In this master´s thesis I am focusing on the Construction technology project of Snowboard Zezula Company. Major part of my thesis informs on a technical report for a construction technology project, a time and a financial plan of a construction, a realization study of the main technological stage, a plan of the main construction mechanism, a project of a construction site device with drawings, a financial calculation of the construction site devices and some technological rules, checking and testing plan for designed operations. Lastly I compare the two different designs of a load-bearing construction level and I calculate time of sheat removing with the economical calculation of the work fissure number.

The content of this thesis is the construction of new technological project of apartment buildings A and B in Olomouc. Residential buildings A and B are identical, but are differently oriented to the cardinal points. Buildings are designed terraces. Buildings have a 4th floor 1PP. The supporting structure is made of monolithic reinforced concrete columns and ceilings. Infill walls are composed of ceramic blocks. In the 1st floor are located garage, the other floors are designed as residential.

The subject of this technological preparation of construction is to find out scope of work needed for reconstruction of former miners school in Dubňany.In Czech Republic exits plenty of these abandoned places and this master thesis should serve as an example of reconstruction of some theirs parts.Within this project I would like to valorize the experience gained from excursion to foreign countries, where the passive and low-energetic buildings are common.Missing project documentation of some part of this facility was replaced by 3D modelling based on my own laser measurement.The main object SO 01 has been already rebuilt into passive apartment building but without building-technological study and proper project documentation.Due to missing foundations and confidential internal documentation of the construction company is impossible to compare the real material, human and financial resources with those mentioned within this thesis. The master thesis contains technical report for the building-technological project, coordination of the transport routes, chronological and financial plan, realisation of the main technological steps, equipment of the construction project , draft of machinery, time schedule of the main project, plan of getting the needful resources, technological regulations, control and probationary plans, disposal of asbestos reports, owning contract, two roof decks comparison from the point of view of thermal technology and specialization from the building field.

As the basis of this diploma thesis served a project of a flat house in Nezvalova Street. This flat house is designed as 7 floors high building with undergrounds garages and commercial space in the ground floor. Foundation of this building is done using reinforced concrete pilots, continued by monolithic reinforced concrete scelet. Both circumferential casing and internal walls are built using ceramic concrete blocks Porotherm, on top of which is a layer contact insulation system from EPS. Roofing of this building is done using asphalt bands into flat roof; one part of the roof is designed as “green roof” and is covered by soil substrate. This diploma thesis covers building technology preparation of construction. It includes time schedule of construction, accessibility to the building site, technical report and blueprints of building site equipment, risk plan, draft of main tools and processes for construction, instructions on how to use housing units. The main aim of this diploma thesis is around building a monolithicreinforced concrete scelet, for which a technological manual was created, control and probationary plan and blueprints of formwork for vertical and horizontal constructions. Additionally this thesis covers roofing using flat roof and asphalt belts.

The theme of the diploma thesis is elaboration of selected parts of the construction technology project in building block of flats Hostivař. Content of this project is technological solution for realization of this project. It means working on time planning of construction, right using of human, material and machinery sources and controlling system for selected part of the building. In attachment of the diploma thesis, there are also drawings of building site equipment for different construction phases. The goal of the diploma thesis is design right and economical procedure for realization of the building, comply with the safety, quality and ecology conditions.

The object of this work is the solution of building technological project to build "Manufacturing and storage hall in Hodonin" including technological solutions with time and financial plan, technological regulations of selected activities, design of mechanical assemblies, inspection and test plans and choosing the appropriate method of implementing the piled foundations.

The content of the thesis is the implementation of the three-story brick office building with an operation in Hodonin. Text section contains the technical report on the structural and technological project technical report transport relations, study implementation of major technological stages of building SO 01, project construction site, the design of the main building machines and mechanisms, technological regulation, inspection and test plan and a plan of safety and health at work for making the 1st floor ceiling structure. The appendix section includes drawings and installations situation Minor main building structure, calculation of stripping reinforced concrete structures, timing and technology standard of the main building structure and time and financial plan construction-object.

The diploma thesis deals with the building-technology construction preparation of the Multifunctional House Brno Gajdošova. The paper contains the technical report concerning this building; coordination of building situation; time and financial plan of the construction; study of the main technological stages; equipment project; design of major building machinery and mechanisms; schedule of the main construction building; technological regulations for making of the monolithic panel and the green flat roof; inspection and test plans in accordance with these regulations. Furthermore, two technologies referring to the execution of the monolithic roof panel are compared including the comparison of the test plan as well as the budget for the main building. The specialisation is in the field of construction of buildings with special focus on the layouts and the rust of the main building.

The subject of this diploma thesis is the solution of selected components of construction-technology project construction of the II. stage production hall of the company Schlote Automotive Czech Ltd. This work includes financial, temporal, technical and technological aspects of the construction process. For selected component is created technologic direction and inspection plan.

The subject of the diploma thesis is construction-technological solution for realization of the production hall with administrative part in Sudoměřice. Parts of the thesis are the technical report for the construction-technological project, a study of the realization of the main technological stages of the building, the solution of the wider transport route links, where I designed and assessed selected transport routes. The other parts of the diploma thesis are design of a site equipment with the technical report of the site equipment, design of the main building machines and mechanisms. The time and financial plans of objects are elaborated, followed by the detail time schedule of the realization of the main building obejct with a workers needs diagram and the item budget of the main building object with the bill of quantities. For the proces of the realization of the reiforced concrete prefabricated construction, the technological regulation for the assembly of elements with usability of the mobile crane, was made. In the diploma thesis, the technological regulation for the reiforced concrete cast-in-place columns and bond beams, was also prepared. Due to the high demands on the quality of the construction, the control and test plans for the assembly of the reiforced concrete prefabricated elements and for the cast-in-place columns and bond beams, were also prepared. Within the environmental protection, the requirements for the certification LEED 2009 Core & Shell, were processed.