The subject of this diploma thesis is the design of a new boarding house in Vyškov. The building is designed as a detached house. The land on which the building is designed is located in the southern part of Vyškov on Brněnská Street. The proposed building has 1 underground floor and 3 above-ground floors. The first floor has an L-shaped floor plan with the dimensions of the longest sides 43x28.9 m. The other two floors are different shapes. In the basement there is a technical background of the building and storage space. The other two floors are used for accommodation and have a total of 13 room units. On the second floor there is also an operating office. The construction system of the building is transversely brick. The perimeter of the building is made of ground Porotherm brick blocks, insulated with the ETICS contact thermal insulation system. The ceiling structures are designed as reinforced concrete monolithic ceiling slabs. The roof of the building consists of 3 different flat roofs. The roof cladding above the first floor is designed as a walkable terrace with a tread layer of concrete paving on rectifying pads. The roof above the second floor is designed as a vegetation and the roof above the third floor is designed as a single skin with a classic order of layers.

The thesis contains a fire station type P1 and object of gym in the administrative area Zbýšov u Oslavan. There is a fire station is build with three floors and the gym with two floors. The design of the fire station is followed accordingly with ČSN 73 5710, it contains premises for administration, day and nigh emergency, training tower and garage and gym. The building with build of ceramic blocks (Porotherm). The ceilings are prefabricated of the pre stressed ceiling slabs. The flats roof is single-skinned and the perimeter casing is made of ventilated facade.

The diploma thesis includes a new building of the fire department. The building is located in Valašské Klobouky, along Brumovská street. The main entrances to the buildings are oriented to the west. It is a two-storey building, in part a basement. The construction system is bricked. The object is covered with a flat and sloping roof.

The Master’s thesis is focused on the analysis and design of selected members of load-bearing structure of an apartment house according to the ultimate limit states (ULS) and seviceability limit states (SLS). The calculation and the analysis was supported by design software SCIA ENGINEER 2017. Structural analysis deals with the design of the reinforced concrete floor slab of 1.PP, beams in 1.PP, selected walls in 1.NP and column in 1.PP and 1.NP. Thework beside this deals with the calculation and design of foundation of the object.

The diploma thesis deals with project documentation for the realization of the retirement residence in the city of Zlín. The building is designed as a detached building with three above-ground floors. On the first floor, there is a main-entrance which is oriented on the north-west. The entrance of the garden is oriented to the south-east. On the first floor, there are a canteen, cafe, facilities for employees, stair, mechanical´s room, and doctor´s office. On the second floor, there are 17 housing until, common room, drying room, and cleaning´s room. On the third floor, they are 13 housing until, two common room, drying room, cleaning´s room and terrace with the view to the garden. In the building is designed roofed atrium who is constituted with a light curtain wall. In the building is designed exterior steel stair who is oriented to the garden. Supporting system building is the frame with prestressed ceiling panels. The building is without a cellar, roofed with flat roofs

The diploma thesis deals with design of structural system of selected parts of load-bearing structure of car park – common floor slab, selected columns, staircase. The Finite Element Method software is used to analyse the load-bearing structure, the results are verified by simlyfied hand-done calculation. The design of structures is done according to valid standards.

The goal of this diploma thesis is a design study and project documentation for a new-building of a kindergarten in a city of Prešov (city part Solivar), Slovakia. The kindergarten will be a institution for pre-school education for children from 3 to 6 years old. The projects of the kindergarten building consist of one classroom for children within the age from 3-4, one classroom, for children within the age from 4-5 and third classroom for children from 5-6 years old. The designed object also contains janitor’s room and closet, laundry room, director’s office and a community room for cultural happenings held by kindergarten. Parking spaces are designed outside, in front of the building next to the main entrance. The playground is placed on the south-west side. The building of a kindergarten is designed as monolithic reinforced concrete skeleton structure with longitudinal beams. The circumferential walls will be made of ceramic bricks with a contact thermal insulation ETICS system. Ceilings are designed as a monolithic reinforced concrete. Over the 2nd floor, there will be a saddle roof and the roof over the first floor will be flat, with a gravel layer. Foundings of the building are designed as a concrete strips which expand to pads under columns.

The theme of my diploma thesis is processing of project documentation for building a construction of nursery school in Kunštát. Health centre was also designed as a part of the building facility. The capacity of the building are two classrooms in nursery school and two outpatient units. The building is a two-storey building which has basement partly under it. The construction system is bricked from aerated concrete blocks with a ceiling structure made of reinforced concrete prestressed ceiling panels. The perimeter masonry is insulated with an ETICS thermal insulation composite system with mineral wool thermal insulation. The predominant part of the roof of the building is a vegetation extension flat roof.

The diploma thesis deals with structural solution of the reinforced structures of the polyfunctional building. The structure is designed and assessed for for ultimate limit state in accordance with ČSN EN 1992-1-1: Design of concrete structures – Part 1-1: General rules and rules for buildings.

The main task of the diploma thesis is the elaboration of a project for the construction of a polyfunctional building Na Skřivánek in Chotěboř. The multifunctional house has one underground and 4 aboveground floors. On the underground floor there are premises serving as technical and storage facilities, on the ground floor there is designed two offices - general practitioner and pediatrician in the central part of the floor plan. In one of the outer tracts of the building there is a business area, designed for the operation of a travel agency. There is an apartment for barrier-free use on the ground floor. On the upper floors there is a total of 8 other apartment units ranging from 2 + kk to 2 atypical maisonettes in 3rd-4th floor. Each apartment unit, in addition to the barrier-free, is equipped with a balcony or terrace located on the south side. The basement part of the building is built of concrete slabs of lost formwork, the above-ground wall part of the Porotherm brick system is heat-insulated with a contact insulation system. Ceiling structures are made of pre-stressed Spiroll ceiling panels and filigree panels with superconducting. The roofing of the building is solved by a combination of a flat roof with a vegetation block with extensive green and saddle roofs with a continuous concealed dormer whose supporting function is provided by a wooden purlin roof truss.