The subject of this Master thesis is a project of a leisure center. The project covers building plans, specifications and includes all the requirements according to valid regulations. The project comprises of two buildings which are connected together by a corridor. The first is a two storey building and contains classrooms designed to be used for aesthetics activities, children play area, cloakrooms, toilets and offices for the managers of these buildings. The second a one storey building comprises two halls for sport activities and the rest of the area is intended to be used as a play area for children, study rooms for teachers and a tool store. The roofing of both buildings is designed as a single pitched roof made of timber ties. This project also includes heat loss with sound assessment, fire assessment and two other projects of services and structures, described in the details of these buildings.

The subject of this thesis is a design documentation for construction of a wellness centre. The main goals include creating structural and material solutions or designing a layout. The designed wellness centre is a building of 3 above-ground floors, which also has a basement. It is situated in a mild slope and shaped into a wave. The building will have a role of a local amenity, providing its visitors a wellness, 3 pools and a space for leisure activities.

The purpose of this diploma thesis is the processing of the project documentation of an office building. The structure is designed as a detached building with five floors and with one basement. A garage for 10 cars is situated in the basement and there is office space located on the floors. The structural system of the building is reinforced concrete skeleton. Exterior building envelope si made of glazed curtain wall. The roof of the building is flat.

The purpose of this master’s thesis was to design and elaborate design documentation for the realization of the building of the hotel in the village of Dolní Lomná. The hotel is located on a sloping plot No. 1322/43, in the cadastre unit Dolní Lomná. The design and its implementation respect the local zoning plan. The building is five-storey, with a basement. It has four above-ground floors, the hotel lobby with a reception, service and sports equipment rental, a restaurant with a terrace and hotel rooms and one basement where underground garages are for the guests. The structure is designed as a frame with a load-bearing building envelope. The building is roofed with a warm flat roof, designed as a green extension.

The subject of this diploma thesis is a layout of car service object in Brno – Horní Heršpice, Železná street. The building is designed as four-floor with flat - cascaded roof, which will be partially used also like a terrace. The object is intended for repairs and servicing of the trucks and buses. Inside the building are situated also offices, training room and temporary accommodation for the drivers. Supporting structure of the building is composed by ferroconcrete prefabricated shell, which horizontal supporting structure is composed by ferroconcrete pre-stressed panels spiroll. The curtain enclosure wall is designed from Sendwix system line-sand bricks with the outer thermal insulation. A building plot is flat. A part of the layout is also thermal and technical, acoustic and fire safety assessment. This diploma thesis contain also five specializations – layout of ferronconrete pre-stressed girder, layout of steel shelter, layout of construction basing, scheme of the overall heat output of the building and sewerage layout.

The aim of my thesis is to design and elaborate the project documentation for construction of the nursery school in the cadastral area Prague-Černý most. It is a two-storey partially basement building, witch with its layout corresponds to the conditons of the building operation. Nusery school is designed for 4 departments after 24 kids. The construction system of the object is designed as Porotherm system. External load-bearing structures are designed as ventilated facade with thermal insulation of 180 mm thickness. Vertical load-bearing structures of 1st and 2nd floor will be lined with brick blocks Porotherm 38 profi and 1.S bricks from the Best 30 permanent formwork. The inner bearing walls are designed with Porotherm 24 profi and Porotherm 11,5 Profi is used for non-load-bearing masonry. The exterior facade cladding is designed from HPL compact laminate boards. The internal staircase is half-turn stairs, reinforced concrete, monolithic. Horizontal supporting structures consist of Porotherm ceramic concrete system (POT beams and miako insert) with a thickness of 250 mm. The roof is designed as a vegetation, some of witch is supplemented with a gutter. The windows and doors are plastic-aluminium. Floor coverings are designed taking into the use of individual rooms such as floor screed, ceramic tiles and cork floors. The main aim of my work was to solve the disposition for the given purpose, to design a suitable construction system and to draw up the drawing documentation including the text part.

This thesis comprehensively analyses photovoltaic power plants on facades both from economic and technical point of view. It also devotes to a broader view upon a photovoltaic power plants regarding their placement, its accessories and legislative. The thesis describes a calculation of energetic gains in details including evaluation of five solar radiation sources in order to assess energetic effectivity of the photovoltaic equipment. Furthermore, the thesis describes a means of determination of photovoltaic revenues which is closely related to its ability to sustain the energetic demand of the building. These calculations are presented in the conclusion of thesis where they are applied to four selected buildings. The thesis also contains a processed graph due to which it is possible to specify optimal size of photovoltaic facade. The size is depending on selected facade cardinal point orientation and also on floor area of the building, which serves to estimate future electricity consumption.

The aim of the diploma thesis is to elaborate the project documentation of accommodation building in buld-up area in the town Nový Jičín. It is three-star hotel with three above-ground floors with partial basement. Visitors can be accommodated in 4 single rooms, 12 twin rooms and 7 suites. One single room is accessible. Visitors can also use restaurant services. The construction system is designed as masonry Porotherm system. The building is covered with a flat roof. Facade is insulated with a ventilated facade insulation system. Part of the project documentation is also a basic assessment of the building in terms of building physics. Hotel is designed as nearly zero energy building.

Subject of this diploma thesis is building documentation of an office building. Designed object is located in the city of Olomouc. Primary purpose of the building will be offices with rentable space, whose layout will be designed as open space offices with option to divide space according to requirements of a tenant. Office spaces will serve for example as headquarters of design offices, IT consulting and services, business companies, technical consulting or managerial services. The building will contain except of office premises also a space for café, retail and underground garage primarily designed for parking of office employees´ cars. Office building is designed as cast-in-place reinforced concrete frame with shear walls, consisting of 4 floors and basement. Object is shaped as two buildings connected with common walking space. Facade will predominantly be designed as glass curtain walling and also as a ventilated facade with cladding from exposed cement-fiber board. Also there is designed a system of steel curtain wall with docked trellis ropes for planting of climbing plants to decrease overheating of the building in summer and to meet the city requirements of as much greening of buildings and their surroundings as possible.

Diploma thesis premises designed Sport center at the documentary for execution of works. The dominant part is a sport multifunctional hall, whitch is connected to a two above-ground floors fitness center with facilities for visitors. The construction system of the hall is prefabricated reinforced concrete structural frame. The ceiling construction consists of prefabricated reinforced concrete panels. The fitness center is designed as cast-in-place reinforced concrete structural frame. Ceiling structures are cast-in-place reinforced concrete slabs. The roof structures are designed like flat vegetation roof. The building has exterior thermal insulation system with ventilated facade.