to its unique technical and managerial knowledge combination. It is ideal for those who want to gain practical skills while earning the prestigious professional title of Engineer.
The study program is designed to meet the job market's current demands and prepare students for work in interdisciplinary teams. Classes are held in modern, well-equipped laboratories where theory meets practice—students test solutions they later implement in real organisational settings.
This unique blend of technical and managerial expertise opens the door to careers in various industries – from advanced manufacturing to modern services, in private companies, corporations, and public institutions.
Where can you work?
The Engineering Management program graduates are well-prepared to work in modern organisations where process efficiency, quality, innovation, and technology play key roles. Their interdisciplinary education—combining technical competencies with knowledge of management and economics—opens up numerous career paths.
They find employment in manufacturing companies, logistics centres, and enterprises in sectors such as automotive, energy, and food, as well as in consulting and tech firms. They also work in operations departments of large corporations, in the service sector, public administration, and in modern industrial parks and R&D centres.
Typical job roles include: process engineer, quality specialist, project manager, management systems implementation engineer, operational data analyst, optimisation coordinator, or ergonomics and occupational safety specialist. Increasingly, graduates also work in areas related to digital transformation, innovation management, and the implementation of Industry 5.0 technologies.
Student exchange opportunities
As part of the MOST program, students can study at other universities across Poland, gaining new academic perspectives and experiences. International exchange is also available through the Erasmus+ program, offering the opportunity to study abroad in countries such as Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Finland, France, Germany, Greece, Spain, the Netherlands, Hungary, Lithuania, Latvia, Norway, North Macedonia, Portugal, Romania, Slovenia, Slovakia, Turkey, and Italy.
A complete list of partner universities is available here.
How does Amazon predict your purchases… before you place them?
Amazon, the global e-commerce giant, has developed anticipatory shipping—a system that, by analysing your shopping history, time spent on the site, and items added to your cart, can send a product to a logistics centre near you before you click “buy now.”
This is a prime example of using advanced data analytics and top-level logistics process management. It saves the company time and money and… amazes customers with lightning-fast delivery.
This fusion of technology, analytics, and process optimisation is at the core of what Engineering Management teaches. Today, success isn’t just about producing—it’s about doing it faster, more brilliantly, and closer to the customer.
Study program:
TBA