The Pourtalès Terrace is a gently curved, narrow triangular platform that parallels the Florida Keys for 213 km running from southern Key Largo to between Key West and the Marquesas Keys. The main Terrace surface begins in 200 m and dips gently to approximately 450 m, where the Pourtalès Escarpment slopes steeply to the deep floor of the southern Straits of Florida. The Terrace platform exhibits a wide variety of Neogene-age geological features, including high-relief ledges, mounds, sinkholes and deep-water biogenic build-ups called bioherms. Previous research revealed dense and diverse benthic assemblages dominated by stylasterid hydrocorals, octocorals and sponges. Many Terrace features also represent popular, long-term fishing targets. Due to concerns about resource sustainability, (National Oceanic and Atmospheric Administration (NOAA) and the South Atlantic Fishery Management Council (SAFMC) included the Terrace in the Comprehensive Ecosystem-Based Amendment 1 (CE-BA 1, June 2010) that protects deep-water Coral Habitat Areas of Particular Concern (CHAPCs) along the southeastern U.S continental margin by prohibiting use of a variety of potentially damaging bottom fishing gear. NOAA also established the East Hump Marine Protected Area (MPA) as a Type II MPA, permanently closed to fishing for and possession of snapper and grouper species. To develop a more robust database on Terrace habitats and resources, a research cruise (September 2011) used ROV Kraken 2 to survey 14 sites both inside and outside the CHAPC and MPA for biological diversity, density, and distribution, with a focus on deep-sea coral and sponge assemblages. The surveys resulted in 58 h of videotape, 2,866 images, and collected 150 specimens of benthic invertebrates. All dive sites were mapped with multibeam sonar. This project used Coral Point Count with Excel extensions (CPCe)©, PRIMER 6.1.10 beta, JMP© statistical software, and Environmental Systems Research Institute (ESRI) ArcMap 10.3 Geographic Information Systems (GIS) to quantitatively analyze transect images and video from the ROV transects. This information was used to characterize dive sites in terms of benthic invertebrate faunal communities, depth, and topography; and compare results relative to protected versus unprotected sites. Of the 14 sites surveyed 10 were analyzed and split into 42 transects of approximately 30 m2 based on five depth and location bin classes. Each site was initially separated into habitat types based on qualitative geomorphologic features for statistical analysis (i.e., mound slope, mound wall, mound top, deep mound, valley, Lophelia mound, sinkhole), using methods established by Reed et al. (2011; 2014). In initial analysis, depth and location were found to be superior to geomorphology as an indicator of what was driving differences in communities among transects. As a result each transect was placed into one of five depth and location bin classes based on depth (m) of each image and location relating to CHAPC/MPA area borders: West 150-300 m (12 transects), North Central 150-250 m (14), Central 250-300 m (8), South 450-500m (5) and South 500-550 m (3). Distinct differences in communities of each depth and location bin class in relation to percent cover and organism density were apparent. Communities vary strongly among bins with some similarities: e.g., West 150-300, North-Central 150-250, and Central 250-300 all included Stylaster miniatus (Stylasteridae): South 450-500 and South 500-550 included Paramuricea sp. 3 among their most dominant species. Also similar species were found within similar depth ranges. Protection status (within CHAPC, CHAPC/MPA, or No Protection) did not affect differences in communities, suggesting protection regulations have not been implemented long enough to show significant differences between protected and unprotected sites. Several new geologic features were found e.g., the southernmost Lophelia pertusa coral mound in U.S. waters. Some important features were described that lie outside of CHAPC/MPA borders, suggesting new borders should be designated. Results showed a strong relationship between depth and location in forming deep-water communities, and that these factors could be used as proxies for creating habitat maps in unmapped areas. These results will also provide managers and scientists with a valuable baseline for assessing benthic invertebrate communities, their changes over time, and the effectiveness of protected areas on the Pourtalès Terrace.

Subject of my diploma thesis is design of new kindergarten for approximately 75 children in village Velký Týnec near Olomouc. Design is made in level of detailed design. The purpose od desing is hand in hand with the concept of preschool education - it is based on the fact that a younger age child has acquired the basics of key competences and thus has the prerequisites for his / her lifelong learning that would allow his / her easier and more reliable application in society. The architectural concept is based on a mutual dialogue between investor (supervisor) and designer (student) and takes into account the territorial, property, historical and other relationships in the given locality. Proposed building is an arched, non-duplex, two-storey building. The facades of the building are designed as ventilated, with wooden tiles, the roof is single-faced with a sloping attic. Entrance to object is from north side. First floor is divided into three parts - central part with entrance atrium and two side wings with nursery schools. Second floor consists of the third department of kindergarten, headmaster office and the quarantine room. The static desigh of object is made up of ceramic blocks on the first floor, and on second floor, the system is combined with cross-sections which are led by columns. The ceilings are designed from pre-stressed spiroll panels. Park landscaping was designed on the surrounding site.

