This diploma thesis solves the processing of project documentation for the construction of the kindergarten in Bratčice. The building is designed as a two-storey with partial basement in almost flat terrain. Entrance to the building is from the west side with access to the garden. The entire operation consists of 3 classes, a lounge, an operating section and a read for teachers.

The theme of master´s thesis is a new buiding nursery school. The building is set in sloping terrain. The building has two floors. The building is designed from Porotherm and ceiling construction of system Goldbeck. The roof structure are areas.

The thesis deals with the design of the indoor swimming pool located in the municipal land registry of the city of Brno. The thesis contains design documentation, technical report, thermal technical appraisal, details of 2D technical field, fire technical report, structural analysis of timber structures. This project is aimed at building public swimming pool – swimming pool whose lenght is 25 meters, children´s pool, relaxation pool, whirlpool and the sauna area which consists of three saunas. The proposed project has two floors and one basement with dimensions of 70,2 x 33,5 m. The build-up area is 2352m2 . Flat roof with compact structure with a foam glass. The roof carry wooden glulam beams. The thesis can be used as a basis of the building procedure.

The subject matter of my Diploma thesis is the project of a new golf club. The building has one floor and is covered by a flat mono-coated roof. Spacious terraces accessible from first floor are the integral parts. Vertical load bearing and non-load bearing walls are designed from Porotherm walling system. Horizontal load bearing ceiling constructions are designed from an prestressed ceiling panels Spiroll. Foundations are designed reinforced concrete. The building is divided into two separate operating units. The project emphasizes the layout plan, thermal technical properties and safety in use.

Dissertation on multifunctional building which is a part of a project which is about a transformation of an industrial district into a residental district with an additional function of shops and services including relaxation zone which is planned on the roof terrace. The dissertation is divided according to the legislation and made in the extent of the documentation of the building.

Currently, our ability to predict the flux of fine sediment at the watershed scale is limited by the precision of erosion rate estimates for the many potential sources distributed throughout a landscape as well as our understanding of the connectivity of sediment pathways during transport. In absence of a robust predictive model which can be validated by measurements of sediment fluxes and use of geochemical tracers. Predicting fine sediment yield at the watershed scale requires multiple redundant lines of information. This thesis outlines the methods used, and the data sets collected in the Root River watershed in Southeastern Minnesota, all of which are multiple lines of evidence to the sediment dynamics in the Root River. The research indicates that the Root River is a very dynamic watershed. The hydrologic regime of the watershed has shifted over the last half century. Due to this shift sediment fluxes are very dependent of the magnitude and sequence of events. Geomorphic analysis of the landforms and the use of a developed tool, TerEx, indicate that many reaches of the river have easily accessible near-channel sources of sediment. Sediment fingerprinting results illustrate that source tracer concentrations are variable across the landscape, that as a whole, upland sources are still a major contributor to the suspended sediment load, and that in some sub-watersheds near-channel sources are dominate in the suspended load. Over all the channel-floodplain exchange exerts strong control on the flux of sediment through this river system.

The aim of this diploma thesis is to draw up project documentation for new multifunctional building in the city of Vyškov. The discussed building is designed on flat terrain and has partial basement with four floors above ground. The basement contains technical facilities and storage area for building residents. The first floor contains commercial premises made of three stores: drugstore, flower shop and wine cellar. The second and third floor each contains two residential units. On the fourth floor is one spacious studio apartment.

In order to investigate the formation of different types of pit shapes on the crystalline surfaces, a mathematical model has been considered, which does not take into account surface diffusion and which defines the removal or transformation of different characteristic sites on the surface according to a set of frequencies. The characteristic sites are defined according to Terrace-Ledge-Kink model for the simple cubic crystal. With the help of the geometry of the step systems, specific conditions have been obtained under which the step systems considered could be obtained for a pit of monoatomic thickness. The dissolution of a simple cubic crystal has been simulated according to a set of probabilities. / Thesis / Master of Engineering (ME)

I gestaltningen av min byggnad ville jag jobba med det rigida ortogonala systemet som organiserar område från stadsplaneringsskala ner till de enskilda bostadsenheterna.Att avvika från det på ett subtilt sätt skulle kunna skapa en effekt med enkla medel som känns mer än den syns och markera byggnadens funktion utan att göra den uppseendeväckande på andra sätt. Därför har jag valt att jobba utifrån ett snedställt rutnät som skapar rombiska rumsligheter, det ger en spännande effekt där det från vissa vinklar utifrån ser ut som att de är vanliga ortogonala väggar, men inne i byggnaden skapas mer spännande rumsligheter. Förutom detta har byggnadens stomsystem byggts på att det finns många knäckar och hörn, vilket bär byggnaden utan att skapa alltför långa spännvidder. Jag har valt att jobba med bärande tegel, delvis för att det ger en känsla av massivitet som bidrar till att få byggnaden att kännas både viktig och beständig, och delvis för att det både bryter mot de material som finns i området och ändå går ton i ton med den tegelröda färg som återfinns på många platser i Tensta. Det blir dessutom ett lekfullt samspel mellan det statiska teglet och den mindre konservativa formen på byggnaden. / A city hall exploring the geometry of parallellograms, the use of terraces and a central roof light system with a void throughout the building. The geometry chosen for the building, which is what has been a driving factor for the project’s progress throughout, is mainly meant to break from the rigid, often cube-like, structures in the surrounding area, but in a subtle way, so as to make a slight “offset” from the surrounding buildings. This is combined with brick, which matches the colour scheme of the nearby infrastructure, but has a more permanent and classic look. The buildings central transportation system is a stairwell that wraps around a gallery-void throughout the building. This not only brings light down to the depths of the bottom floor, but also guides the user throughout the space and creates a new spatial design. A café attached to one of the many terraces brings more people, even those with no official business in the building, into it and lets people sit and relax in the sun with a cup of coffee. On the bottom floor, an exhibition hall by the secondary entrances mirrors the art hall in the building on the opposite side of the square. The square sports an “avenue” of market stalls, where local residents can sell their artwork, and feel included in the art scene of the area.

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