The diploma thesis processes the documentation of project which displays a building of school facility with an area for kindergarten and center of leisure time. Construction is situated in village Jesenice, part of Zdimerice, in district Prague – west. Resolving land is located within growing residential region. The new building is designed as a standalone with two aboveground floors, covered with flat vegetative rooftop with extensive greenery. The entrance into the object is mutual for both organizations. At the first aboveground floor is positioned the kindergarten with two sections each for twelve children. The second aboveground floor is designed with the purpose for center of leisure time activities for children and young adults. It includes art studio, ceramic workshop, ballet hall, musical or computer classrooms with the overall capacity of forty-three children. The space is lay out in accordance with conditions of barrier-free use.

This diploma thesis is a project of a two-storey building of a Kindergarten. The building will be used for educating preschool children. On the ground floor, there are two base classrooms, one in each wing of the building. Each classroom has several zones (relaxing, playing, creating). Each classroom also has its own dressing room, washroom + toilets. On the ground floor, we can also find facilities for teachers and the principal office. Since finished food will be delivered, the building only contains a food preparation facility + dry storage. The second floor is accessible either by stairs or by elevator. On the second floor, there is another base classroom with its own dressing room and a washroom with toilet. Food is transported from the first floor by elevator, which is not designed for transporting people. On the second floor, there is also the teacher´s base + large social hall for occasional events. The kindergarten building has an atypical layout. The building is partly roofed by a flat roof and partly by a gabled roof. The project was processed using the computer program AutoCAD. During processing, emphasis was placed on the correct layout, architectural design and safe use of the building.

The main target of the thesis is design of a new building of the rehabilitation center in Havlíčkův Brod. The rehabilitation center consists of three part. The main (middle) part has two above-ground floors and a basement with flat roof and the other two parts have only ground floor with green flat roof. The main middle part contains reception, café, laundry room storage, utility room, manager‘s office and outpatients doctor‘s office. In the left part there are hydrotherapy, ergotherapy, magnetotherapy and electrotherapy. In the right part there are fitness center and physiotherapy rooms. Vertical load-bearing structures are Made of Porotherm ceramic blocks (above-ground floors) and the Hollow concrete blocks filled with C20/25 and reinforcement B500B (basement). Horizontal load-bearing structures are made of the prestressed Spiroll ceiling panels. The building site contains also outdoor car park and garden with pond. The project and visualization were carried out in the ArchiCad and Lumion programme. All structures comply with the valid standards and regulations.

The subject of master´s thesis named „Holiday centre“ is elaboration of project documentation of building part. The building is consists of accommodation units, relaxation centre and restaurant joint with kitchen. Holiday centre contains 15 accommodation units for 45 persons, one accommodation unit for two persons is designed as barrier free. Capacity of restaurant is also 45 persons. Building has 4 floors. Base construction system is bricked, amended to tensioned ceiling panels. Object is positioned to foundation strips. Building roof is partially composed from gabled and partially from flat roof.

The subject of this thesis is Headquarters of racing team. The building is designed wall system porotherm, ceilings are monolithic concrete and roofing of the building is a combination of green flat roofs and single-flat roof with steel trusses. The building is designed as a single-storey, only part of the plan of the hall is a two-storey building. The building consists of two functionally separate parts.

This diploma thesis is focused on the design of a kindergarten and the processing of the design documentation for construction. The kindergarten is located on a large plot in a town Ostrava, an interface of boroughs Poruba and Třebovice. This object is free-standing with a partial basement. The building is divided into three functional objects – two single-storey parts and one double-storey part. There are two classes for the smallest children and a kitchen with a school canteen on the first floor. On the second above-ground floor there is a class for twenty-four children in early childhood. A class for pre-primary education and a principal’s office are also included. Vertical supporting structures in the above-ground floor are made of ceramic blocks Porotherm. In the basement there are reinforced concrete structures. Horizontal load-bearing structures are made of prestressed hollow core slabs Spiroll. The building is based on concrete strip foundations. Single-storey parts are roofed with a warm flat roof. The double-storey part is roofed with a cold flat roof with a timber truss girder. Close to the building there are two car parks – the first one is intended primarily for parents and teachers and the second one for personnel included cleaners and cooks.

This diploma thesis deals with the design of a new car showroom with a car service. The content is the project documentation for construction work. The new building is located in the cadastral area of Řečkovice on a slightly sloping plot. The building is divided into 2 buildings - car showroom and car service. The showroom features exhibition grounds, office space and technical facilities. In the part of the garage, besides the service workshop, the customer part, staffing facilities and technical background are designed. Both operations can be separated if necessary. The building is shaped like a detached two-storey building with underground garages. The above-ground part of the building is designed as a prefabricated skeleton with filler masonry, underground is made of monolithic reinforced concrete - "white bath" system. It is roofed with a flat roof.

This diploma thesis deals with the elaboration of the project documentation of the construction of the Blanice accommodation facility. The object has a rectangular shape. The proposed building is located in Vodnany. The accommodation facility is designed for 28 people and 32 seats in the restaurant. The building is designed as a four-storey, partly basement. On the underground floor there are storage areas, technical background. On the first floor there is a main entrance, a reception and a restaurant with technical facilities for the staff. On the second and third floor there are guest rooms. On the second floor there is also a room for people with limited mobility. The building is bricked from brick blocks with a flat roof Keywords.

The subject of Bachelor’s thesis is new building of multifunctional house. This building is detached house located in flat terrain in city Boskovice. Building has 3 floors and has no basement. In ground floor are two shops and cafe, on second and third floor are flats. Each part has its own entrance. Object has rectangular plan, it is made of masonry system from sand-lime bricks and is roofed with flat roof.

Flat roofs are very desired type of building roofing these days. We can find flat roofs in construction of family and apartment houses, manufacturing and storage buildings, office buildings, shopping centres, etc. and not only in constructions of new building, but in substantial amount also during reconstruction. For every flat roof it is necessary to design a way of roof plies stabilization against wind suction. Gluing is one of many used methods of flat roof stabilization. The gluing itself can be implemented by innumerable adhesives of various compositions from many manufacturers. Gluing has advantages and disadvantages as every method. Lack of information can be considered as key disadvantage. Especially the lack of information about strength of gluing joints. The dissertation is focused on polyurethane adhesives, their application for stabilization of layers in flat roof and experimental determination of strength values of glued joints. The first phase of the dissertation aims to create a test methodology for experimental measurements. As a part of the methology to create a test model, a test apparatus and a procedure for experimental measurements. In next phase dissertation focuses on experimental measurements and their evaluation. Research was primarily focused on properties of gluing joint depending on the amount and type of the adhesive, material of bonding layers and technological indiscipline. The results of experimental measurement provide numerical values of strength of the gluing joints and pointed to risky situations which can occur during realization. The conclusion provides practical recommendations and possible opportunities for continuation of the work on this topic.