This thesis deals with the construction and technological project for construction of a storage and office buildings Argos Elektro in Ostrava. The thesis contains a technical report object, construction schedule, report building equipment, design mechanical assembly, technological specification for the shell construction, technological prescription for pilots, inspection and test plans, risks and safety measures, structural details and itemized construction budget.

The thesis solves construction technological project of the Regional Centre of Advanced Technologies and Materials in Olomouc. The thesis contains a engineering report to the resolved issues, block plan and block plan drawing, technological regulation for CFA piles and testing plan for CFA piles. Other parts of the thesis are the schedule, itemized budget for the shell construction, calculation structures according THU, time and financial plan of the whole building, work safety in the implementation of cast-in-place reinforced concrete structures, design of machine formation and solution organization of construction, which includes an engineering report site equipment and site equipment drawing.

The main subject of this diploma thesis is a construction technological project of preparation and realization multifunctional building in Brno on Trugeněvova street. It is a new construction of the main building. It provides a technical report on the construction technology project, transport relations for the transport of materials and machinery to the construction site, following technical report of construction site equipment, construction technology study, design of machinery and last but not least elaboration of technological regulation for the execution of monolithic structures. Furthermore, the chapters on health and safety protection at work on the construction site, as well as the LEED certification system and the financial and time plan of the selected stage are elaborated.

This thesis is focused on the developing of the implementation phase of the Hotel MIURA in the village of Čeladná. The project is describing particular stages of technological realization of this construction, technology, implementation of the main subject of hydro-insulation system, including design control and test plan for its implementation, design and description of site equipment, the draft contract for realization. The work is further supplemented by an objects schedule and detailing schedule of the main hotel building, a description of major equipment and materials used, budget for the main calculations of the object and other objects.

This master thesis deals is processed constructive technological project new construction of residential house in Trnave.Master is thesis includdes model of the building site accessories, technology procedure, time schedule, financial heftiness ,check and test plan, budget ,occupational safety.

This master thesis deals is processed constructive technological project of realization factory and storage building in Znojmo. Master is thesis includdes model of the building site accessories, technology procedure, time schedule, financial heftiness ,check and test plan, budget ,occupational safety.

The theme of this doctoral thesis is research of footbridges curved in plan that are formed by stress ribbon. Recently, several noteworthy curved pedestrian bridges, which decks are suspended on their inner edges on suspension or stay cables, have been constructed. However, curved stress ribbon bridges have not been built so far. The goal of this study was to answer the question whether the use of curved stress ribbon structures is even possible. For this reason, in the first stage feasibility study of these structures has been prepared. Knowledge of both curved pedestrian bridges, which decks are suspended on their inner edge and straight stress ribbon has been used. For the mathematical modeling FEM software ANSYS was used. The obtained findings were further used to design a new type of a modern, aesthetic curved bridge for pedestrians. The structure is formed by slender reinforced deck, which is through the steel brackets on the inner side stiffened by steel section. Torsion of the deck, caused by curved structure and asymmetrical cross-section, is reduced by cable situated in the handrail. Footbridge span is 45 m, arc camber in plan is 10 m, free bridge width is 3 m. Described is a general structure effect, detail static and dynamic analysis was carried out. Designed structure including construction stages were experimentally verified on a fully physical functional 1:6 scale model. The thesis describes the model analogy used for the design of the model, its structural design and its implementation. The model was subjected to a series of load tests including the final ultimate strength test. Performed tests confirmed the good match of calculation with the reality, correctness of the design and high resistance of designed construction. Acquired results and experiences from design and realization of model form the basis for practical realization of studied structures.

This diploma thesis deals with construction-technological project of extension of elementary school Šlapanice. The thesis is focused on the design of the construction site equipment, the time and financial plan, itemized budged, the design of machines and mechanisms, the technological regulations, the control and test plan and the noise study. Part of this thesis is also the detailed time schedule and the thermal assessment of the roof.

The subject of the master´s thesis technological project of the Ivančice residential building in Ivančice. The building has one underground and four aboveground floors. The master´s thesis contains a technical report for the building technology project, broader transport routes, a timetable, a financial plan, time schedule, design of construction site installations, design of mechanical assemblies, technological prescription for construction of celling white tank, inspection and test plan, crane and design.

The subject of the final thesis deals with constructional technological project of structural work of building E, F, G and undeground garages, which belong to complex of building „Letňanské zahrady“ in Prague. The thesis contains time and financial plan, itemized budget for substructure, technical report, site equipment, machine assembly. The main part of my thesis consists of the technological prescription for foundation slab and construction of carcass substructure „white tank“.