The theme of this diploma thesis is the design and assessment of a part of the underground load-bearing structure of the administrative center according to the source material. Emphasis is placed on the design, taking into account the waterproofness of the construction, the so-called white tank. This is ensured by the correct design of the concrete construction of the foundation slab and walls, taking into account the constructional details of the day and expansion joints, the concrete composition and the construction process.

The master´s thesis is focused on the preparation and design of project documentation of the multi-functional building. The building is designed on land in Beneš street in Kutná Hora. The concept of the building respects the territorial plan of the city and complements the existing buildings. The building has one underground and four floors, the last floor is the attic. There is an underground garage, two stores and six flats. The building is designed from construction system Porotherm.

The subject of master thesis is new building of mixed-use building in the cadastral area Brno city part Černá Pole in a row of residential buildings. The building is designed with five storeys with one underground and 4 aboveground floors. The property is located in a sloping terrain. There are garages with a capacity of 18 parking spaces in underground floor and a technical room. On the first floor there are business premises and the background of the apartment building. From the second to fourth floor there are flats. The main entrance to the building is north-facing.

The purpose of this master’s thesis was to design and elaborate design documentation for the realization of the building of the hotel in the village of Dolní Lomná. The hotel is located on a sloping plot No. 1322/43, in the cadastre unit Dolní Lomná. The design and its implementation respect the local zoning plan. The building is five-storey, with a basement. It has four above-ground floors, the hotel lobby with a reception, service and sports equipment rental, a restaurant with a terrace and hotel rooms and one basement where underground garages are for the guests. The structure is designed as a frame with a load-bearing building envelope. The building is roofed with a warm flat roof, designed as a green extension.

Master project is dedicated to design nearly zero-energy office building with retail spaces in Žilina. The first part deals with architectural – building design. Building is designed for the plot nr. 7011 with flat surface and there is no other building. The building has three above-ground floors and one underground floor. Retail spaces are on the ground floor. The building is constructed on foundation strips and pads. The building is made of combined load-bearing structural system of reinforced concrete columns and external walls. External load-bearing structures of above ground floors are designed from reinforced concrete and Ytong system supplemented by ETICS made of mineral wool. Underground walls are made from watertight concrete. Floor slab structures are made from reinforced concrete. The building is covered with green warm flat roof. The second part deals with building interior installation. The primary source of heat, coldness and hot water is the heat pump. Ventilation in the building is provided by heating, ventilating and air conditioning (HVAC) units. The third part of the thesis includes the design and assessment of the photovoltaic power plant in terms of economics and ecology. The project was carried out in the AutoCad system. All structures comply with the valid standards and regulations.

The diploma thesis deals with the development of the vacant lot in Prague - Libeň at the PCB level. A multifunctional house is designed, which includes three establishments and eleven housing units. The premises will be used as shops. The apartments are designed for 2 to 4-member families. Multifunctional house floor plan with a total area of 683.1 square meters. The building has a basement with five floors, the premises are located on the first floor. There is a pedestrian and driveway to the building. Behind the object away from the main road is an outdoor parking lot. The underground garage will be accessed by a car elevator. The whole building is covered with a sloping roof. The project is processed using the computer program AutoCAD.

