The aim of thesis is the characteristic of bulding controllegislation under the old Bulding Act No. 50/1976 Coll., by later regulations, which expired on 31 12th 2006 and the new Bulding Act No. 183/2006 Coll., by later regulations, effective from 1 1st 2007th. In the main section ( section six) is the specific tesearch andanalysis. The autor have focused on a factual office bulding, including a practical example, the family house. Offences againstthe bulding code are included in the next section of the thesis. Comparison with the other EU Memeber States (Slovak Republic) was compared to the Bulding Act of the Czech Republic and Slovakai. The problem of bulding management passed in recent years, many significant changes. The leasing of this is the Construction Act ? Act No. 183/2006 Coll. Planning Building Code, which came into effect on 1 1st 2007th. The aim of this newregulation should be primarily simplify the construction procedure However, more detailed look at the many changes in the law at lest controversial, or even been to complicate the current process.

Cílem této práce je zhodnotit hospodaření společnosti od jejího založení v roce 2006 s důrazem na její středisko Realizace staveb a rok 2009. V práci je detailně popsána společnost spolu s jejími specifiky, provedena finanční analýza mapující vývoj ve společnosti a proveden rozbor vlivu střediska Realizace staveb na hospodaření společnosti a především jedné jeho zakázky, která velice negativně ovlivňuje hospodaření společnosti. Tato odhalila slabé stránky společnosti. V práci jsou popsány příčiny, které způsobily problémy v roce 2009, a jsou zde také popsána přijímaná nápravná opatření.

The thesis focuses on the contract´s terms and conditions of FIDIC in project management. Especially, the processing of time reserves in the project schedule. The aim of the thesis is to answer questions related to time reserves. Who owns them in the construction project. Who and in what conditions the time reserves can be drawn in case of project delay. The output of the thesis is a summary of these findings and recommen-dations for other projects.

The diploma work deals with the design of a factory building to produce building panels of minor dimensions for the construction of wood structures. The building is roofed by means of truss girders whose shape and dimensions were statically evaluated by means of PAMIR program by Mitek company. The building is not located in any specified location, for the static evaluation, the region of Českomoravská vrchovina was taken into consideration with the corresponding snow and wind loading. The bearing structure of the factory building is designed by means of more solid elements and a circumferential frame built on the building site was also taken into consideration. The truss structure was manufactured in the producing plant and the same method is also planned for the whole construction. The building envelope was also examined from the thermal point of view. The structure was evaluated from the aspect of fire safety and, in the last section of the diploma work, various kinds of heating methods of industrial premises were evaluated.

Solution of complex of school buildings in Ostrava-Black Meadow. The area is located by the river Ostravice. The whole complex is designed as crossing a line between the city and the river. River should be an element which attracts people to stayand relax. My goal is thus to access the Ostravice river - create an attractive waterfront and get city closer to it.

This diploma thesis concerns folk architecture and it is separated into two parts. The point of the theoretical part is a summary of folk architecture in the Czech Republic area and basic terms demarcation regarding this issue. The practical part deals particularly with description and documentation of identified objects of folk architecture in the chosen area, especially in the village called Záboří.

This thesis is mainly focused on comparing the volume of shares ( share price ) according to the valuation of Decree No. 3/2008 Coll . with realistic pricing structures shares (focusing mainly on houses ), especially with regard to the influence of the floor structures and equipment , which is the number of floors does not change or changes only slightly (foundations, roofing, roofing , doors). Draft criteria which should be considered superior design and when they should be valued at cost using the design calculation as specified . The focus of the work is in Chapter 6 , where the budget is drawn up for each particular house floors. Number of floors is subsequently increased up to eight and is an analysis of the price curve of the shares of structures and equipment. Attached is a visual graphical representation . My work will serve to optimize the methodology for determining the volume fractions of structures and equipment construction cost valuation method .

Subjeck of this diploma thesis is to familiarize with BIM and using laser scanning for creating BIM model.

This thesis deals with the BIM creating process with the use of laser scanning data in Revit software. It’s focusing mainly on MEP of water object. In the theoretical part of thesis there are outlined basic issues about laser scanning, informational modelling and other relating issues. In the practical part of the thesis is the summarization of procedure starting from data collecting, data processing to the procedure of creating BIM model, it’s visualisation and the use of the model. There are also mentioned useful pieces of knowledge, which I have learned during dealing with the problems related to the application of this new way of using the spatial information.

The dissertation thesis is primarily focused on the analysis of the properties of openings constructions with respect to infiltration in constructions, specifically related to the permeability of opening fillings and the permeability of buildings. The main aim of this work is to find out how the overall air permeability of a building can be influenced in relation to the openings and their properties, which are related specifically to the air permeability at the specified tightening degree of the used all-round fitting. In relation to the overall air permeability of the building, the energy balance of a particular building will be calculated in cooperation with the determined results of the air permeability of the building at a defined degree of tightening of used all-round fitting at levels 0%, 50% and 100%. The results of tests and measurements will be reflected in a concrete calculation of the energy balance of the assessed building in the form of numerical simulation.