The thesis contains analysis earthworks, foundations, carcass substructure of residential house on the street Kopečná 9 in Brno. The work also includes gradual changes in site equipment, detailed schedule of work for selected works, rough schedule of the whole building, construction budget, site equipment budget and details of construction. Specialization in the work addresses the specific use of roads and traffic signs.

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.

Content of this master‘s thesis is construction technological project of apartment block in Boskovice. The masters’s thesis contains technical report of the building, suggested construction site installations, proposal of suitable machines and mechanisms required for construction, further it solves wider relations of transport lines to construction site, budget and time schedule. Detailed procedure of assembly of the load-bearing roof truss and the roof sheathing is provided in specifications. Safety and health protection, control and test plans are elaborated for stage of the building roofing.

This diploma thesis deals with the preparation of the implementation of multifunctional buildings in Bratislava. These are three detached multi-storey apartment buildings connected by a joint basement. The diploma thesis includes a technical report to the construction technological project, a study of the implementation of main technological phases, solving of broader relations of transport routes with the design of supply routes, a time schedule and a financial plan of the object, a detailed time plan for the rough substructure and rough superstructure, a building site equipment project, a machine assembly design and its assessment, a technological regulation for monolithic structures, a control plan and test plan for monolithic structures, a specification of the time period of the removal of the formwork of monolithic structures, an occupational safety and health plan and selected points of the LEED certification. The thesis also includes a plan for securing resources for the rough structure with added schedules of workers, machines and building materials, a cost estimation budget of selected technological processes, a noise study, and a financial analysis of the expected investment profit.

This diploma thesis is focused on the management of a construction order in a construction company. The aim of the diploma thesis is to describe the process of preparation and implementation of a construction order and the processing of production preparation documentation. The theoretical part of this work describes the basic concepts related to construction and project management. The following practical part already deals with supplier preparation and also safety and health protection at work for the selected order. This contract is the construction of the Regional Office of the Vysočina Region, an administrative building E.

Kemiska arbetsmiljörisker förekommer inom ett flertal branscher och behöver förebyggas för att skydda arbetstagare mot ohälsa, sjukdom och olycksfall. Det förebyggande arbetet görs genom att identifierade risker bedöms och kontrolleras med ändamålsenliga åtgärder, med målet att riskerna minskar eller helt försvinner. Att genomföra kemiska riskbedömningar är dock ofta både svårt och komplext med många olika aspekter att beakta och kräver både tid och kunskap. Som ett sätt att förenkla och effektivisera processen kring kemisk riskbedömning önskar Skanska, ett företag inom bygg- och anläggningsbranschen, se över om det är möjligt att återanvända kemiska riskbedömningar. Syftet med detta examensarbete blev därmed att utreda möjligheten i återanvändning av redan genomförda kemiska riskbedömningar där de kemiska produkterna ska användas igen. Utredningen har fokuserat på fördelar, hinder eller svårigheter och förutsättningar för återanvändning. Europeiskt och svenskt regelverk och vetenskaplig litteratur har genomlysts och data har samlats in från intervjuer med olika nyckelpersoner på tre arbetsplatser inom Skanska samt utifrån riskbedömningar av några utsedda produkter. Resultatet har därefter jämförts med svenskt regelverk, för att därigenom dra slutsatser om möjligheten i återanvändning av kemiska riskbedömningar. Examensarbetet har resulterat i slutsatsen att återanvändning av kemiska riskbedömningar bör vara möjlig, under förutsättning att de mallar eller checklistor som används som stöd uppfyller de krav som finns för kemisk riskbedömning. Det behöver säkerställas genom ändamålsenliga rutiner av personal med rätt kompetens om kemiska arbetsmiljörisker. Det behöver också stämmas av att exempelvis arbetssätt, omgivning och tillgången av åtgärder är likvärdiga på den arbetsplats som först genomfört riskbedömningen, och den arbetsplats som därefter återanvänder riskbedömningen, eller att dessa faktorer kan bli likvärdiga genom vidtagna åtgärder. Några risker eller hinder för återanvändning har identifierats. En av de mest framträdande riskerna är att kemiska arbetsmiljörisker förbises i samband med återanvändningen och därigenom också de åtgärder som behöver vidtas. Orsaker till detta kan vara bristande kunskap och engagemang eller möjligen fusk och slarv. I situationer där arbete ska ske med farligare kemiska produkter kan det vara svårare med återanvändning av riskbedömningar. Några fördelar med återanvändning bedöms vara förkortad tidsåtgång för kemiska riskbedömningar, en effektivare hantering, samt ett ökat stöd och lärande om kemiska arbetsmiljörisker genom att man lär av varandra och tidigare riskbedömningar. Möjligen kan återanvändning också bidra till att fler riskbedömningar genomförs, för att därigenom trygga yrkesarbetarnas säkerhet och hälsa. / Chemical risks in the work environment occur in several industries, and need to be prevented to protect workers from ill-health, illness and accidents. By performing risk assessments and taking appropriate measures, it is possible to reach the goal to reduce or even eliminate chemical risks. However, performing chemical risk assessments is often a quite difficult and complex issue with several different aspects to consider, requiring both time and knowledge. As a way to simplify and streamline the process of chemical risk assessment, Skanska, a company within the construction industry, wants to investigate whether it is possible to reuse chemical risk assessments. The purpose of this thesis was thus to investigate the possibility of reusing already performed chemical risk assessments in situations where the chemical products will be used again. The investigation has focused on the advantages, obstacles or difficulties and prerequisites for reuse. European and Swedish regulations and scientific literature have been reviewed and data have been collected from interviews with managers, safety representatives and employees at three workplaces at Skanska and from performed risk assessments of some selected products. Thereafter, the results have been compared with Swedish regulations, in order to draw conclusions about the possibility of reusing chemical risk assessments. The conclusion is that it should be possible to reuse chemical risk assessments, provided that the templates or checklists used as a support meet the requirements for chemical risk assessments. This needs to be ensured through appropriate routines by personnel with the right expertise about chemical risks in the work environment. It must also be ensured that some factors, as way of working, the work environment and measures taken, need to be similar for the workplace first performing the risk assessment, and the workplace that will reuse the same risk assessment, or at least that these factors can become similar after measures taken. Some risks or obstacles of reusing chemical risk assessments have been identified. One of the most prominent risks is that chemical hazards will be missed and thereby also the measures that need to be taken. This may be due to lack of knowledge and commitment or possibly cheating or carelessness. In situations where more hazardous chemical products are being used, it may be more difficult to reuse risk assessments. Some benefits of reusing risk assessments may be less time required for chemical risk assessments, more efficient management and increased support and learning about chemical hazards by learning from each other and previous risk assessments. Possibly, reuse can also contribute to more risk assessments being carried out, thereby ensuring the safety and health of professional workers.

