The object of the project is to design a new building of the municipal office, in which is a library with a cafe and a ceremonial hall. The house is brick, not with cellar, on two floors. Roofing is made up of a flat roof. The ground floor houses the library, in the 2nd floor spaces are administrative and ceremonial hall.

Theme of this master´s thesis is the project documentation of a multifunctional building. It is a four-storey basement building covered with flat roofs. The object consists of two parts. One part is residential, consisting of 17 flats, one of which is designed as a flat with disability facilities. The other part is designated for public and includes a cafe with a rear. To the residential part belongs an underground collective garage, one parking lot for each flat.

Diploma thesis Ponava Centre is solving the architectonic study of Leisure centre. Area is situated in locality Ponava – Brno, Královo Pole. Leisure centre should provide its services to wide spectrum of visitors. Those activities does not have to be undertaken just in the building itself, but the idea to develop and utilize for those purposes the public space around it is suggesting itself. The centre is offering the activities for people of all age categories. It can provide the leisure function and also both educational and commercial function. In this spirit the inner space of the object is divided. The basic principle is to group together the three masses according to their most important functions, which are located in the object.

The aim of this diploma thesis is to compose a business plan for a foundation of a fitness café or a café specializing on a healthy life-style in Brno. Diploma thesis will be divided into 3 interwoven parts: a theoretical part, analytic part and proposal part. Theoretical part based on a literary retrieval will deal with basic terminology of the given subject and specification of the methods used for the analytic part of this thesis. Analytic part will rely on the strategy analysis and will focus on evaluating the general market conditions for the specific plan. The proposal part will further describe the business plan which would be based on the results of our previous market research. This part will contain the detailed description and financial, organisational and marketing plans. In the end I would analyze the risks of this project and set up the funding system.

The aim of the project is to design a public building in the place, where phenomena of Pálava mountains, reflecting water surface and wine tradition meet. It is right in the area of Strachotín village. Project is trying to harness the power of these qualities to create a special attractive house. But also, the house is showing the viewer new perspective on these entities, which would not be seen without it. The location and concept of this wine house is strengthening the link between village and Pálava reflected in water. Therefore, the main part of interior is oriented exactly on the axis between these two poles. Secondarily, house contains the small museum of local history. In terms of technical aspects, we are dealing with the floating house, which is not affecting the building of dyke in no way.

The diploma thesis deals with the proposal of new interventions within the area above the underground reservoirs in the area of the Žlutý kopec. Various urban structures, atmospheres and influences of surrounding, natural or urbanistic are encountered in the area. The place is unique for its location near the historic center of Brno, the potential of the green public priesthood within a built-up part of the city with a view of the city's landmark, Spilberk Castle. The aim of the work is to offer a dessign that responds to these impacts and links them in a design that complements existing underground reservoirs. It invites the inhabitants of the city, new visitors or tourists to regenerate body and soul, in the gallery or athletic center in the environment of reservoirs. The programme of the place offers both, the social space through a new cultural and visitor center but also soothing space in the form of a park.

Multifunctional building Jocelyn is set in earlier studies on the proposed urban site Jeselských barracks in Brno, bounded by streets Štefánikova, Staňkova and new streets stretching Roast. The concept of construction within the meaning of form and function is strictly subordinate to his place near the city center. Economically advantageous feature object representing housing, shops, cafes, restaurants, offices, underground parking. The building is divided vertically into two zones: commercial and residential. The dominant number twelve floors is derived from a corner position of the object. Hanging the height of the building directing urban streets rasterization, creating public spaces of different levels. The material object is perforated for convenient access, views and culture connected with the proposed use of the adjacent park. The building is designed as a monolithic skeleton on bored piles with a facade of facework. Ceiling structure consists of a monolithic reinforced concrete slab ceiling with integrated cooling and heating of rooms tempered by the reinforced concrete core.

City Library in Prerov, placed on square Přerov rebellion. The library is included in the terrain wave. Which allows a better climate for books but also expands the park which is located here before. The south often is located square in which the library opens the glass facade. Despite the passage of the library led to the city which is in a position which had been even before the actual construction.

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Combinatorial Group Testing (CGT) is a process of identifying faulty interactions (“errors”) within a particular set of items. Error Locating Arrays (ELAs) are combinatorial designs that can be built from Covering Arrays (CAs) to not only cover all errors in a system (each involving up to a certain number of items), but to locate and identify the errors as well. In this thesis, we survey known results for CGT, as well as CAs, ELAs, and some other types of related arrays. More importantly, we give several new results. First, we give a new algorithm that can be used to test a system in which each component (factor) has two options (values), and at most two errors are present. We show that, for systems with at most two errors, our algorithm improves upon a related algorithm by Mart´ınez et al. in terms of both robustness and efficiency. Second, we give the first adaptive CGT algorithm that can identify, among a given set of k items, all faulty interactions involving up to three items. We then compare it, performance-wise, to current-best nonadaptive method that can identify faulty interactions involving up to three items. We also give the first adaptive ELA-building algorithm that can identify all faulty interactions involving up to three items when safe values are known. Both of our new algorithms are generalizations of ones previously given by Mart´ınez et al. for identifying all faulty interactions involving up to two items.