Master´s thesis processes Construction technology project and implementation of bridge at Soběslav on the route D3, section D3 Tábor – Veselí nad Lužnicí, concretely SO 7-216 Bridge over the route III/15527, Černovický stream and biocorridor km 94,100. This is a permanent road bridge about 25 fields with the continuous construction of precast prestressed concrete beams longitudinally coupled concrete slab.

This diploma thesis addresses the „University Campus Bohunice - Architectural and technological project“. This thesis includes excavation, pile foundation, reinforced concrete foundation slab it also deals with in detail technological regulations on earthworks and deep-pile foundation. The thesis contains solutions to building equipment, schedule of selected stages of the construction situation with the solution of transport routes, designed mechanical assembly required for selected stages and control plan earthworks and deep-pile foundation. This diploma thesis addresses the „University Campus Bohunice - Architectural and technological project“. This project involves construction of two buildings. Building A32 with two basement floors and three floors and second building A 31 with one basement floor and three floors. This thesis includes excavation, pile foundation, reinforced concrete foundation slab, it also deals with technological regulations of earthworks and deep-pile foundation in detail. The thesis contains solutions to construction site equipment, schedule of selected stages of the construction, location of buildings and the solution of transport routes, mechanical equipment required for selected stages of project and control plan of earthworks and deep-pile foundation.

The aim of thesis is construction-technology project of sheltered housing in Rajhrad. Parts of the thesis are technical report of site facilities, technological prescription for monolithic ceiling construction, inspection and test plan for monolithic ceiling construction, proposal of mechanical assemblies and transport relations, occupational safety and health, environmental plan, compared of monolithic and prefabricated staircases, the draft contract for work and binding rules for use of the building, financing construction cost, schedule.

The subject of my thesis is the construction and technological project of the new private clinics in Slavkov near Brno in South Moravia. The main goal of my work is a study of implementation of major technological stages of building. These technological steps will cover the main building. This study will be established timetable. Furthermore, the project will be processed construction site, the design of the main building machines and mechanisms, with the budget bill of quantities for the main building structure. Technological specification and control plan is prepared for the realization of construction scaffolding, flat roofs and implementation envelope. Re-entering the occupational health and safety plan for the aforementioned works.

Main goal of this thesis is effective design and comprehensible description of the assembly of reinforced concrete skeleton warehouse in Šakvice. In several chapters of this thesis is for preparing of this investor´s plan solved supplies prefabricated components. As well as their assembly into construction, equipment of construction site, used technologies, quality control and safety of performed works. There is great emphasis on the construction budget and its chronology. The aim was to use the rapid progress of construction of the supporting skeleton, taking into account the financial coast of the proposed technology.

The thesis is elaborated on the basis of project of the retirement home Brno – Tuřany. The thesis is focused on building technology solutions of construction of the retirement home Brno – Tuřany. The main part of the thesis deals with realization of rough construction DCI, especially with detailed description and draft solution for making the ceilings and elliptical reinforced concrete staircase (tube). Apart from the impressive architectonic draft solution of main staircase of the building, it will be interesting to deal with progress of the whole construction that is divided into three dilatational parts.

The diploma thesis contains selected parts of the building - technological project for the construction of the Miroslav bus interchange. This is a new building, which will improve the transport infrastructure and the safety of people at the site. Part of the diploma thesis is the technical report to the building and technological project, the time and financial plan, a study of the technological stages, budget and a detailed timetable, the organization of the building site, the technological regulation for the asphalt paving and the inspection and test plan, a plan concerning safety and dangers on a building.

The master´s thesis deals with the constructive-technological project of dwelling house. The project includes a technical report, an operating regulativ of substructure carcassing of a main building object, time and financial schedule, building site, quality and safety requirement. The work is based on the project for implementation.

The need for safety components in safety-related control systems arises in developing basic principles for preventing mechanical accidents and protecting safety for people and machines, especially in the development of automated drive systems for mobile construction machinery. An important parameter when using safety-relevant components respectively safety devices of automation technology-according to E DIN EN ISO 13849-1:2020-08 - in mobile machinery is the Diagnostic Coverage. The Diagnostic Coverage measures the effectiveness of the diagnosis as the ratio of the failure rate of noticed dangerous failures and failure rate of total dangerous failures. Because single- and dual-channel safety circuits from the Safety Related Parts of Control Systems (SRP/CS) might fail or get defective, a known level of Diagnostic Coverage helps to design such systems. As a supplementary method, the paper discusses the possibility of deriving a failure rate from empiric investigations via the context of fault classification known for electrical components from DIN EN 61508.-6:2011-02. Test procedures are not available in the development phase of new machines and new components in the field of mobile machines. Nevertheless, the Diagnostic Coverage is required for the calculation and design process. Similar to this test approach, the fault behaviour of technical products, defined in the FMEA (Failure Mode and Effects Analysis), can be applied to estimate the fault conditions in parallel to the design development as a first step. The target of estimating the diagnostic coverage already in the development phase of safety-relevant hydraulic components and systems can thus be achieved more effectively, and is illustrated in the article employing an example. The Diagnostic Coverage must be determined to classify the entire SRP/CS and each individual component according to ISO 13849 in category 2 and categories 3 & 4. In practice, this means that the calculation must be executed for the respective sensors, the controller and the actuator individually, and the entire functional channel as a whole in the single- or dual-channel safety circuit system. This enables an initial estimate and calculation of the Diagnostic Coverage according to ISO 13849 in the development phase without executing time-consuming prototype tests or test results from the field. This results in time savings and an increase in effectiveness of the internal work processes. Furthermore, the early avoidance of potential systematic risks of product and process failures, allows to reduce the costs of the development phase significantly.

The goal of this thesis is a construction technological project of an apartment building in Ivančice. The work focuses on the graphic visualisation of earth and foundation works progress and consequently on the item budget and timetable for construction works. Technological regulation for earth and foundation works with the changes on foundation constructions, organization of the construction, construction site equipment plan, draft of the main machinery and mechanisms are also part of this work. Technical report, coordination layout with a description of transport options, schedule, and financial plan are also part of this thesis.