ABOUT THE PROGRAMME
The aim of the Real Estate Measurement and Valuation Technologies study programme is to prepare highly qualified, broadly erudite, responsible real estate measurement specialists with knowledge of real estate measurement and valuation technologies, who are able to prepare topographic and geodetic plans, mark construction projects, perform geodetic control measurements, establish and adjust cadastral data of real estate, value real estate, use, manage, and update state spatial data sets, and react flexibly to the business environment, technological changes, and needs.
Graduating from the Real Estate Measurement and Valuation Technologies study programme, one becomes a measurement engineering specialist capable of using modern measurement devices and software, performing surveying, cartography, real estate cadastre works, real estate valuation, and capable of collecting, organising, and updating real estate data using the latest technologies. During your studies you will acquire the necessary knowledge of various technologies and methods of real estate surveying and valuation. You will be able to work with geographic information technology. In their professional practice, graduates will be able to identify, formulate, and solve measurement engineering problems, adapting to constant and unpredictable changes. They will be prepared to plan professional activities in line with set objectives, analyze and document their results, and provide reports to supervisors coordinating their work.
By choosing this study program, students have the opportunity to study through the Erasmus+ student mobility program at universities in Austria, the Czech Republic, Denmark, Estonia, Latvia, Poland, Germany, Hungary, Malta, Portugal, and Turkey, as well as to complete Erasmus+ internships in companies abroad.
Graduates will be able to work in companies involved in real estate measurement. Graduates can work in a variety of companies, institutions and organisations involved in geodesy and geographic information technology. They will also be able to set up their own real estate measurement company. Graduates wishing to work in real estate valuation will be required to complete a university degree.
Students are awarded a Professional Bachelor's degree in Engineering upon completion of their studies and successful defense of graduation thesis. Graduates can continue their studies and obtain a master’s degree.
COURSE STRUCTURE
YEAR I |
SEMESTER II |
ECTS |
Fundamentals of Territory Planning | 3 |
Geodesy 1 | 6 |
Geodesy Educational Practice | 6 |
Geodetic Instruments | 3 |
Geology | 3 |
Labour and Civil Safety | 3 |
Topographic Drawing | 6 |
YEAR II |
SEMESTER III |
ECTS |
Application of Geographic Data | 3 |
Artificial Intelligence | 3 |
Cartography and Photogrammetry | 6 |
Geodesy 2 | 6 |
Geographic Information Systems | 3 |
Optional Subject | 3 |
Real Estate Cadastre | 6 |
SEMESTER IV |
ECTS |
Cadastral Measurements of Real Estate | 6 |
Digital Technologies for Topography and Engineering Infrastructure | 3 |
Law of Real Estate | 3 |
Optional Subject | 3 |
Optional Subject of General Subjects of College Studies | 3 |
Practice of Photogrammetry | 3 |
Professional Practice of Geodesy | 9 |
YEAR III |
SEMESTER V |
ECTS |
Formation and Rearrangement of Real Estate | 3 |
Measurements of Engineering Structures and Buildings | 6 |
Optional Subject of Programme Branch | 6 |
Optional Subject of Programme Branch | 6 |
Real Estate Valuation Technologies | 6 |
Research Methodology | 3 |
SEMESTER VI |
ECTS |
Basics of Business Organization | 3 |
Final Practice of Professional Activity | 12 |
Optional Subject | 3 |
Optional Subject of Programme Branch | 3 |
Graduation Thesis | 9 |