Theme of this thesis was to design and process a project of Apartment building in Valašske Meziříčí. The building is situated in the city center, close to hospital. Designed apartment building with four floors and a basement is located on a sloping terrain. Surrounding buildings are costisted of blocks of flats that were built in last century. Goal of the thesis was to design apartment house which will fit to the neighborhood. There are technical backround and parking slots in the basement of the bilding. Apartments are situated in above-ground floors. The grocery store lies on the northern side of the building on the same level as first floor. The apartmen building is covered by single-skinned flat roof.

The aim of this diploma thesis is to design a new building apartment house in the city of Blansko. The object is of four floors with no cellars and is situated in the southern part of Blansko. The object consists of 23 apartments, 2 of which are of special designation. Moreover there is also a coffee place, an engineer’s office, a hairdresser with nail studio and a copy place. VELOX is the main building system. Design of forced air in a coffee place is included to the project.

This thesis deals with design and project construction of the administrative building of the training center in Hradec Kralove. It is a brick, partial basement building with three floors. The building has a plan shape resembling the letter H and is vertically graded into separate blocks forming the individual floors. Part of the basement is located in the central part of the plan. The building is covered with a flat roof in combination with walkable terraces on each floor. The building will be insulated outer contact system of mineral wool in combination with a ventilated façade of cement slabs vynášených aluminum grate.

Dissertation is project of four-floor free-time center with basement, situated in Havířov-Město. Building is used for art lessons, drama class, ceramic class and natural science class. In basement are situated four parking places, utility room, mechanical room, boiler room, furniture storage room, workshop with sanitary facilities for maintenance man and bicycle room. In ground floor is situated administrative facility of building- headmaster’s office, headmaster’s assistant’s office, guidance counsellor’s office, conference room and kitchen. Then there are sanitary facilities for employees and visitors, reception and waiting room for children and parents. In first floor are classrooms for art and ceramic lessons with storage room, sanitary facilities and office for teachers. Second floor consists of halls for drama classes with storage rooms, office for teachers, dressing rooms and sanitary facilities. In third floor are classrooms for natural science lessons, storage rooms, office for teachers and terrace. Floors are connected through two stairways, one with three stair flights and elevator, second with two stair flights. Building has flat roof. Project was completed using ArchiCAD software. The emphasis was put on correct disposition and architectural resolution and safe using of building.

The subject of this diploma thesis is the design of a new boarding house in Vyškov. The building is designed as a detached house. The land on which the building is designed is located in the southern part of Vyškov on Brněnská Street. The proposed building has 1 underground floor and 3 above-ground floors. The first floor has an L-shaped floor plan with the dimensions of the longest sides 43x28.9 m. The other two floors are different shapes. In the basement there is a technical background of the building and storage space. The other two floors are used for accommodation and have a total of 13 room units. On the second floor there is also an operating office. The construction system of the building is transversely brick. The perimeter of the building is made of ground Porotherm brick blocks, insulated with the ETICS contact thermal insulation system. The ceiling structures are designed as reinforced concrete monolithic ceiling slabs. The roof of the building consists of 3 different flat roofs. The roof cladding above the first floor is designed as a walkable terrace with a tread layer of concrete paving on rectifying pads. The roof above the second floor is designed as a vegetation and the roof above the third floor is designed as a single skin with a classic order of layers.

The subject of diploma thesis is a new-build of boarding house with restaurant. The building is situated in village Opatov. The building has three floors and another one underground. The underground floor is just under the part of the building. The building is situated on the edge of village Opatov and the terrain around is slightly steep. The object has shape of rectangle. The first floor is slightly wider than second and third floor. On the wider part of first floor is situated terrace for second floor. In the underground floor serves as technical background and storage facility. On the first floor is situated restaurant with kitchen, facilities for staff, reception with office and some other storage facilities. The second and third floor are used for lodging of guests. The capacity of pension is 42 beds and in restaurant about 64 quests. The ventilation of first floor is secured by air-handling system situated in underground floor. The second and third floor are ventilated by local air-handling systems with recuperation air conditioning. The roof of the object is saddle roof with sheet covering. The supporting construction of the main roof are truss girders. The terrace is built like flat roof with concrete pavage, the circumferential walls in the underground are made from concrete with insulation of XPS and in the upper floor are made from brick blocks with insulation from EPS with mineral wool. Interior walls are made also from brick blocks. The horizontal constructions are made as reinforced concrete ceiling slabs. Part of project documentation are assessment in terms of building physics and fire safety solution of building.