I takt med expandering och förtätning av städer byggs gröna ytor bort medan andelen hårdgjorda ytor ökar. Regn och smältvatten kan inte infiltrera genom de hårdgjorda ytorna vilket innebär att det istället avrinner som dagvatten. Samtidigt som urbaniseringen bidrar till ökad dagvattenavrinning och nederbördsmängderna i ett framtida klimat förväntas öka, blir det allt viktigare att planera för hur dagvatten ska omhändertas i nya bebyggelseområden. Inom flera svenska kommuner ställs idag krav på att dagvatten skall omhändertas inom privata fastigheter innan det ansluts till det allmänna dagvattennätet. Parallellt med detta innebär förtätningen att byggherrar idag ofta åläggs anlägga gårdar med underliggande garage, så kallade underbyggda gårdar. Det fanns ett behov av att förtydliga och undersöka dagens situation gällande dagvattenhantering i kombination med underbyggda gårdar.Examensarbetets syfte var att samla och skapa ny kunskap om dagvattenhantering på underbyggda gårdar och undersöka hur olika aktörer ser på kraven som ställs på dagvattenhantering. Kvalitativa intervjuer med representanter från de tre aktörsgrupperna VA-huvudmän, ansvariga för detaljplan och byggherrar genomfördes. Syftet var även att utforma ett verktyg för att belysa beröringspunkter mellan dagvattenhantering på underbyggda gårdar och andra intressen inom privata fastigheter.Examensarbetet avgränsades till att studera dagvattenåtgärderna gröna tak, växtbäddar och fördröjningsmagasin. Förutom dagvattenhantering identifierades fem intressen inom kvartersmark som bör bejakas på underbyggda gårdar: landskapsarkitektur, arkitektur, konstruktion, förvaltning och VVS. Ett verktyg utformades och inkluderade de tre dagvattenåtgärderna samt de fem intressena. Checklistor utformades för att beskriva beröringspunkter mellan dagvattenhantering på underbyggda gårdar och de fem intressena. Verktyget består av fyra steg: Nutida och framtida bebyggelse, Dagvattenkrav, Val av dagvattenåtgärder samt Vidare rekommendationer eller förslag på korrigeringar.Intervjuresultaten påvisar att flera intervjupersoner upplever att det är svårt att ställa krav på dagvattenhantering då rättsläget är osäkert, samtidigt upplever byggherrar att kraven kan vara svåra att nå på underbyggda gårdar, främst på grund av platsbrist. Checklistornas punkter är tänkta att fungera som vägledande aspekter att beakta vid dagvattenhantering på underbyggda gårdar och behjälpa avvägning av olika intressen. Förhoppningen är att checklistorna kan bidra till en ökad förståelse för förhållandena mellan dagvattenhantering på underbyggda gårdar och andra intressen. Examensarbetets resultat visar på att en samverkan mellan de olika intressena behövs för att skapa förutsättningar för en god dagvattenhantering. För att funktionen ska hålla över tid är det även viktigt att gemensamt kommunicera kring syftet med den underbyggda gården. / With the expansion and densification of cities, green areas are removed while the proportion of hard surfaces are increased. Rain and melt water are not allowed to infiltrate through the hard surfaces, and instead it runs off like stormwater. With this and the expected increase of precipitation due to climate changes, it is becoming increasingly important to plan for the disposal of stormwater in new urban areas. Several Swedish municipalities are today providing restrictions regarding the diversion of stormwater on private properties and requirements that need to be met before connection to the public water network. Meanwhile, densification means that builders today are often forced to build residential yards on underground garages. There was a need to clarify and investigate today's situation regarding stormwater treatment in combination with underground garages.The purpose of this thesis was to analyse today's state of knowledge about stormwater treatment on yards with underground garages and to investigate how different actors experience the requirements. Qualitative interviews with representatives from the three groups of actors, stormwater sewer operators, planning divisions and developers were conducted. The aim was also to design a tool for highlighting connections between stormwater management and other interests on private properties.This thesis was delimited to study green roofs, plant beds and detention tanks. Five interests were identified on yards with underground garages: landscape architecture, architecture, construction, management and HVAC. A tool was designed including the stormwater facilities containing four steps: Today’s and future construction, Stormwater requirements, Choice of facilities and Further recommendations or suggestions for corrections. Within the tool, four checklists were established to describe connections between stormwater treatment on yards with underground garages and the interests.The interview results show that several interviewees find it difficult to impose restrictions for stormwater management due to legal uncertainties. Meanwhile developers find following the restrictions can be difficult with yards with underground garages, mainly due to lack of space. The checklists are intended to serve as guiding points that should be taken into consideration in stormwater management on underground garages and to help balance different interests. The hope is that the checklists can contribute to an increased understanding of the relationships between stormwater management with underground garages and other interests. The results of the thesis show that interaction between the various interests is needed to create conditions for a good stormwater management and that communication about a joint purpose for the yard with an underground garage is important for maintaining the function of the yard.

The diploma thesis deals with project design documentation of House of Furniture in Trenčín. The object is designed as a two floor buildings with basement below grand level. Object´s ground plan is rectangular shaped. First floor contains a lobby and open store space. Second floor is meant predominantly for an administrative purposes. Underground garage is designed in basement. Construction system is monolithic skeletal structure with transverse dies and stiffening core. In the middle of object is designed open atrium with vegetation surface. Atrium goes through both of above- ground floors. Object is covered by a flat roof.

The purpose of the thesis is the processing of project documentation fot the construction design of the Mixed-use building in the city of Brno, a borough of Židenice. Underground and first floor are made of cast-in-place concrete. The vertical load-bearing structures of the second, third and fourth floor are designed from ceramic bricks of 300 mm thickness. Floor slabs in the whole building are made of cast-in-place concrete. The last floor has warm flat green roof. The building is designed so that the underground floor is largely made up of underground garages, oriented to the west. Basement of the building is used for technical background of the building too. The first and second above-ground floors are intended primarily fot trade and services, where the all kinds of the offices of the first two above-ground floors makes up to 75% of the floor area. The third and fourth floors are used for housing. The building is oriented from east to west.

The area is located in the city of Brno - Tuřany. It is defined from the west Černovice river with natural monument Holásky Lake, from east by railway line from the south street U Potoka. The aim is a comprehensive urban design of the development area. The existing area is a typical structure of the former village connected to Brno. Location is convenient for the development of residential functions and optional equipment. The main objective of the solution is to design urban areas, which would carry on the original structure of the village and effective form of use of the available unused area.