The Diploma Thesis is focused on the analysis of a traffic situation in the territory of the town of Hranice. The work is based on information about the level of automativity, accident rate and own analysis and measurements. Based on the detected facts, 3 problem sites were indentified, which were subjected to a road safety inspection. Possible risks that could lead to a traffic accident were identified. For each risk, a measure have been proposed to improve road safety or to eliminate the risk completely.

This diploma thesis presents safety inspection in selected localities in the Moravian-Silesian Region. Ten sections and ten intersections from rural area were selected for an accident rate analysis at first. These locations were compared on the basis of accident rate analysis and accident indicators. After that, were selected three sections and three intersections for a safety inspection. The safety inspection included a visual inspection and risk identification. For all identified risks were proposed a possible solutions.

The diploma thesis focuses on the assessment of transport infrastructure in Brno, the Sadová area and presents a solving proposal for selected problems. The work is based on the site's survey and measurement, as well as data collected from all available sources. The CDV methodology on road safety inspections in accordance with EU Directive 2008/96/EC was used as a basis for processing the analysis of individual sites. A detailed risk assessment is performed at four sites in the area where problems are identified and a proposal for their solution is given. In relation to public transport, the work also evaluates the individual bus stops, identifies major drawbacks, and contains suggestions for a comprehensive solution of bus stops emplacement. The proposal also includes suitable places for the implementation of pedestrian crossings on Kociánka.

This final thesis is focused on technological project Hotel Chopin in Bratislava. The technological project deals with the planning of the entire construction and focuses on the design of the site equipment, time plan of the building development and the detailed time plan of the building structure. Further focuses on the construction cast-in-place reinforced concrete structures. It prepares the technological prescription for cast-in place reinforced structures, inspection and test plan and the plan of safety risks and measures. Part of the project is also the construction budget and the mechanical assembly plan.

This diploma thesis solves the construction and technological project of the Fire Brigade and the municipal office. The building is located in Martinique near Velké Meziříčí. The thesis deals with the study of the realization of the building, the technical report on the construction technological project, the time and financial plan of the building objects. The design of the building site equipment, the design of the machine assembly, the time machine deployment on the given technological stage and the balance of the workers are elaborated. This diploma thesis also focuses on the technological regulation of the roof structure design, the control and test plan and the risk assessment and the implementation of roofs. Part of the work is an item budget of the building and a detailed timetable.

Bakgrund: Byggindustrins arbetsplats är komplex, ständiga förändringar sker och förutsättningar kan ändras snabbt. Byggnadsarbetarna löper högre risk än många andra verksamheter att drabbas av olycka eller ohälsa i arbetet på grund av en ökad risk vid t.ex. användningen av maskiner eller fall från höjd. På varje arbetsplats ska det bedrivas ett förebyggande arbete mot risker genom ett systematiskt arbetsmiljöarbete med skyddsrond. Företag inom byggsektorn har identifierat ett behov av att effektivisera det systematiska arbetsmiljöarbetet vilket företaget BuildSafe AB tag sig an och skapat det digitala verktyget BuildSafe som ska effektivisera säkerhetsarbetet. Studien ingår i ett forskningsprojekt vid KTH där syftet var att utvärdera det digitala verktyget BuildSafe i byggindustrin. Syfte: Syftet med studien är att undersöka och beskriva arbetet med skyddsronder inom byggindustrin och identifiera framgångsfaktorer och utmaningar för att uppnå god kvalitet och effektivitet i skyddsrondsarbetet. Avgränsningar: Författaren behandlar skyddsrondsarbete inom byggindustrin avgränsat till Sverige, studiens undersökning avser inte skyddsrondsarbete i andra länder. Metod: Studien genomfördes med en kvalitativ design med induktiv ansats. Det genomfördes en deltagande observation, en gruppintervju samt fyra telefonintervjuer. En semistrukturerad intervjuguide användes vid samtliga intervjuer. Allt deltagande var frivilligt och all insamlad data avidentifierades. Resultat: Resultatet visade att de identifierade huvudsakliga framgångsfaktorerna som skapade förutsättning för ett väl fungerande skyddsrondsarbete inom byggindustrin var delaktighet och engagemang i företaget kring skyddsrondsarbetet. Genom att använda ett digitalt verktyg skapades också bättre möjligheter till ett lyckat skyddsrondsarbete och med en god planering och bra kommunikation före och efter skyddsronden skapades förutsättningar för en god arbetsmiljö. / Background: The construction industry is a complex workplace, constant changes take place, and conditions can change quickly. The construction workers are at higher risk than many other businesses that suffer an accident or illness at work because of an increased risk for e.g. the use of machines or fall from height. In every workplace there should be conducted a prevention against risks through a systematic program of safety inspection. Companies in the construction sector have identified a need to streamline the systematic work which now Build Safe AB while addressing and created a digital tool Build Safe to streamline security. The study is part of a research project at KTH, where the aim was to evaluate the digital tool Build Safe in the construction industry. Aim: The purpose of the study is to investigate and describe the work on safety inspection in the construction industry and identifying success factors and challenges to achieve the quality and efficiency of the safety inspection work. Limitations: The author deals with safety inspection work in the construction industry confined to Sweden, the study does not address safety inspection work in other countries. Method: The study was conducted with a qualitative design with inductive approach. It conducted a participant observation, group interviews and four telephone interviews. A semi-structured interview guide was used in all interviews. All participation was voluntary, and all the collected data was anonymised. Results: The results showed that the identified key success factors that created the prerequisite for a well-functioning safety inspection work in the construction industry was the involvement and commitment of the company on safety inspection work. By using a digital tool better opportunities for a successful safety inspection work was also created, and with good planning and good communication before and after the safety inspection tour created the conditions for a good work environment.

