This diploma thesis deals with the project documentation of a new building of a commercial-administrative center in Ostrava. The building has a partial basement, the maximum number of floors above the ground is 3. The building contains several categories of areas. The largest of them are office space and restaurant area. The total number of employees of the center is 73, including 63 administrative staff and 10 people serving the restaurant. The building also houses sanitary facilities, areas for rest, food preparation, meeting rooms, storage areas and filing cabinets, rooms for technical equipment. The building has a skeletal frame system made of monolithic concrete. Perimeter masonry and interior walls are made of Porotherm bricks. The building is covered with a general and vegetation flat roof. The facade of the building is ventilated, clad with titanium-zinc panels DEKCASSETTE and DEKLAMELLA IDEAL. The building is insulated with ETICS contact system, thermal insulation boards made of mineral felt. The diploma thesis is processed in the stage of project documentation for the construction.

The subject of this diploma thesis is to design kindergarten in Velké Bílovice in the South Moravian Region. The building is designed as a detached building with two above-ground floors and one partial basement floor. The building contains three classrooms for 45 students in total. External walls are made from ceramic blocks and the basement masonry is designed from formwork blocks. The roof of the kindergarten is designed as a flat single skin roof. The whole building is equipped with thermal insulation system, the floor structures are from monolithic reinforced concrete slabs. The structure is based on the foundation strips. The project documentation was made in line with valid legal and technical regulations.

This thesis is focused on a detailed analysis of the mechanisms of electromagnetic wave propagation in anechoic chambers. The analysis takes into account the influence of the measurement distance, setup of anechoic chamber and other parameters. Furthermore, the work deals with a validation of both types of anechoic chambers and examines the impact of selected parameters on the measurement results. Based on the theoretical analysis and practical measurement, the comparation between semi and fully anechoic chamber, or a three and ten meter measuring distance was made. This thesis also contains a detailed analysis of sources of the uncertainty.

The diploma thesis deals with the administrative building, which will serve as a municipal office in Rapotín. The building is designed as an extension to the existing cultural center Rapotín. The building structure is made as a masonry construction with ceiling construction of prestressed panels Spiroll. Single-layer flat roof is divided into two levels, the lower part is extensive green roof and the top of the roof is made such as usual flat roof. The building has two floors and partial basement coverage as well. The building is provided with four sheltered parking lots.

This master´s thesis deals with the design of the Mountain hotel with restaurant. The project is elaborated in the form of an implanting-level documentation. The object is situated at the land parcel No.115/5 in village cald Červená voda. The object is designed as tree-storey with the partially cellarage, the roof is propose as saddle roof.

The theme of master’s thesis is the newly built sports center in Rosice. This work aids to develop design documents for building construction. The building is partial basement, four-storey. The building is designed of systém Heluz with cast-in-place reinforced concrete floors. The roof construction is single-flat, over part of the building is composed of timber truss Gang-nail. In the building there is the bar with bowling alley, squash, small multipurpose sports hall, fitness room, table tennis and spinning. In the basement are designed three saunas. Tennis courts with playground are outside next to the building.

Value-range analysis is a static analysis technique based on arguing about the values that a variable may take on a given program point. It can be used to prove absence of run-time errors such as out-of-bound array accesses. Since value-range analysis collects information on each program point, data-flow analysis can be used in association with it. The main goal of this work is designing and implementing such a value-range analysis tool. The work begins with an introduction into the topic, an explanation of data-flow and value-range analyses and a description of abstract interpretation, which provides the formal basis of the analyser. The core of this work is the design, implementation, testing and evaluation of the analyser. In the conclusion, our personal experience obtained in the area of the thesis is mentioned, along with a discussion of a possible future development of the designed tool.

This diploma thesis solves the project of four-storey, partly cellared mountain pension situated in the plant number 645/2 in the cadastral area in Deštné in Orlické hory. The building has a capacity of 44 seats to accommodate 72 persons in the restaurant and 57 persons in the wellness center. There is a wellness center with fitness room and engine room of air-conditioning system in the basement. There is an entrance hall with hotel base, restaurant, sanitary facilities and utility room with boiler room on the first floor. The second and third floor is designed for accommodation. There is an outdoor terrace of restaurant. The building has a load-bearing wall system. The load-bearing walls and the partition walls are bricked up of the porous concrete YTONG bricks and sand-lime bricks SILKA. The walls are insulated of mineral wool thickeness 200 mm and EPS Perimeter thickeness 140 mm underground section and plinth area. The ceiling structure are made of the prestressed hollow core panels spiroll thickness 250 mm and wooden beamed ceiling. There is a saddle wooden roof. The windows and the doors are made by the company Progress. The part of facade of the building is ventilated. This project is designed by the computer software ArchiCAD.

Diploma thesis solves newly built pension in the village Jestřabí v Krkonoších - Křížlice. The pension is separately standing in a sloping terrain. It has a cuboid shape with gable roof, three aboveground floors and an underground floor with partial basement. The house is designed for accomodation of persons including families with children in the summer and winter season, with possibility of conferences and corporate training courses in off-season. As a part of pension there is a flat for its owner. Structural system is transversal, wall, technology of masonry. Horizontal load-bearing structures are combined. Gable roof is made by timber truss girders with metal roofing. Staircase is straight, two-arm with landing, monolithic. Foundation structures are shallow, foundation strips are monolithic, rectangular shaped, made from plain concrete.

The subject of my thesis is the design of new mountain hotel based on wood, which is located at the top of Little Maple, cadastral area Trinec-Tyra, the city of Trinec, Frydek-Mistek level documentation for construction. The building has a partial basement, with three floors. The supporting system consists of three structural systems. The structural system consists of basement formwork, the first floor is made of ceramic blocks heluz, second and third floor is designed as a timber frame panel. Roof structure is made up of lattice wood trusses and gabled aisle. Proposal mountain hotel respects the territorial plan of Trinec. Furthermore, emphasis is placed on the layout, including ensuring the design to the static, architectural, energy savings and safety in the use of the building.