The subject of my diploma thesis is the design of realization of the Elit storage hall in Brno based on the provided project documentation. Part of the thesis is a technical report for a building technology project, a study of the realization of the main technological stages of the building, the situation of the building with wider transport route links, the project of the building site including the technical report of the construction site equipment, the design of the main building machines and mechanisms. Further part of this work are a chapters on the implementation of the supporting structure of the halls, which are the Technological Regulation for the assembly of the prefabricated reinforced concrete skeleton, The Plan for securing the material resources for the assembly of the prefabricated reinforced concrete skeleton and The Assessment of the usability of the mobile cranes for mounting the prefabricated reinforced concrete skeleton. Part of this work is also a variant solution for the implementation of the Densitop MT industrial floor including a price comparison comparison with the original design. From the time and financial point of view, the object time and financial plan is elaborated, followed by the detailed schedule of the main building construction and the itemized budget of the main building, including the bill of quantities. Due to the high demands on the quality and safety of the construction, the chapters of the Quality Control and Testing Plan for Reinforcing the Prefabricated Reinforced Skeleton and the Plan for Safety and Health at Work on the building site are also included.

This diploma thesis deals with the construction and technological project of the extension of the production hall Granitol a.s. in Moravian Beroun. The thesis focuses on the technological stage of assembly of the prefabricated skeleton of the rough top structure and the laying of the floor formation. In addition, an extended accompanying and summary technical report, a technical report on transport relations and coordination of oversized transport, a time and financial plan for the construction, a budget for the prefabricated skeleton, a timetable and the balance of the workers, the design of the main construction machines and mechanisms, including their time commitment , organization of the construction of the building including drawings of the construction site equipment, technological regulation for the assembly of the prefabricated skeleton and the laying of the floor formation, inspection and testing plan for the prefabricated skeleton assembly, summary assessment of the lifting mechanism selection, schematic of the assembly procedure of the prefabricated skeleton elements, protection and health at work during construction.

The aim of the thesis is the solution of selected parts of the building-technological project for a building in Nymburk. The content of the diploma thesis is a technical report for a building technology project, a study of the realization of the main technological stages of the building, a technical report of the building site equipment, a design of a machine assembly, a technological regulation for the execution of masonry from concrete blocks and folded ceiling constructions, a control and test plan for the implementation of masonry from concrete blocks and execution of folded concrete ceilings, OSH plan on site. In the appendix of the thesis I elaborated drawings of construction site equipment, item budget of building, object budget according to THU, construction schedule, material resources plan and dimension of building machines.

The subject of this diploma thesis is a construction technology project of a residential building in Frýdek. It is a residential building with four floors and a basement situated in Frýdek – Místek. The content of the preparation of technical reports for the construction and technological project studies and implementation of major technological stages. Creating a time and financial plan for a solved object. Further elaboration of technological regulations for drilled piles and reinforced concrete ceiling structure. A control and test plan is also being developed for these constructions. There is also a project site facility design and a machine assembly and a main lifting mechanism along with the occupational safety and health solution. In addition, the construction site is solved in connection with the transport routes. The thesis is designed with respect to the economic and time aspect.

The subject of this diploma thesis is construction-technological project of the integrated rescue system station. The building is situated in the village of Týn nad Vltavou and will be used to perform the service of fire protection of the population. The thesis is focused on the design of the construction site equipment, the time and financial plan, the design of the main building machines and mechanisms, the technological specification, the control and test plan, and also the occupational safety and health protection.

The subject of this diploma thesis is the construction technological project of the implementation of the prefabricated hall of the power plant in Melnik. This thesis conatins a technical report, project of the site equipment with technical report, time and financial plan of the building, study for the realization of major technology stages, desingn of assembly machines, budget of object, technological specification of steel structure and cast-in-place constrution of pump pit, also monitoring and test plans.

The aim of this diploma thesis is the design of an effective construction-technological project for the construction of reinforced concrete prefabricated storage halls and halls of Ravensburger Karton s.r.o.. The solution of the chosen problem is the design of the building site equipment, the verification of the transport routes, the assembly schemes, the technological regulation and the control and test plan for the precast reinforced concrete frame, the BOZP plan, the budget item and the schedule of the main building, timetable, calculation timetable and environmental aspects of the construction.

The aim of this diploma thesis is a construction-technological project of the Lavimont production hall in Brno Tuřany. The thesis deals with solution of off-road transport, supply, design of main building machines and mechanisms, ensuring safety and protection of health at work, ecology and environmental protection. The thesis also deals with the optimal construction of site equipment, pumping of resources during construction and solves the total time demands of the construction of this hall. Part of the diploma thesis is also solving the problems related to construction procedures, including the elaboration of a technological regulation and examples of the use of BIM technology in the construction process.

The final thesis is focused on the solution of the building technology project of storage hall in Zlín. This master’s thesis includes engineering report, studies of major technological stages, solution of transport routes, project of site equipment, design of major machines and mechanisms, technological regulations for steel hall and steel fibre reinforced concrete floor, time schedule, control and test plans for steel hall and steel fibre reinforced concrete floor, budget, time and financial plan, assembly schemes for steel hall and floor assembly.

The subject matter of the diploma thesis is the structurally technical resolution of a new pavilion project, which is situated in the area of the Teplice hospital. The pavilion consists of a two-storey ferroconcrete monolithic framework. The thesis contains a technical report of the construction-technological project, a report of the construction site equipment, a traffic stance in the surroundings of the construction site, a solution of traffic alinements for the transport of materials, a design of the main building machines and mechanisms, a plan of health and safety at work, the environmental protection, a timetable, a technological prescription of monolithic structures, a technological prescription of drilled piles, an inspection and test plans, a contract for work, the budget of the gross superstructure and a resource limit.