This master´s thesis deals with construction-technological project of administrative-production and storage complex in Třinec - Oldřichovice. It´s a new building of the main building, consisting of a two-storey administrative building and a one-storey storage hall, which is complemented by other sub-objects. The master´s thesis solves the realization of the building as a complex whole and in more detail focuses on vertical and horizontal supporting structures, made of steel elements and steel-concrete ceiling structure. An integral part of the project include studies of the realization of the main technological stages of the main building, technological regulations, complemented by assembly schemes, solution of transport routes and proposal of machine assemblies, site equipment design, time schedules, budgets, inspection and test plans and proposal of security measures for selected risks. The work is further supplemented by a specialized area that prepares the design and execution of intra-areal reinforced communications.

This thesis presents a safety inspection in selected places in the Vysocina region of the Czech Republic. Six intersections in rural and municipal areas, plus three rural road sections were selected for the inspection and an accident rate analysis. The places selected were compared in terms of the accident rate and one case of each group was then selected for a detailed safety inspection encompassing visual inspection and identification of possible hazards. By eliminating such safety hazards, it is possible to ensure a traffic fluency and to preclude traffic accidents or at least minimize the harm caused by it.

The aim of this diploma thesis is the construction and technological solution of the warehouse and administrative building in Černá za Bory. The diploma thesis contains technological procedures for assembly of reinforced concrete skeleton and realization of industrial floor. This work solves problems that could arise during the assembly of the skeleton and realization of industrial floor. The thesis contains a construction technology project, a study of the implementation of the main technological stages, the situation of the construction with broader relations of transport routes, the project of construction site equipment and the main design of machines and mechanisms. Furthermore, I created a variant solution of skeleton assembly including financial and time evaluation. Since the project documentation that was provided to me did not include any details for the skeleton placement, I decided to develop design details for the skeleton placement. Subsequently, I developed a plan for occupational safety and health. As a part of this work I made a comparison of industrial floors, both in terms of performance and economic. In order to find out the time demands, I prepared an exact timetable for the implementation of the main building. In order to ensure high safety and quality, I prepared a control and testing plan for the assembly of the skeleton and for the implementation of industrial flooring.

This thesis addresses the technological project of building a production hall in EDSCHA Henry Hradec. For the construction project will be developed technological studies major technological implementation stages, summary technical report, technological specification for installation of a steel frame and cladding halls, safety measures in the construction, inspection and test plan for the assembly skeleton, time and financial plan for the whole building, budget object SO01 production hall with an administrative extension and extension of production facilities.