Annotation The aim of the thesis is new-building design of mixed-use building in cadastral of community Nové Mesto nad Váhom. Building is situated at free estate in the marginal of community. Building estate must have new feeder road built. In front of building will be the parking area. The mixed-use building is detached and four-storied building. At basement is situated underground garage for ten cars and store houses for flats. At first floor is situated cafe and commercial space. Cafe has kitchen, stock rooms and WC. Commercial space has staff facilities and sales area. One of the shops has back door to stock room. Parking space for staff is next to building. At second and third floor is situated eight flats. Four flats has 3 rooms and four left has 2 rooms. Each flat has got stock room, WC and bathroom. In each flat is situated entrance to the terrace. Terrace is on extensive green roof orientated to southwest. In the flats is kitchen together with living room because of bigger space. Floor in the flats is combination of ceramic tiles and laminated floor. Area with flats has a lift. Concrete foundations are on micropiles. Project is set up with system LIVETHERM building has heat cladding. At the building are plastic windows and colour is matching with facade. Foothpath around building are from interlocking pavement. Whole documentation is prepared to realization of building. Drawing documentation is prepared by software AUTOCAD.

The main goal of this diploma thesis „apartment building“ is create project documentation for building construction. This apartment building located in Policka's suburb is designed for 32 people living in 8 apartments. The building is designed as detached house on four floors, without basement. The first floor above the ground is used as a apartment for handicapped people, common rooms, cleaning room, maintenance room, and garages for 5 cars. In the second floor above the ground there are apartments. In the last floor above the ground there are entrance to rooftop and an apartment for 7 people. All floors are connected with staircase and elevator. Bearing and partition walls are lined with ceramic bricks Heluz, heating contact system. Ceiling panel system is designed Spiroll. The roof is flat.

In this thesis is solved detail design of industrial building. It is a new storage hall and connected to it the two-story office building. Building is located in the production area of factory, on the cadastral area Holice u Olomouce. The purpose of the building is storage and expedition of the products. In areas of an office building is located facilities for staff of hall and office workspace. Handling products in the hall will be performed by a forklift. The building is designed for a capacity of 15 employees. The office building has a load bearing structural system. Walls and ceiling structures are made up of panels of filigree. Foundations, including flooring of the first floor, are constructed from waterproof concrete. The office building is roofed by flat roof. The main supporting structure of the storage hall is designed as precast reinforced concrete frame. Cladding consists of insulating panels. Like in the office building, the hall is roofed by flat roof. Due to anticipate of the differential settlement of the office building and the storage hall parts are separated by a dilatation joint.

This diploma thesis addresses the project documentation of a autosalon. This building is situated in the region Vysočina, the city Jihlava. Autosalon is projected for a car dealerdealership and a comon administration. Building has two floors. Structure is column beam system. Building is covered with flat roof.

The proposal is for new construction of a road bridge over the highway.Three options of solutions were proposed but only the option of connected girder slab beam of six fields was selected. This variant was assessed by static calculation. Static calculation is processed in accordance with European standards. Another important part of this thesis is also drawings, visualization, technical report and construction procedure.

This diploma thesis aims to prepare documentation for the execution of the project. This is a reconstruction of object pool primary school Pastviny. Primary school is situated on the territory of the Jihomoravský region in the Brno. Diploma thesis include two outbuilding, one is the entrance of building and the second are auxiliary facilities, and extension classrooms. The building is designed as a brick building , where the vertical and horizontal structures are designed from the structural system Ytong. It has two floors and is covered with a flat roof.

This Diploma thesis deals with the solution of project documentation for the new Suzuki car showroom building. The proposed object is situated in region of Nitra in Topolcany district, located in suburb part of Topolcany town. The car showroom is designed as a building consisting from the car shop - showroom and the services for Suzuki automobiles. The car shop - showroom is designed as the operation for car sales and the administration part on the second floor. This part of the building is covered with warm flat roof. The second part of the object - Car service is a one-floor building covered with wood, truss purlin constructure in the shape of a saddle roof and in inclination of 9 degrees. The supporting construction of the building consist from cast-in-place reinforced concrete frame in the showroom part and from masonry system Ytong system in other parts of the building.

The topic of this thesis is a new school facility of Leisure time center Kostka. The Leisure time center is a deteched two-sotrey building on mildly sloping land. The building is basementless. The Leisure time center is located next to the kindergarten and elementary school.The layout includes a building of 11 classrooms and is designed for 163 children. Perimeter, internal bearing and non-bearing walls are designed from brick blocks. Ceilings are made by using prestressed ceiling panels. The building is roofed by a single-flat roof and walkable intensive green roof.

The subject of this thesis is to design a multifunctional building. The building object is located on the southeast outskirts of Brno, in the city of Slatina. The land chosen for the building is situated in the cadastral area of Slatina. The building has five floors without basement. Multifunctional house is suitable for housing and for commercial purposes. The house is projected with 13 apartments, with café – opening hours to 10 PM, healthy food store and drugstore. There are apartments with 1 bedroom, 2 bedrooms and 3 bedrooms. Each apartment is complemented by a balcony and a cellar. The main facade is located on the west side of the property where it is allowed access to the shops and cafe. Entry into the living area is on the eastern side of the property. Perimeter walls of the building will be made of sand-lime bricks KM Beta SENDWIX 5DF-LP. The ceilings are designed as monolithic. The house is covered by a flat single-roof, part of the roof over the 4th floor will be designed as a vegetation roof.

The subject of the Diploma thesis is a design wooden structures of a multipurpose sport building in Šumperk. The floor plan measurements of the building are 45,0 x 48,0 m with the maximum height 15,0 m. The solution is choosen on the basis of two variants. The structures is designed with respect to ultimate and serviceability limit states. The multipurpose sport building is consist of 13 main truss centre to centre spacing 4,0m. The main structural system is design as the three-hinged arched structure made of solid timber and in the second variant as the arched structure made of glue laminated timber. The spatial rigidity of the structure is secured of diagonal bracing. The roofing is carried by rafter which are safed by purlin and then by upper chord. The steel columns are design as a part of gable wall. The project was carried out in the scia Engineer 2014 software. Some of the particular elements both variants were checked and designed by manualy calculating. The thesis includes structural design report, joints structures, drawings and production drawing the element of the three-hinged arched structure.