This bachelor's thesis deals with the elaboration of selected parts of the project documentation for the execution of a new family house. The building is situated on a sloping terrain in the cadastral area of Zádveřice and is designed with a partial basement. It is a two-story building featuring one underground and one above-ground floor, which, from an architectural and technical perspective, is topped with a flat roof.
From a structural point of view, the load-bearing system combines monolithic concrete foundations, a basement made of permanent formwork, and a superstructure of ceramic blocks, supplemented by reinforced concrete monolithic ceiling structures. The design meets an exceptionally energy-efficient standard and falls into the category of a nearly zero-energy building (NZEB). This standard is achieved through the installation of an external thermal insulation composite system (ETICS), aluminum window and door frames with triple insulating glass, and the utilization of modern technologies, including a heat pump, underfloor heating, and a controlled ventilation system with heat recovery.
The complete documentation is prepared in accordance with the currently valid Decree No. 131/2024 Coll. The drawing section contains site plans, floor plans, vertical sections, technical elevations, and selected construction details. An essential part of the thesis is also the building physics assessment of the object and the development of the concept for ventilation, heating, and water heating.