Application and processing of laser scanning results in civil construction: a case study of a kindergarten in Truskavets

The goal of this work is to create a 3D model and detailed drawings of the structural components of a kindergarten building in the city of Truskavets, based on laser scanning. The methodology is based on using laser scanning to create detailed 3D models and drawings of buildings. This process involves several stages: performing laser scanning of the object, processing the obtained data to create an accurate 3D model, analyzing the model to identify necessary changes or improvements in the structure, and finally, developing detailed drawings based on this model. The method also includes assessing the accuracy and quality of scanning to ensure the reliability of the final results. Results As a result of this work, detailed 3D models and drawings of the construction object were created using laser scanning. The results demonstrated high accuracy and quality of the models, enabling their effective use in reconstruction and repair works. The study also showcased how this technology can enhance design and planning in construction, particularly in the context of renovating existing buildings. These outcomes affirm the efficacy of laser scanning as a tool for modern construction design. Scientific novelty and practical significance. The importance of this work lies in the creation of a high-precision 3D model from laser scanning results, enabling the development of a detailed plan for the reconstruction of the kindergarten. This was the first time a comprehensive set of tasks for creating a 3D model of a kindergarten in Truskavets was carried out, based on laser scanning technology.