Объект исследования – система менеджмента безопасности труда и охраны здоровья АО «ИРМ». Цель данной работы является актуализация документации интегрированной системы менеджмента в соответствие с требованиями международного стандарта ISO 45001:2018. Методология проведения исследования – в работе использованы такие методы, как: изучение СМИ и литературы, анализ данных от предприятия, сравнение. Полученные результаты и их новизна – в работе раскрыта актуальная на сегодняшний день тема перехода предприятия на стандарт ISO 45001:2018. Новая версия стандарта была опубликована не так давно и вопрос перехода на новый стандарт является насущным для многих предприятий. В дипломной работе произведен сравнительный анализ прошлой и настоящей версии стандартов ISO 45001 и OHSAS 18001, что позволяет оценить предприятию возможные изменения в системе менеджмента безопасности труда и охраны здоровья. Область применения – при сертификации или ресертификации на стандарт ISO 45001:2018. Значимость работы – теоретическое и практические вопросы, исследуемые в работе, являются значимыми, так как затрагивают актуальную тему перехода на ISO 45001:2018. / The object of study is the management system for labor safety and health protection of JSC INM. The purpose of this work is to update the documentation of the integrated management system in accordance with the requirements of the international standard ISO 45001:2018. The methodology of the study – the methods used are: the study of the media and literature, analysis of data from the enterprise, comparison. The results obtained and their novelty – the topic of the enterprise’s transition to the ISO 45001: 2018 standard is disclosed in the current work. A new version of the standard was published not so long ago and the issue of transition to a new standard is urgent for many enterprises. In the thesis, a comparative analysis of the past and present versions of the ISO 45001 and OHSAS 18001 standards is made, which allows the company to evaluate possible changes in the system of labor safety management and health protection. Scope – in the certification or recertification to the standard ISO 45001: 2018. Significance of the work – theoretical and practical issues studied in the work are significant, as they touch on the current topic of the transition to ISO 45001: 2018.

The content of the diploma thesis is the processing of a constructive technological project of a business incubator. The objective of this constructive technological project is to approach the construction process in the framework of the study of the implementation of the main technological stages, which closely follows the project of the site construction equipment with suitable layout of its construction, as well as the design of suitable machinery mechanisms for realization of the main building. Part of the project is also to determine the timeliness of work, financial and material management, and technological regulations for implement selected activities, taking into account the quality control and planning of their implementation. The whole construction process is completed in the final part of the diploma thesis on the solution of the occupational health and safety issues.

The aim of this diploma thesis is a solution of the extension of clinical hematology of the Faculty Hospital Brno. The thesis deals with the technological regulation for steel construction, coupled ceiling concrete slab with other topics including an inspection-check plan, a time schedule for carcass, time and financial schedule for structures and an item budget. In addition, this work includes the coordination site-layout of the construction with wider transport relations, mechanical assembly, the principles of the organization of site equipment and occupational safety and health risks. Finally this thesis contains several assessments for cranes, scheme of principles of fixing steel columns into structure, scheme of laying building envelope, LEED, site equipment financial assessment.

Master thesis solves construction and technological project which deals with data processing, documentation and technological processes of building reconstruction and extension realization in Muzeum of Česká Třebová. The work contains technological building study, assessment of relationships to the wider transportation routes, time and financial plan, building-site organization project, design of the main building machines and mechanisms, technological prescriptions for excavation work and micropile injection, occupational safety and health protection management, project calculation budget.