The subject of this diploma thesis is a proposal of the veterinary clinic in Pardubice. The object consists of 3 rectangles, where zverimex is connected to the veterinary clinic. Objects of the zverimex are veterinary clinic are designed as barrier-free. Object SO01 is partly solved as a two-storey, non-cellar. In the first part of the clinic there is a shop of zverimex with office and stock of rectangular shape. In the second part there is a reception for a veterinary clinic with a distinct entrance from where access is to of individual surgeries. In the inner part, there are offices of doctors, such as operating theaters, preparation rooms, CT, RTG, sono / endo / laparo, a laboratory connected with the infectious ward, a rehabilitation center and individual pet boxes. On the 2nd floor there are wardrobes and social facilities for the staff of the clinic with offices and day room, from where it is possible to enter the outdoor terrace. Hygienic facilities for visitors to the clinic are located in the entrance hall. For zverimex staff is designed at the back of the shop, the staff of the clinic is part of the closets in the 1st floor and 2nd floor. The construction system is a wall with a flat vegetation roof passing into the terraces on the terraces above the 1st NP, the roof above the entrance and over the 2nd NP, zverimex with the roof unobstructed. Ceiling structures are designed as pre-tensioned SPIROLL 320 mm ceiling panels. The exterior of the building of the clinic, which extends only to the 1st floor, is lined with red brick tiles and in the part of the building above which is the 2nd floor, the outside wall is lined with brick-gray cladding.

The subject of the diploma thesis is the processing of the construction-technical part of the project documentation for the construction of a new kindergarden building in the town of Králíky. The building is divided into two parts - part of the kindergarten and part of the kitchen and laundry facilities. Part of the nursery school consists of three departments, communication space, multipurpose hall and administrative space. In the second part is a cloakroom for staff, kitchen with facilities, laundry and utility rooms. Both parts have separate main entrances. The building consists of two floors and one underground floor. Above part of the nursery school there is a sloping saddle roof structure consisting of wooden nailed trusses. Above the farm part there is a flat single-skin roof with a vegetation layer. The foundation structure under the walls of the building is formed by foundation strips, under the columns the foundation structure is formed by foundation feet. The vertical load-bearing structures are masonry from lime-sand masonry blocks in the above-ground part of the building and in the underground part of the building the vertical load-bearing structure is formed by fittings made of permanent formwork filled with reinforced concrete. Horizontal load-bearing structures are solved by prestressed cavity ceiling panels. The whole building is insulated. In the above-ground part of the nursery school is used contact thermal insulation system with pasty plaster, in the above-ground part of the remaining part of the building is used ventilated facade with fiber-cement facade boards

The diploma thesis processes project documentation for the construction of a hotel building with a restaurant facility, which is situated on the outskirts of the western undeveloped part of the regional town Jihlava. The building has three floors and is covered by flat roofs. The hotel meets the conditions of a four-star (****) economic standard. It is designed with 24 accommodation units with a capacity of total 52 persons (4 persons with reduced mobility on the 3rd floor) and restaurant service for 92 guests, social facilities and kitchens. The apartments and guest rooms are located on the 2nd and 3rd floor. On the ground floor there is a representative space of the hotel composed of the entrance hall with reception , space for hotel management, space for technical facilities of the building and restaurant with its own kitchen. The building meets the requirements for zero-energy buildings with a combination of a high-quality construction solution with thermal insulation of building and other technological solutions such as photovoltaic power plants or deep boreholes for stepping pump heating The overall character of the building is emphasized by its architectural design in the light of modern lining of the ventilated facade using cement-fiber boards, whose two-color articulation emphasizes both simplicity and shape function of the building. This solution is combined with large glazed areas that give the building a feeling of spaciousness and evocative cleanliness.

The dissertation is composed on theme OF THE SPORTS CENTRE KRUMLOV. In this three-storey building, there is the squash hall, table tennis, fitness hall, sauna for 6 persons and a café. In the garden that belongs to the building, there is projected a course for minigolf, playground for pétanque and tennis court. Constructional system is projected from lime-sand bricks, concrete beam ceilings and glued wooden beams. The roof is flat. External surface finish of the building is the ventilated facade.

