The thesis deals with the comparison of selected methods of flat valuation in Děčín and its surroundings. The theoretical part is aimed at crucial terms, definitions and formulas and it covers the description of the area from the social, economic, cultural and historical point of view. The practical part includes the obtained data analysed by means of database and verified by the Grubbs' method. Methods employed in price determination are: price in accordance with public notes; usual price; physical value. The conclusion refers to the price comparison in accordance with employed methods and to the evaluation of the effect of reconstruction on the price of the real estate.

In theory, this work is devoted to the principles and methods of measurement of volume changes of mortars and concretes. Emphasis is placed on cement self-levelling screeds with initial shrinkage compensation. In the practical part of the work is devoted to the development of prototype measuring system designed for non-contact detection of volume changes hydrating silicate. Using the new measurement method is also practically examined the influence of boundary conditions on hydration volume changes of selected silicate binders, cement mortar and cement levelling compound based on four different connective concepts. In the calculation, this work focuses on the numerical modelling of volume changes of the examined compounds.

The subject of this diploma thesis is a public library in Mohelnice. The object is designed with sand lime blocks, it has a basement and three floors. Basement is used for storage, first and second floor fulfill the function of library and a meeting room can be found in the third floor which is used for a purpose of the library and municipal office. The object is roofed by a cold roof with load-bearing structure made by nailed timber truss. The roofing of utility room is designed as a warm flat roof. Ceilings are designed from cast in place reinforced concrete floor. The whole object is insulated with contact thermal insulation made by mineral wool insulation. Facade of the first floor is designed with stone veener.

The aim of this thesis is the design of an youth apartment building in the range of designing the documentation for building construction. The building is situated on the flat plot no. 873/21 in the cadastral area „Horní Heršpice“ 612065. In the building there is 42 rooms, 2 wheelchair-accessible rooms and 4 student apartments. The capacity of the building is designed to accommodate 86 students under 18 years and 16 students older than 18 years. In the building there is also a dining room, a library, a fitness room and a gym for free time. It is partly a two-storey and partly a four-storey building without a basement, roofed by a flat roof. Masonry is designed from clay blocks and floor slab is designed by a cast-in-place reinforced concrete floor structure.

This thesis concerns the project design and building design of school facilities, more specifically kindergarten in Šlapanice. It is a new building of the kindergarten, implemented on land plots numbers 2801/69 – 72 and number 2801/74, which is located in Šlapanice near the city of Brno in southern Moravia. The building is designed for the upbringing and education of preschool children. Kindergarten consists of two units for a total of 40 children, component of the proposed building are also spaces designed for leisure activities (multipurpose room). Horizontally building corresponds approximately T – shaped. It is a building without a basement, with one floor, divided into five functional sections (or zones), with the middle part of the building – community area – is designed to be elevated. The building is designed as a brick construction from Porotherm, ceilings are monolithic reinforced concrete thickness of 300 mm, the roof is made up of the single – layer flat roofs with load layer of washed gravel, entrance doors and windows are made of plastic. This proposal corresponds to the technical requirements and the requirements of the investor (builder).

This diploma thesis solves the project of four-storey, partly cellared mountain pension situated in the plant number 645/2 in the cadastral area in Deštné in Orlické hory. The building has a capacity of 44 seats to accommodate 72 persons in the restaurant and 57 persons in the wellness center. There is a wellness center with fitness room and engine room of air-conditioning system in the basement. There is an entrance hall with hotel base, restaurant, sanitary facilities and utility room with boiler room on the first floor. The second and third floor is designed for accommodation. There is an outdoor terrace of restaurant. The building has a load-bearing wall system. The load-bearing walls and the partition walls are bricked up of the porous concrete YTONG bricks and sand-lime bricks SILKA. The walls are insulated of mineral wool thickeness 200 mm and EPS Perimeter thickeness 140 mm underground section and plinth area. The ceiling structure are made of the prestressed hollow core panels spiroll thickness 250 mm and wooden beamed ceiling. There is a saddle wooden roof. The windows and the doors are made by the company Progress. The part of facade of the building is ventilated. This project is designed by the computer software ArchiCAD.

Diploma thesis deals with a project of a new building of a new science library building. The building has four floors and basement. The building will be located in České Budějovice town. The building fulfills the function of the study of books and technical standards. There is designed spaces for organizing lectures and refreshments in cafeteria in the first floor of the building. Library space made available barrier free. Its architectural design resembles the shape of an open book. The structural system meets modern trends in construction and architecture, and it does not interfere with the surrounding buildings.

The subjekt of my bachelor thesis is the construction technological project of the new complex of three buildings Campus residential area II located in Brno - Bohunice. The diploma thesis includes technological regulations of piles and cast-in-place reinforced concrete floor. Technological regulations are supplemented by draft of the suitable machinery, equipment of construction site and inspectional and trial plans for these processes. The author also deals with work safety, time and financial plan, budget of substructure and plan for securing material resources. The thesis also addressed work contract and detailsof the roof structure.

The diploma thesis is focused on a structural analysis of a multi-storey office building. The Loadbearing structure is made of cast-in-place reinforced concrete. In the thesis there is analysed a selected floor slab, a column, a foundation pad, a part of loadbearing wall and a precast staircase. Computation of internal forces is carried out by computational software SCIA Engineer. The Results from the software are verificated via simplified manual method. Assessment of a structure is done according to valid standards and regulations.

The diploma thesis deals with the design of a kindergarten on a particular building site in the village of Netin. The aim is to create a functional layout suitable for everyday use. It is a two-floor construction without a cellar which can accommodate 40 pre-school children. The building has been designed using the construction software system KM BETA and is sheltered with a flat roof on the one-floor part and with a shed roof on the two-floor part.