This bachelor thesis focuses on the elaboration of project documentation for the construction of a new apartment building in Hrušovany nad Jevišovkou, prepared at the level of construction execution documentation. The building is designed as a detached, four-story structure with a full basement. The structural system utilizes traditional masonry technology with precision ceramic blocks, complemented by monolithic reinforced concrete slabs and staircases.
A fundamental aspect of the design is the response to the specific morphological and hydrological conditions of the site, which is located in an active flood zone. For this reason, the substructure is designed as a waterproof insulation system, known as a "black bathtub," using modified bitumen membranes resistant to pressurized groundwater and radon. The project places a high emphasis on energy efficiency and interior occupant comfort. The building meets the parameters of energy class A (highly efficient), achieved through a combination of superior thermal insulation of the building envelope, the installation of triple-glazed windows, and the integration of modern technologies such as a heat pump and mechanical ventilation with heat recovery.
The thesis further details the building physics parameters, particularly the airborne sound insulation of inter-apartment walls and the impact sound reduction of floors. Although vertical communication is facilitated by an elevator, for operational reasons, the building is not designed to be barrier-free. The result is a comprehensive project of a modern apartment building that harmonizes the technical complexity of foundations with the requirements for ecological and economical operation.