Information about the course
Field of study:
Civil EngineeringLevel of studies:
second-cycle studiesMode of study:
Part-time studiesDate of commencement of studies:
October 2026Faculty:
Faculty of Civil and Environmental EngineeringLevel of qualification according to the European and national qualifications frameworks:
full qualification at the 7th level of the Polish Qualifications FrameworkProfessional title obtained by the graduate:
magister inżynierLearning profile:
general academic profileNumber of semesters:
-
4
Number of ECTS credits:
- 43 - Field of study: Civil Engineering
- 90 - Specialization: Drogi i Koleje
- 90 - Specialization: Geotechnics and Hydrotechnics
- 90 - Specialization: Structural engineering
- 90 - Specialization: Construction Management and Technology
Work placement:
not applicable
Graduation requirements:
Obtaining the number of ECTS credits specified in the curriculum. Successful defense of the master's thesis.
Graduate profile and further learning opportunities:
A graduate of the second-cycle (Masters) degree programme in Civil Engineering possesses a comprehensive, in-depth engineering education, as well as expert theoretical and practical knowledge. They are prepared to independently solve complex, unconventional design, construction, and organizational problems.
Graduation with a Masters degree upon completion of the statutory professional internship provides a full foundation to apply for unrestricted building qualifications (professional licensure) in the relevant specialties. The graduate is also prepared to manage large teams, coordinate multi-disciplinary projects, and pursue education at a doctoral school or engage in scientific and research work.
Regardless of the chosen specialization, a second-cycle graduate of Gdańsk University of Technology is able to:
- Formulate and test research hypotheses, as well as design and conduct advanced laboratory and numerical experiments.
- Design complex engineering structures, taking into account economic, social, and environmental factors.
- Utilize modern digital tools, including FEM (Finite Element Method), BIM (Building Information Modeling), and engineering software to optimize technical solutions.
- Lead teams, manage the construction process, and assume responsibility for the safety, economic, and environmental impacts of the undertaken activities.
- Act entrepreneurially, communicate with the environment in a foreign language at the B2+ level, and continuously update their knowledge as part of ongoing professional development