This diploma thesis deals with the preparation of construction documentation for the execution of a commercial building with student accommodation located in the city of Hradec Králové. The proposed building is designed as a mixed-use structure with one underground floor and four above-ground floors, combining commercial, administrative, and residential functions.
The first underground floor contains a collective garage primarily intended for employees of the administrative part of the building, as well as storage units and technical facilities, including mechanical ventilation plant rooms, a car lift machinery room, and equipment for the ventilation of protected escape routes. Access to the garage is provided by a car lift.
The first above-ground floor accommodates publicly accessible facilities, specifically a café and retail units. The second above-ground floor is designated for administrative offices. Student accommodation units are located on the third and fourth above-ground floors and are designed as apartments of the 1+kk and 2+1 types.
The structural system of the building is designed as a combined structural system, consisting of monolithic reinforced concrete floor slabs, reinforced concrete columns, and two stiffening cores housing the main circulation areas. The external walls in the above-ground floors are constructed as load-bearing masonry made of ground ceramic blocks. The building is founded on a reinforced concrete foundation slab made of watertight concrete. The roof structure is designed as a flat extensive green roof.
The building envelope is formed by a certified external thermal insulation composite system (ETICS).
The diploma thesis includes the architectural, structural, and construction-technical design of the building, the design of building services systems, fire safety solutions, and building physics assessments, including daylighting, acoustics, and thermal performance evaluations. Furthermore, an energy performance assessment of the building is prepared, based on which the building meets the requirements for nearly zero-energy buildings. The project documentation is prepared in accordance with applicable legislation and technical standards at the level of construction documentation for execution.