The topic of my master`s thesis is to design foundations of multifunctional building in Olomouc. Another part of this master`s thesis deals with safe and economic design solution of shoring wall. This construction is used to built underground parts of the building. The last part of the work contains description of technological proces of the geotechnics constructions execution. The drawing documentation is also included.

The new building of a university dormitory with workshops is the content of the presented thesis. The building consists of fifty-two beds for students’ accommodation with complete equipment in eight cells, three workshops and a technical support. This is a combination of reinforced concrete prefabricated skeleton and classical masonry building construction with insulation. The building has four floors. It is designed as seven towers with flat roofs, which protrude from a ground floor with a vegetative roof. Paved and parking areas are adjacent to the building. The project is designed into an urban area of Nový Jičín. Glass atrium and overall shape solution are the distinctive features of the proposal.

The topic of this master's thesis are the design of ensuring foundation pit and foundation of administrative building in Prague. In the vicinity of foundation pit is situated the river Vltava, which directly influences the ground water level at the job site. During construction, it is necessary to envisage the possibility of occurrence of the old building structures of docks.

The main goal of this thesis is elaboration of a project documentation for the building permission of nearly zero energy office building with BIM, and assessment of the designed building by methodology for multicriteria evaluation of buildings. The building is located on a slightly sloped site of former military barracks in Valašské Meziříčí. The building is intended as offices for ENERGIS company. The building has rectangular floor plan (approx. 32 x 22 m). The building has three floors. There is café, reception, technical and storage facilities on the first floor. The second and third foor contain offices, meeting rooms and staff facilities. All floors are wheelchair accessible. The building has a cast-in-place reinforced concrete frame and warm flat roof. Infill walls are made of ceramics blocks. The facade wall is covered with ventilated facade with timber cladding.

I see free "green" plot next to Černá louka like the most suitable place for my solution of the project. the most important point of my concept was to divide dirty services and cleen services of the complex of educational buildings. The "dirty" parts are located to the main road with trams, cars and pedestrian path. "Clean" one is oriented to the river Ostravice and green more quiet location. From the aspect of functions, the complex is divided to three main parts (kindergarten, the primary school and technical lyceum) and additional functions also offered for public (gym and school canteen). The kindergarten is separated from the service and volume of the main hall of primary and secondary school, because of the special needs and private of the small kids. The main hall for the primary school and technical lyceum is huge hall with concrete folded plate roof. This space has universal use like social connecting place, playground, education, cultural events.

The project concerns itself with a current issue concerning the use of the social space, Černa louka, situated a short distance from the centre of Ostrava. This project adds new facilities - educational, sports, gastronomical, and scientific - to the original competion proposal. What is more, this brings new input to the area responding to the needs of local inhabitants. The complex of educational buildings is designed as a new principle of vertical compact form.

This masters thesis focuses on real estate taxation in the Czech Republic and Great Britain. The theoretical part of this thesis presents the tax system in both countries as well as basic information about property taxes and the system of taxation of property. The practical part of this thesis consists mainly of model examples of taxation of real estate intended for housing and real estate with commercial use. Part of this work is also aimed at comparing the tax burden. The comparison of taxes on property in both countries is made by comparing taxes on property with GDP and with total taxation. The final part of this thesis compares the tax burden in both countries by using the results from the model examples.

The subject of the diploma thesis is a construction technology study of the proces of realization. The aim of the thesis is to design a suitable technological procedure for the construction of the main building with a focus on feasibility. The content of the diploma thesis is the design of a suitable solution of partial processes, mechanization and organization of work leading to the successful realization of the object. The diploma thesis is focused on the feasibility of works concerning the variable way of ensuring the stability of the walls of the building pit in the existing urban area, the design of the machine assembly, the budget item, the costs of the construction site equipment and, last but not least, the safety plan.

The topic Modern Approaches to Designing Electrical Equipment with a Focus on Railway Construction responds to the decision of the Government of the Czech Republic to introduce the BIM method for government over-the-counter contracts from 1 January 2022. The government evaluated the BIM method as an effective tool for digitizing the construction industry. The diploma thesis deals with the method of designing high-current equipment, technologies and distribution on railways according to this new method. The work summarizes information about the present method of design, used high-current electrical equipment on the railway, the near and distant future of railway operation, the organization of administration and maintenance of equipment. It discusses the principle of the BIM method and basic software solutions supporting design activities according to this new method. The Promis.e software published by Bentley is also described in detail, which supports the design of electrical equipment for linear structures according to this method. The BIM method is a means of fulfilling the essence of Construction 4.0. It uses uniform data formats, a common data environment, working with non-graphic information. In the second part of the diploma thesis, the drawing documentation for the sample project of high-current distribution of the railway station was prepared. It was first created using AutoCAD software. After that, the sample project demonstrates the basic principles of the BIM method using Promis.e software. Furthermore, this project is evaluated, both methods of design are compared. The procedure of introducing the BIM method for the design of electrical equipment in a specific design company is proposed and other possible steps in working with the Promis.e software are discussed. The way of creating a and adding element libraries is described. At the end of the diploma thesis it is stated that to successfully master the design work according to the BIM method, it is necessary to have experience with design work in the field, know the principles of the BIM method, choose a suitable software solution, continuously and thoroughly manage these tools and train staff. Under these conditions, it will be possible to make full use of the potential of the BIM method.

The theme of this Master´s thesis is to design and assess the load Bering steel structure of the hippodrome in Napajedla. The hippodrome is solved as a hall object in two alternatives. Both alternatives are elliptical in shape with dimensions of 40 and 80 m. Load bearing structure of the chosen alternative is formed by transversely oriented column binding with the axial spacing of 6,0 m. Transversely oriented binding is formed from spatial lattice truss supported by fixed solid columns. The spatial rigidity of the structure is ensured by fixing columns in the transverse direction and by using transverse braces in the longitudinal direction. The longitudinal braces help to ensure the spatial rigidity. The work consists of the design and assessment of the main load bearing components, the solution of chosen details of joints and columns´ anchoring, solution of construction component and the elaboration of statement of material and drawings´ documentation.