Diploma thesis contains descriptions of technological process of Residential House in Zlín. The project includes a technical report for pills and monolithic constructions, mechanization plans, safety and guality of work, report scheduling and organization of construction.

The diploma thesis deals with the solution of selected parts of the the construction technology project of the town covered swimming pool in Luhačovice. The project includes engineering report, design site equipment and crane, technological instruction for drilled pile and piled wall, supervisory and test plans. For the substructure deals with building noise and noise protection. Next it deals with the itemized budget of the gross building and detailed time plan.

This diploma thesis deals with a new built office building in Brno-Husovice. The building is situated in a gap site on the street Dukelská třída. The building has four aboveground floors and underground garages. The ground floor is divided into relaxation area and a commercial section with five shopping units. The second and the third floor are designed as a variable office space. The engine room for ventilation is situated on the fourth floor. Construction system is cast-in-place concrete frame. The building is roofed with the green roofs. Foundations are made of large diameter drilled piles.

There is ussualy used the Masopust's method to assessment the piles in Czech Republic. This method is based on statistical processing of large data set of load piles tests. Due to the using of regression coefficients this method is relatively complicated and not very transparent. Instead, foreign standards ussualy use direct the values of limit stress on the base of piles and unit friction capacity. Procedure for determining the bearing capacity of the piles is thus considerably simplified. In this thesis the Masopust's method is compared with the methods used in Germany and Austria. This comparison provides insight to the safety level that include various approaches.

Byggsektorn tenderar idag att välja material med låg miljöpåverkan och bygga energi- och tidseffektiva konstruktioner. Att öka användningen av träprodukter är en del av lösningen. Korslimmat trä (KL-trä) är ett byggmaterial som har blivit mer och mer populärt att använda i byggbranschen. I Sverige har KL-trä använts sedan slutet på 90- talet och användandet ökar för varje år som går. Materialet är relativt nytt och vid monteringen av KL-trä finns det utrymme för förbättringar. Syftet med arbetet är att undersöka och analysera hur dagens infästning av KL-element utförs och hur dessa kan effektiviseras. Målet är att undersöka om det går att korta ner monteringstiden av KL- trästommar. Detta görs genom beräkningar, fältstudie och experiment. I arbetet undersöks möjligheten att reducera skruvning för det vanligast använda vägg till golv anslutningarna och om det finns tid att spara i montaget med hjälp av förborrning. Resultatet av rapporten visar att det finns en potentiell tid motsvarande ca 40 % tidsvinst att spara med förborrade bjälklag från fabrik och andra kvalitétsfördelar som förborrning kan medföra, medan reducering av skruv är möjligt men inte optimerad för dagens mest tillämpade infästningslösningar. / The construction sector today tends to choose material with a low environmental impact and build energy- and time-efficient structures. Increasing the use of wood products is part of the solution. Cross laminated timber (CLT) is a building material that has become more and more popular to use in the construction industry. In Sweden, CLT has been used since the late 90 and its use is increasing every year. The material is relatively new and especially for mounting CLT element, there are still potentials for improvement. The purpose of the work is to investigate and analyze how todays attachment of CLT elements is carried out and how these can be made more efficient. The aim is to investigate whether it is possible to shorten the assembly time of CLT elements. The study was carried out through calculations, study visit and experiments. The work investigates the possibility of reducing screwing for the most commonly used wall to floor joints and showed there is a potential time efficiency of about 40% to be gained with pre-drilled floor element from the factory and other quality benefits that pre-drilling can bring, while the study also showed reducing fasteners under construction phase is possible but not an optimal solution.

Diploma thesis deals with the desing of reinforced two way concrete foundation slab in three variants. In the first variant is slab of constant thickness. In the second variant is haunched slab. In the third variant is slab with piles. The thesis includes a structural design as well as drawings. All calculations were performed in accordance with applicable standards. For the design was used program SCIA Engineer 19.1.

The aim of this work is to prepare the implementation of the reconstruction and extension of the Teaching hospital Brno Bohunice. Implementation of major technological stages is addressed in building technological study. Work includes selected legal procedures before the start of construction work, such as opening the envelopes and investor-supplier contract for the work. Further work solution contains selected technological processes of each sub-job phases, complemented by technological regulations, proposals for major construction machinery, selected inspection and test plans. As part of my work I will work with subcontractors to perform CFA piles, so I deal with on demand system for subcontractors, notice of award, issuing orders and delivery site for subcontractors. I believe that the subject of occupational health and safety on the jobsite is an important chapter construction and will therefore address the safety and health of people at work drawing up a plan OHS and OHS coordination meetings. Work will also be supplemented by information site equipment, time and financial plans and drawings of all the individual components specified in the Annexes. The content of my work is also a doctoral student competition entitled "Modern technologies and materials", where thoughts about the implementation superaseptických surgeries new technologies. This work will be the content of the text section of the attachments, always mentioned with the name of specialization.

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.

This master’s thesis is focused on technological and constructional project of apartment building – Block „B“ in the Hustopeče city. Content of this thesis includes engineering report of technological project, construction site equipment, used machinery, situational concept of transport routes and technological regulations for drilled pilots. This thesis also contains construction time schledule, itemized budget and assessment of the masonry systems.

The content of this this diploma thesis is structurally technical project of development center in Jaroměř. The building is situated in a V shape and it consists of two production halls and the projection building. Halls and projection building are conected with a special hall. The building of projection have two floors and halls have one floor. The thesis contains a technical report of the construction-technological project, studies of realization of the main technological stages and report of the building equipment. The thesis also deals with design of the main building machines, report of the drilled piles and theirs inspection and test plan. There is also time and financial plan for individual objects and for the main building object, information about safety and healt protection during work and itemized budget. At least is the study of a green roof.