Thesis home for seniors is processed in the form of project documentation which comprises all the requisites required by current regulations. Designed home for seniors is placed on the site number 253/4 in Tabor. The building has four floors. The facility is located 64 residential units social care and facilities for the elderly. Constructional system is from lime-sand bricks, prestressed concrete ceiling panels, flat roof, wooden girder trusses. Building has contact thermal insulation system.

Seal of sand or gravel by chemical injection is known and used for a long time. Chemical grouting are however expensive and sometimes the use of cement does not lead to desire effects. So it is trying to find new materials and methodologies injection arrangement works. To achieve savings of chemical products are added to a mixture clay and cement. Clay-cement grouting mix are used not only in order that they are better quality, but also because in this way proposed mixtures have a tendency to penetrate better into incoherent sediments that need additional sealant of chemical injection. For further possible reductions of economic terms the mixture is trying to replace the classic clay. As a suitable substitute for classic clay is to a certain extent the use of secondary raw materials. Above all it is fly ash. As a part of my thesis I deal with the appropriateness use of these materials and examining their properties in the mixture. It was found that by using fly ash were improving consistency of the fresh mixture, reducing the amount of water-cement ratio and reduce shrinkage of the mixture. On the other hand, by using fly ash has been increasing decantation, permeability atc. In the next stage of my work was examined the influence of the quality of cement, lime and liquefaction in the mixture. The aim of thesis is to propose the optimal injection mixture for additional sealing earth dams.

The diploma thesis focuses on project of new building of social house in Mutěnice in Hodonín district in South Moravian region. The project is in accordance with official assignment and with contemporary Czech standards and legislation. The building is placed in inner part of the town close to the town centre. It’s designed on an empty plot owned by town. Object should serve to the town citizens as cultural and social meeting point. The building plan is irregullarly-shaped with maximum dimensions 29,5 X 52,0 m and has two floors. Inside the social house there is a dance hall, restastaurant with kitchen and rooms for cultural and social activities of citizens of Mutěnice. Structural system can be divided into two parts. The part of the building with dance hall consists of feinforced concrete frames combined with infill masonry walls. The other part with restaurant and other rooms is made of masonry walls. The foundations of the building are made of concrete strip foundations and reinforced concrete square footings with grade beams. Bearing walls are made of sand-lime blocks KM Beta. Ceilings are made of prestressed concrete floor slabs Spiroll. Partition walls consist of plasterboard panels. The building is roofed by flat extensive green roof. All external walls are insulated with mineral wool. Doors and windows have wooden frames and triple glazing. As result there’s structurally, operationally and aesthetically functional complex, that will be benefit for the town and its citizens, especially for their cultural and social life.

The aim of my diploma thesis is a design of a new energy efficient terraced house in the gap site. Building has two dwelling unit of category 4+kitchenette and 6+ kitchenette. Building has a cellar, two floors and an attic. The cellar structures and horizontal structures are made of reinforced concrete. Sand-lime bricks are used for masonry. The building is covered with gabled roof with timber roof truss. In this building there are used rainwater and renewable energy in a form of electrical energy made by photovoltaic panels.

Diploma thesis focuses on the processing of detailed documentation for newly-built mixed-use building in Frýdek-Místek. The building has three above ground floors. On the first floor there is a restaurant with facilities. On the second and third floor there are office spaces. The building has combined support system, which is a reinforced concrete slab carried by masonry wall system of sand-lime blocks and reinforced concrete columns. The entire building is insulated using external contact thermal insulation system outside the first floor, which is designed ventilated facade with thermal insulation of mineral wool. The roof of the building is designed as a non-walkable flat single roof.

Developing  a part of project documentation for a multifunctional house is the main subject of my thesis.This particular object is planned for a constructional lot in a district of Hodonín. Building has  four levels,  is separately standing, made of brick and does not have any cellar.  First floor is intended for  business and service use. Second, third and fourth floor are designed for living. There are one-room, two-room and four-room flats. Multifunctional house is made of  calcium silicate blocks and will be covered with flat roof.