This diploma thesis deals with the design of the kindergarten in Uničov. The object is designed as a two-storey, non-cellar basement. Because of the almost perfectly flat terrain and purpose of the building, the basement would be unnecessary. The gentle slope which the selected plot shows is oriented to the southeast side. The main entrance to the house is solved from the western side, along the direction of the main entrance to the nursery. It is adjacent to the existing communication with the parking lot towards the Nemocniční housing estate. There are two separate children's wards at the 1st floor, always equipped with a spacious playroom, dressing rooms and a washroom. Furthermore, in the 1st floor there is a large part of the economic zone consisting of a kitchen and related space, a junior flat and a cookery facility. The 2nd floor is reserved for the all-round development of children, both directly attending kindergarten and outside of the interest groups. Therefore, there are spaces such as a language classroom, a workshop room and a hall for other external staff. In addition, there is also a facility for staff and external staff in the form of a meeting room. The east side of the 2nd floor is then reserved for the third children's ward, the backrest consisting of a playroom, dressing rooms, washrooms along with a toilet and, moreover, a lounger. The vertical supporting structures are designed from porous concrete blocks, reinforced concrete and pillar blocks. The ceiling in each level is designed as a reinforced concrete reinforced concrete slab. The building is roofed with a flat single-roofed roof with a slope of 2 %.

The subject of this diploma thesis is a new building of polyfunctional house in the cadastral territory of Komárov. The building is situated in a almost straight terrain in the building land. The house has four above-ground floors. On the firt floor there is wine bar and hairdresser’s. On the seconf floor there are administrative areas ane on the third and fourth floor there are six flats. On the land there asi also playground and two parking lots for cars. The supporting walls are made of blocks Silka. The object is roofed by flat roof.

In this master´s thesis I propose a new built multifunctional building. It will be located in Znojmo on plot No. 2092/18. The building is designed according to the Heluz system and has four main storeys and flat roof. The first floor will be rented to businesses – a hair salon, a cafe, a nail salon, the other three floors will be used for housing - on each floor there will be two flats 4+1 and one flat 4+kk. The design includes designated parking for residents and customers near builting.

The topic of the master's thesis is the design new multi-functional building. The aim is to develop detailed documentation for construction. The work includes studies, drawings, text and part of the calculation. The building is located in undeveloped land in sloping terrain. It is detached building with four floor above the ground and one underground floor. The building has commercial premises and eleven flats, one of which is accessible flat. There are also seven separate garages on the underground floor. The basisc are made from contrete strips. The house is made by a brick technology of a ceramic blocks. The external walls are insulated with certified contact thermal insulation system. The building is roofed with warm flat roof.

Project of a tiered apartment building. It is a four-storey above ground object.On the ground floor there are garages, storages and technical equipment of the building. The second to fourth storey are designated for dwelling, there are twelve housing units 1+1, three-bedroom flats with kitchenette and four-bedroom flats witch kitchenette. Some of the flats have cascade terraces. The load-bearing structure is made of cast-in-place concrete frame filled with concrete and clay masonry. The frame is founded on two-phased reinforced foundation blocks. The building is roofed with a main flat roof and walkable flat terraces adjacent to the flats. The building is thermally insulated with contact thermal insulation system.

The topic of my final thesis is a design of a new building prison. The building is designed as prison with supervision. The building is situated on a flat terrain on the selected piece of land in a city of Jindřichův Hradec. The building has three above-gound floors and one underground floor. The building is designed of a cast-in-place reinforced concrete wall system. The roof is made as warm flat roof. The main entrance is west-facing. The project documentation which is needed for a realization of the new building is worked up with six structural details. Drawing part was processed in a computer program ArchiCAD.

The aim of the diploma thesis is to design new mixed-used building in Drásov. This building is situated on the outskirts of the town. The mixed-used building is design as detached building with four-storey and with partial basement. In the basement there are technical utilities, small storages and meeting room. On the firt floor there are commercial space as shoe store, sports equipment, household goods and hourer´s shop. On the second floor there are two separeted office premises. On the third and four floor there are eight flats. On the each foor there are four flats type 3+kk. Structural system of the building is design from ceramic masonry type Therm and from permanent formwork. There are ceilings from prestressed concerete floor slabs. The roof of the building is design as single-layer flat roof.

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The responses at three trophic levels (phytoplankton, zooplankton, young-of-the-year bluegill) were compared between a limed and unlimed arm in a moderately fertile, circumneutral reservoir that was sensitive to acidification, but had not yet shown signs of damage. The east arm (25.5 ha) of Flat Top Lake was treated with 28.8 dry metric tonnes of calcite using slurry box technology between July 13-20, 1987. The design was confounded because calcite dissolution products diffused into the unlimed (west) arm after the treatment which made total alkalinity similar between the arms within 1 month. Phytoplankton gross productivity and chlorophyll a was similar between the arms for the pre- and post-treatment samples as well as for the period after the treatment when total alkalinity was relatively higher in the limed arm. Zooplankton biomass was higher in the unlimed than limed arm in the pre-treatment samples but was similar between the arms in the post-treatments samples; however, the changes in zooplankton biomass after treatment in the limed arm could not be attributed to the treatment. Phytoplankton community composition for the common netplankton and nannoplankton was similar between the limed and unlimed arms for the combined pre- and post-treatment samples: however, Gemellicystis spp., Gloeocystis spp., and Dinobryon spp. showed an order of magnitude higher density in the limed relative to the unlimed arm on the initial post-treatment sample. This difference, as well as the observed post-treatment differences in zooplankton community composition between the two arms could not be attributed to the treatment because there were minimal impacts on nutrient levels (e.g., CO2, total phosphorus) and zooplankton-phytoplankton interactions. Lake transparency was significantly deeper in the limed arm relative to the unlimed arm for the post-treatment samples; however, a corresponding lower dissolved organic carbon concentration was not measured in the limed arm. Young-of-the-year bluegill (e.g., primarily those 15-20 d old) showed significantly higher growth rates in the unlimed arm during the period when total alkalinity was higher in the limed arm, apparently due to a higher density of suitable pelagic zooplankton in the unlimed arm during this period. In conclusion, no significant positive or negative responses to the treatment were detected because of trophic level interactions. The high pre-treatment pH (7.07), small change in post-treatment pH, low dissolution percentage (8-10%), the inability of the sediment dose to neutralize the acidic sediments and induce phosphorus release, and phosphorus rather than carbon dioxide limited primary productivity were the main factors why no significant post-treatment biological responses were detected. / Master of Science