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Cirka 8 mil väster om Stockholm ligger Strängnäs. En mindre stad som har sina rötter i den svenska medeltiden. Då staden under många år inte haft någon egentlig publik samlingsbyggnad så blev idén med att uppföra en stadshall nere vid hamnområdet en positiv och spännande utmaning. De essentiella faktorerna som kom att specifikt ligga till grund för utformandet av "Strengnes stadshall" är därför följande: - Att utmana norrläget genom att låta ljuset/solen nå byggkropparnas "väsentliga" delar, samt omgivningen med boenden som idag har fullt exponerat söder- och västläge. Därför anpassas byggnadens höjd och takvinklar till solens bana. - Att skapa en fysiskt "lätt" och följsam struktur som samtidigt dockar minimalt mot den söderliggande tegelbyggnaden vilket samtidigt skapar en takgårdsplats som öppnar sig mot hamnområdet i väst och kvällssol. - Att arbeta efter en estetisk formel med en exteriör materialitet som allierar sig med den "lilla" staden och det torgliknande hamnområdet. Byggnaden består därav av två sammanlänkade byggkroppar med två huvudsakliga funktioner där begrepp som "nytta och nöje" samspelar i de olika rumsligheterna. Med hänsyn till fastighetens exponering mot bland annat den stora öppna torgytan åt väster har beaktande därför tagits i såväl det invändiga som det utvändiga rummet, både i termer av visuell och funktionell upplevelse. / About 50 miles west of Stockholm is Strängnäs located. A small town that has its roots in the Swedish Middle Ages. Since the city for many years did not have any actual public collection building, the idea of ​​creating a city hall down by the harbor area became a positive and exciting challenge. The essential factors that came to specifically form the basis for designing the "Strengnes City Hall" are therefore the following: - To challenge the northern position by letting the light / sun reach the "essential" parts of the building bodies, as well as the surroundings with accommodation that today has fully exposed sunlight from south and west. Therefore, the height of the building and ceiling angles are adapted to the sun's path. - Creating a physically "light" and compliant structure that at the same time docks minimally against the south-facing brick building, which at the same time creates a courtyard on the roof that opens to the harbor area in the west and evening sun. - Working according to an aesthetic formula with an exterior materiality that alloys itself with the "small" town and the square-like harbor area. The building therefore consists of two interconnected building bodies with two main functions where concepts such as "utility and pleasure" interact in the different spatialities. With regard to the property's exposure to the large open square area to the west, consideration has therefore been taken in both the interior as well as the exterior room, both in terms of visual and functional experience.

Architectural Proposal of Building for Sporting and Cultural Activities next to Brno Dam (Area of Sokolské Open Air Pool). Frequently visited site on the left bank of the dam, near the local part of the Brno-Kniničky. The basic task was to reach a solution for the recovery of the area in terms of aesthetics and environmental efficiency for use by the general public.

Elevation, longitudinal profile, and Schmidt hammer data indicate that strath terraces (specifically the lower elevation terraces) mapped in the Fremont River drainage of Capitol Reef National Park are correlative to the terraces of the smaller Pleasant Creek drainage located approximately ten miles to the south. This correlation suggests that drainage development in this area of the Colorado Plateau was strongly dependent upon a regional-scale forcing mechanism (e.g. climate) rather than strictly independent basin-scale processes. Elevations of mapped strath terraces and their associated black volcanic boulder deposits were calculated from geologic maps, Digital Elevation Models (DEM), and Digital Orthophoto Quadrangles of the Fruita and Golden Throne Quadrangles, Wayne and Garfield Counties, Utah. Terraces in both drainages were placed into twenty foot elevation bins and then gathered into larger terrace levels based upon population breaks and the degree of weathering as seen from Schmidt hammer hardness data. Comparison of the two datasets indicate that the two lowest terrace levels of the Fremont River compare well with the two terrace levels of Pleasant Creek both in elevation above the present stream bed and in Schmidt hammer hardness measurements. Our data demonstrate that the Fremont River drainage is likely much older than the smaller Pleasant Creek drainage. Further, correlative terrace data strongly suggests that glacial-interglacial climate forcing played a dominant role in the landscape evolution of both drainages and by inference, the broader Colorado Plateau. Terrace elevation data were compared with recently published cosmogenic ages for several terrace deposits located within the Fremont River drainage. This comparison provides compelling evidence that highest concentrations of preserved terraces may be time correlative with discrete isotopic stages associated with glacial maximum and/or deglacial conditions. Finally, our data also demonstrate that in this area of the Colorado Plateau incision rates are on the order of ~60 to 85 cm/ka, which is on the high end of reported rates from other researchers.