The theme of the diploma thesis was the elaboration of an architectural study of a selected building from the undergraduate project of the urban design of the Kraliky Sports and Recreation Resort in the Ústí nad Orlicí district. The urban-architectural study defined a property suitable for the location of a mountain hotel, which is located in close proximity to the existing urban development south of the city and in the southwestern part of the defined location for the implementation of the sports and recreational resort Kraliky. The city's intention is to build a new hotel complex on its own property to provide maximum service for the emerging resort. The ski hotel is designed as one building with additional structures including ancillary buildings such as paved areas and roads, utilities, etc. The ski hotel is designed in an energy-passive standard, it will meet the requirements for high quality indoor environment and will minimize energy consumption for its operation. The priority of the project is a healthy indoor environment and environmental friendliness. The aim was to create a building that respects the surrounding buildings and its material solution does not protrude into the surroundings.

The subject of the diploma thesis is a height measurement done within several time periods, in order to detect vertical displacements of an object of dormitories of JAMU on Novobranska street in Brno. The thesis includes selection of the method and its accuracy verification and also processing of the measurements and suitable interpretation of achieved results.

The theme of MASTER'S THESIS is a Apartment Building with Café. Apartment building with 9 residential units and entering 1.NP. The café has two floors, with the possibility of organizing company meetings. Built-up area is approximately 420 square meters. The building has 4 floors.

This thesis deals with a design of an energy-efficient hotel in the Jeseníky mountains. Main parts of the project are to be found in folder C, containing the drawings including five technical details, technical report with attached list of compounds, thermal assessment and fire safety project. The work also contains a study in folder B, which represents the initial version of the project, including the evolution of the project, staircase calculation and simple visualization. This thesis can be used as project documentation for actual building operation.

This diploma thesis deals with a new building indoor swimming pool in town Lanškroun about one ground floor and one above-ground floors. This thesis is focused project documentation , technical reports, reports of fire safety and fulfillment Demands of building physics . The building is designed with three swimming pools, the first pool is a long 25m, children's pool and a relaxation pool. In addition to the pool hall are also designed two steam saunas . All the supporting structures are made of reinforced concrete. Outer walls of contact thermal insulation polystyrene foam . Roof is designed like 3 waves of water like compact roof. Heat insulation in the roof is designed from foam glass. The supporting structure of the roof in the pool hall is made of wood , glued truss. The pool hall is designed glass facade.

This diploma thesis addresses is the project documentation for kindergarten. This building is situated in the region Vysočina, the town Jihlava. Kindergarten is designed for two separate classes forty-day stay children as a single storey. Vertical structures are designed ceramic fittings. The entire building is covered with a flat roof.

The intention of my thesis lies in the design of optimal cogeneration unit for the selected object. Economically evaluate the proposed options and the variant processed into a building permit.

Topic of my diploma thesis is creating design documentation on level of detailed design, Library of Nymburk. Project contains engineering reports, realization drawings, thermal assessment, fire safety assessment, static ceiling evaluation, simplified foundation design and design of staircases. Projected building has three above ground floors and one partial basement. Structural system vertical is made of mansory walls, based in basement on drilled piles and in first upper floor on strip foundations. Staircases are made of cast-in-place reinforce concrete same for ceiling slabs and joist slabs. Roof structure is warm flat roof. Project was designed in computer programs: ArchiCAD 19, IdeaSTATICA7, WDLS 5, Svoboda software and vizualization done in Lumion 3D.

This thesis is about the taxation of the digital sector of the economy. Currently, this issue is being discussed because of the fast development of these services, where the current rules for taxation of goods and services are still dependent on the physical presence of entities at the point of sale and thus unusable. The work is focused on existing systems and proposals on how to tax this sector in the EU, problematics in international tax planning and aggressive planning to reduce the tax base. The aim of the thesis is to compare available proposals and established regimes in the EU and to draw a proposal for taxation of digital services for the Czech Republic. The main method of this thesis is to analyze the obtained data for the subsequent comparison of indicators and benefits for the Czech Republic. The thesis offers an insight into the digital sector, countermeasures by individual states by application of unilateral measures and the EU measures and effort to come up with a common tax regime. The main benefit of the thesis is the proposal for taxation of the digital sector in the Czech Republic and the estimate of possible revenues. The Czech Republic has started to address this issue in early 2019, but it is still uncertain how or when this taxation will occur.

The diploma thesis deals with projet documentation for execution of a new kindergarten building in the city of Velíková. The kindergarten is located in the properties with number 528/1. The building has one underground floor and two above-ground floors. In the basement there are storage rooms, technical rooms and air conditioning engine room. In the first above-ground floor there are two classes of kindergarten. Every classroom are designed for 16 childrens. In this floor there is a kitchen and laundry with storerooms. There are three teaching classes and offices of management in the second above-ground floor. The perimetr load-bearing masonry in the basement is designed of concrete blocks of permanent formwork. In the above-ground part of the building are load-bearing masonry designed af clay blocks. The ceiling structures are designed from prestressed reinforced concrete spiroll panels. The roof structure is designed as a warm flat roof. The kindergarten is insulated with a certifies thermal insulation system.