The diploma thesis deals with the design of the new building of the winery with the possibility of accommodation near of Klentnice. The building consists of four parts. The first is the production where grapes are degraded, fermented, pressed, stored, bottled, labeled and subsequently exported. The second is the administrative part where are three offices. The third is a tasting section overlooking the vineyards. The last one is the accommodation with a capacity of 7 rooms. The building is basement and has two floors.

The goal of this thesis is to create a design documentation for a kindergarten. This building is situated in the city called Brtnice – more specifically in its newly established location Nová Čtvrť. The kindergarten has two floors. Walls of the first one are partly sunken under the surface level. Each floor is divided into an operating section and part for a preschool education. The building has a foundation made of plain concrete bands, built from an aerated concrete and has a flat roof. Following building project puts an emphasis on a spatial and architectonical layout, energy savings and overall safety.

This diploma thesis deals with design and elaboration of project documentation of library. The building is located on plot No. 6167/2 in Žďár nad Sázavou, number of cadastre unit 795232. The library have three above-ground floor and basement. Irregularly-shaped floor plan of the library is in the shape of the letter "K". In addition to the individual departments of the library, there are study rooms, a multifunctional hall, an information center and a café. Structural system is designed as a cast-in-place concrete frame with a ceramic blocks infill. Horizontal structures are made of cast-in-place reinforced slab. Building has ventilated facade with mineral wool insulation. Roofs constructions are designed as flat green roofs.

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 diploma thesis deals the project documentation for the new main building of the sports complex. The building will be built on brownfield between the football field and the pond. The building has three floors. The floor plan is rugged. It is built of ceramic blocks with horizontal reinforced concrete structures. The building is based on foundation strips and is covered by a flat roof. It will primarily serve the local football club and their fanclub. The building also has a small cafe.

The aim of this diploma thesis is to elaborate the project documentation of a new-built winery, in the cadastre area of Šakvice. The building has a basement and one above-ground floor. The building has a combined structural system. On the first floor is a wine-tasting room, a conference hall, a wine shop, a showroom, and an office. The wine production and technical facilities are situated in the basement. The building is based on cast-in-place plain concrete foundation strips. Vertical loadbearing structures on the first floor are design from ceramic blocks and the vertical loadbearing structures on the basement are design from cast-in-place reinforced concrete. Horizontal loadbearing structures are designed from cast-in-place reinforced concrete. The flat roof consists of a flat roof with extensive greenery. There are twenty parking spaces on the site. The designs were developed in the AutoCAD software. All structures comply with the valid standards and regulations.

This final thesis discuss about design, calculation and efficient choice of ceiling construction. The goal is to optimize the design of the building in order to minimize construction and operation costs, to meet the required purpose and to meet a certain quality standard. The effort to achieve this goal is based on the theory that a family house may not be designed in a single design system. In the practical part, three types of ceiling construction are designed for the selected RD. The result of the study is to determine the most appropriate option for a family house using value analysis and budget price.

The master’s thesis deals with design of heat recovery and dehumification for the hotel´s kitchen. The design is made to fullfill functional, hygienic and operational ruqirements for the internal microclimate. The main task of air-conditioning systems is to drain away heat gains and intake of requirement minimum of fresh air. The theoretical part is about analysis of internal microclimate.

Diploma thesis is processed in the form design documentation for constrution. New bulding of the kindergarten is situated in a cadastre unit of Blansko town. Building is located on a flat terrain.„T“ shaped building is designes as a double-storey in one part, second part of the building is single-story. A construction systém is bricked from ceramic block and it has no basement. The building is roofed by non-walkable flat roof. Part of the building is roofed by a ealkable flat terrace. A ceiling construction is made by hollow core slab. The kindergarten is consisted of three departmen, each for 20 children. There is a kizchen, offices, technical area and office for a logopedie in the building

This thesis presents a proposal to design a cultural education centre. The object is located in the suburbs of Velké Meziříčí village. It is situated in a residential area near a primary school and a kindergarten. The object will be connected to the local infrastructure and will also have a car park attached. The building will comprise of two operationally connected parts. The first part will consist of several classrooms intended for afterschool clubs, the other will be designed as a gym. The object is of an L shape with two stories above ground. The object is made of hollow ceramic blocks with concrete-steel ceilings. The roof of the building is of a saddle design and is made of wooden roof. The object is designed with steel roofing and profile roofing tiles. The façade is insulated with mineral fibre and ventilated with a system of load bearing steel grid and fibre cement boards. The object will serve children and the youth in activities during their free time. The building is also designed for the disabled.