This bachelor's thesis addresses the issue of building geometry definition for the purpose of cadastral registration. The aim of the research was to determine whether the current legal framework and professional guidelines provide a sufficiently clear basis for the definition and registration of building geometry in surveying practice. Particular attention was given to the determination of building footprints, the distinction between underground and above-ground parts of buildings, and the determination of characteristic elevation points. The research was based on an analysis of the relevant legislation, an analysis of the knowledge base maintained by the Surveying and Mapping Authority of the Republic of Slovenia, and a case study of three selected examples of building registration. The results indicate that the existing legislation and professional recommendations generally provide an adequate framework for the definition of building geometry. Nevertheless, more complex cases still allow for different professional interpretations. The greatest challenges were identified in determining building footprints and distinguishing between underground and above-ground building components, particularly in buildings located on sloping terrain. The findings can be seen as a contribution to a better understanding of the challenges associated with the definition of building geometry in cadastral registration and highlight areas where additional professional guidance and further development of technical recommendations would help to achieve a more uniform surveying practice.
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