The specialized profile of a graduate from this Bachelor's studies program is developed through 6 semesters of study. Graduates acquire a complete first-degree university education, progressing through subjects which build a theoretical, specialized technological and applied foundation. The theoretical foundation of the graduates is developed through studies of the natural sciences - mathematics, physics and geology - followed by specialized theoretical disciplines - surveying, mathematical geodesy, the measurement process and analysis, spherical astronomy and cosmic and physical geodesy. The program is also focused on mastering technological and applied disciplines, including local geodesic systems, engineering geodesy, photogrammetry, geoinformatics, topography, cartographic design and reproduction, land consolidation, cadastral mapping and cadastre of real estate. The graduates' profiles are completed by subjects such as transportation construction, hydraulic engineering and the humanities - the history of construction, surveying and law. Graduates can find employment in all fields of geodesy, cartography and cadastre of real estate in government agencies and development organizations, state administration authorities and in private sector. The graduates are also prepared for further studies in geodesy and cartography.
Graduates of this program of study acquire a complete first-degree university education in the field of building structures, which is focused on the preparation and implementation of architectural construction. Graduates acquire and understand the theoretical foundations of the physical and natural sciences as well as the humanities and scientific economic disciplines. This general format is followed by instruction in the engineering sciences which are the foundation of applied scientific disciplines in architecture, the design and implementation of building structures, engineering and environmental projects.
An important part of the instruction is the development of a student's creativity and skills, the use of computing technology, the acquisition of a world foreign language and physical fitness. The graduates are prepared for second degree programs of study specializing in building structures, architecture and urbanism or structural engineering and transportation engineering. They can also enter the labour market.
Graduates can be employed as members of creative teams, independent workers for construction contractors, and managers of architectural projects. They can also work for building contractor organizations that are involved in building systems and constructing buildings and also in the fields of construction-related environmental protection. Other employment opportunities can be found in state administration and regional development, within the educational system and in the management of operations and maintenance of buildings and the like.
The graduates of this specialization acquire basic knowledge in the field of the design and implementation of structural and transportation engineering projects. They are guided in the creative development of basic theoretical knowledge, structural principles and comprehensive mastering of organizational and technological tasks, while respecting the principles of reliability. Emphasis is laid on independent thinking and an ability to adjust to new information and the dynamic development of technologies. The graduates become aware of the social, moral, legal and economic responsibilities of their profession and are able to use suitable practices in accordance with professional, ethical and legal frameworks. Graduates are prepared for second-degree study programs or to enter the labour market. Graduates who choose to work after graduation from their first-degree studies can find employment in many professions in the building industry, for example, in the design and implementation of bearing engineering structures, implementation of transportation and water structures and selected civil engineering jobs. Graduates can also be employed by state administration and self-government authorities, environmental authorities and organizations managing structural engineering works and transportation structures. They can also conduct business as licensed entrepreneurs.
Graduates acquire a complete first-degree university education in this field of study with a specialization in hydraulic structures and water management. They acquire basic knowledge in the fields of hydraulic structures and landscape water resources management, water management systems, public utility networks, water supply and water treatment and sewerage and waste water treatment. Use of computing technology is encouraged in the theoretical procedures and the design, modelling and optimization of calculation procedures. Graduates from this Bachelor's program of studies understand substantial facts and concepts related to the construction and operation of water management facilities. They can use that knowledge in the design and implementation of structures in a way that shows understanding of the context and consequences of alternative decisions. Graduates can be employed by state administration and local self-government authorities, and environmental authorities and organizations which manage and operate water management systems in positions such as company or establishment water manager, assistant designers of water management facilities or operators of irrigation and drainage systems, operations and maintenance of buildings and the like.
Graduates in this Bachelor's program of studies in Environmental Engineering acquire an education in specialized construction which is focused on the environmental aspects of building structures as well as landscape, water, municipal and transportation engineering. They have a basic knowledge of the engineering theory required for the design of buildings, measures and structures for environmental protection and for the development of partial projects for environmental protection, knowledge of the interaction between natural and anthropic environmental elements, technological and engineering activities, environmental pollutants, valid environmental protection legislation and the standards and basic procedures of computer-aided engineering work. They understand the elementary principles of designing various types of structures, the protection of society from the adverse effects of hydro-meteorological and landscape processes and from the adverse environmental factors, and they understand the basic procedures of public health and environmental management and protection. They can work as assistants on design teams and implementation teams for engineering projects and operators of engineering works, technological and environmental systems focused on environmental issues of construction, landscape, water, municipal and transportation engineering.
Graduates in this Bachelor's level program study and learn in the English language. Graduates acquire a complete first-degree university education with a specialization in civil engineering that covers a broad spectrum of construction professions with a focus on the theoretical and practical aspects of the construction of buildings and engineering and hydraulic structures. Graduates understand the basic theoretical principles and procedures for the construction of various types of buildings. Graduates have knowledge of construction materials. The core of the specialized subjects relate to issues concerning civil engineering structures. Graduates are able to design simple structures and present their own solutions for technological and economic problems related to the construction of various kinds of structures. Graduates are prepared for second-degree programs of study or to enter the labour market. There is an opportunity for students to improve their communication skills for the domestic environment through classes in the Slovak language during their first year.
Graduates of this Bachelor's study program in "Technologies and Management of Structures - BSc degree" can be employed in the preparation, implementation, reconstruction and use of structures in lower level positions such as the site manager and chief site supervisor, designer of construction organization plan and construction site facilities, assistant manager of construction, construction machinery manager, construction quality manager, building operations and maintenance manager, compliance tester, or occupational health and safety and environmental protection officer.
Graduates acquire a complete first-degree university education in the specialization of Applied Mathematics with a focus on computer modelling and analysis of engineering tasks. Graduates understand modern methods of applied mathematics (numerical, statistical, optimization, graphics and visualization methods and software), are able to work with computers (programming languages, operating systems, computer networks, Internet applications) and have knowledge of applications of mathematical and computer modelling in science and technology. Graduates can be employed in all fields where mathematical methods and computer analyses are used for practical purposes such as civil, electrical and mechanical engineering as well as bio-engineering, geodesy, informatics, computer graphics, image processing, statistical data analysis, and for certain types of economic and financial applications. Graduates can be employed primarily in firms and teams oriented towards mathematical and computer analyses of engineering tasks and software development for engineering computations and simulations applying modern numerical, statistical, optimization and visualization methods.
prof. RNDr. Karol Mikula, DrSc., email@example.com,
prof. RNDr. Magda Komorníková, CSc., firstname.lastname@example.org,
Study advisor: RNDr. Mária Minárová , PhD., email@example.com,