ABOUT THE PROGRAMME
Graduates of the Hydrotechnical Engineering study program are awarded a professional bachelor’s degree in Environmental Engineering. The program aims –to prepare high qualification, broad erudition specialists of hydrotechnical engineering who have general engineering and adjacent field knowledge, are able to identify, formulate and deal with the issues of water management as well as to apply recent technologies in works of hydrotechnical structures and system construction, repair and maintenance and to respond to business environment, technological changes and needs in a flexible way.
Graduates of the Hydrotechnical Engineering study program become environmental engineering specialists, equipped with the skills to apply general engineering knowledge and related fields to technological, engineering, and technical challenges. They are trained to organize water management engineering activities that promote the balanced interaction of natural, human, technical, and technological factors. The program fosters entrepreneurial skills, cultivating specialists who understand their rights and responsibilities, work effectively in teams, make independent decisions, and pursue lifelong professional development.
Students enrolled in this study program have the opportunity to participate in the Erasmus+ student mobility program, allowing them to study at higher education institutions in Austria, the Czech Republic, Denmark, Estonia, Latvia, Poland, Germany, Hungary, Malta, Portugal, and Turkey, as well as to complete Erasmus+ internships in foreign companies.
Graduates will be qualified to work in water management construction and design companies, water and environmental protection administration agencies, municipal administration departments overseeing land reclamation and construction projects, as well as in companies involved in the design and construction of renewable energy facilities.
Graduates may continue their studies at a university to pursue a master’s degree qualification.
COURSE STRUCTURE
YEAR I |
SEMESTER I |
ECTS |
Information Technologies | 6 |
Professional Foreign Language | 6 |
Water Chemistry | 3 |
Hydrology and Geohydrology | 6 |
Applied Mathematics and Statistics | 5 |
Geodesy | 4 |
Optional subject: Physical Training | - |
SEMESTER II |
ECTS |
Environmental Physics | 3 |
General Ecology and Environmental Protection | 3 |
Labour and Civil Safety | 3 |
Geology | 3 |
Engineering Computer Graphics 1 | 6 |
Training Practice of Geodesy and Geology | 6 |
Congnitive Practice of Hydrotechnical Constructions | 6 |
Optional subject: Physical Training | - |
YEAR II |
SEMESTER III |
ECTS |
Research Methodology | 3 |
Engineering Computer Graphics 2 | 4 |
Technical Mechanics | 4 |
Drainage and Irrigation | 4 |
Optional General College Subject | 3 |
Fundamentals of Law | 3 |
Hydraulics | 4 |
Geotechnics | 4 |
Optional subject: Physical Training | - |
SEMESTER IV |
ECTS |
Construction Materials and Engineering Structures | 8 |
Fundamentals of Electrotechnics | 3 |
Geographic Information Systems | 4 |
Hydraulic Structures | 6 |
Local Roads | 4 |
Professional Practice of Construction Technologies and Organization | 6 |
Optional subject: Physical Training | - |
YEAR III |
SEMESTER V |
ECTS |
Final Practice of Professional Activity | 12 |
Water Supply and Sewerage | 4 |
Programme branch subject | 4 |
Optional subject | 3 |
Optional subject | 3 |
Building Information Modeling of Engineering Structures | 4 |
SEMESTER VI |
ECTS |
Professional Bachelor Graduation Thesis | 9 |
Urbanism and Architecture | 3 |
Water Management Construction Technologies | 4 |
Programme branch subject | 4 |
Programme branch subject | 4 |
Optional subject of study field | 3 |
Optional subject of study field | 3 |