This diploma thesis solves the project of polyfunctional apartment building in Habrovany village in the scope of the documentation for the realization of the building. The building is designed in accordance with the custom of building the region with the greatest possible elegance and modern design. The project includes two classic flats 3+kk and 5+1 and is one above-standard attic apartment 5+1 with a large roof terrace. The house belongs to two premises in the 1. floor and two office units in the 2. floor. The solution of parking on the land for residents and shop visitors and a smaller grassy park behind the house.

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 MASTER´S THESIS DEALS WITH SOLVING THE PROJECT DOCUMENTATION FOR IMPLEMENTING A CONSTRUCTION. THIS MEANS DESIGNING BUILDINGS FOR TEMPORARY ACCOMMODATIONS AND HOTELS. THE NEW BUILDING IS INCLUDED IN THE TĚCHOV LAND REGISTRY. THE LAYOUT SHAPE IS ATYPICAL. THE LEFT PART IS SINGLE-STOREY, COVERED WITH A VEGETATION ROOF AND A ROOF WITH TERRACE. THE RIGHT, THREE-STOREY PART IS COVERED WITH A WARM FLAT ROOF. THE OBJECT IS MADE OF BRICKS, WITHOUT CELLAR, MADE OF CERAMIC BLOCKS. THE FLOOR STRUCTURES IS MADE OF PRESTRESSED HOLLOW CORE SLAB. THE PROJECT ALSO SOLVES THE RESTAURANT EQUIPMENT AND THE PARKING AREA.

The aim of my diploma thesis is a plan of a multifunctional house. The proposed building is designed in low-energy norm. The shape arrangement is an irregular rectangle, covered by two flat roofs. One of the roofs serves as a terrace. It is a five-storey building. Half of the ground floor serves as offices and the other half as an utility space for the flats above. The other four floors are for housing. Aforementioned building is located in Třebíč, in the area Na kopcích, on Modřínová street, plot No.1039/7. Vertical and horizontal construction are designed from POROTHERM building system. The building is based on a concrete foundation slab.

This diploma thesis presents processing of the design documentation for public service building. The scope of this work is in accordance with ordinance 499/2006 and latter amended 62/2013. There is a small brewery in the building, as well as a pub, tourist apartments and the owner's flat. Building is situated in Vranová, Blansko district. It is a three-story building without basement, roofed with flat and mono-pitched roofs. The ground floor consists of a pub, a brewery and a communication wing dividing the building in the middle. The second floor consists of hostel type tourist apartments with shared facilities. The third floor belongs exclusively to the owner of the building who has an apartment there. The building is bricked, complemented by an external thermal insulation composite system (ETICS). Floor structure consists of SPIROLL panels. Design documentation was developed in AutoCAD software.

The subject of the master’s thesis is the project documentation of building work for multifunctional building. The object has three floors. The structural system of the building is bricked. The roof of the building is flat and the terraces are designed as vegetation and walking. On the mainfloor there are situated commercial spaces, building technical facilities and seven residential units. On the second floor there is space for commercial use and seven residential units and on the last floor there is also space for commercial use and one residential units.

Tato diplomová práce se zabývá návrhem multifunkční budovy, která slouží jako rozšíření haly dříve existující budovy. Areál se nachází v části Řečkovice v Brně. Práce si klade za cíl propojit budovy jak prostorově, tak vizuálně. Výrobní hala a sklad budou rozšířeny. Poslední patro bude sloužit jako administrativní část se sociálním zařízením a venkovní terasou. Proces návrhu byl plně podporován použitím technologie BIM.

In the submitted project documentation is elaborated a design of a wellness hotel with a restaurant. The wellness hotel is situated in Rusava in the Zlin region. The built-up area of the hotel is 704.85 square meters. The new hotel is designed for short-term stays. There is a wellness (spa) area, restaurant, conference hall and a playroom in the hotel. There are three floors and the cellarage under the whole hotel. The building is located on a sloping land. The building is based on plain concrete strips. Vertical above-ground constructions are designed from the Porotherm system. The basement masonry is made of permanent shuttering kits/systems. Hotel’s ceilings are made of prefabricated Spiroll panels. The roof above the first floor is a single-layer paved flat roof. The roof above the third floor is designed as an impassable single-layer flat roof. This diploma thesis includes a study of the wellness hotel, layout drawings, architectural building scheme, fire safety scheme and building physics. Building visualizations are also part of this diploma thesis.