This thesis addresses of construction design of new building multifunctional house. Multifunctional house is consists of subterranean garage, hairdresser, cafe and 36 residential units. The building has a cellar and 6 floors and it is covered with a flat roof.

This dissertation thesis concern the project of a multifunctional building in Hranice na Moravě. It is an individually standing object on a flat terrain. The building has four over-ground floors. In the first and second floor are administrative spaces. Administrative spa-ces consist of offices and meetings room. In a third and fourth floor are four flats. There is one 3+kk flat (three rooms with kitchenette) and one 2+kk flat (two rooms with kitchenette) on every floor. The double staircase is used to connect the individual floors. The building is designed from a structural system of ceramic fittings. The ceilings are assembled from ceramic fittings with reinforced concrete. This ceiling is also supporting part of single skin flat roof. The thesis contains project documentation for construction.

The subject of this diploma thesis is the design and elaboration of project documentation for the implementation of a new multifunctional building. The building will be located in the city of Brno in the district of Ko-márov. The new building will be divided into three separate functional units - underground garage, office space with hairdresser and residential part. Each apartment is equipped with a separate balcony. It is a four-storey, partly basement multifunctional house with a flat roof, based on reinfor-ced concrete slab. The construction system is designed wall. The basement part of the buil-ding is built from concrete molded blocks of permanent shuttering, the above-ground part from ceramic blocks of the Porotherm system. The ceiling structure consists of reinforced concrete monolithic slabs. The windows will be plastic. The thesis is designed in accordance with applicable laws, ordinances and standards.

The aim of the diploma thesis was to design the reconstruction of the music hall in the existing building of the private music school D-Music. The building is located in Kromeriz, cadastral area Kromeriz. I emphasize the design from the perspective of acoustics. The thesis also evaluated the noise load from the adjacent road II. class, for design hole fillings. It is a five-storey building with one underground and four above-ground floors. The music hall is located on the first floor and is designed multifunctionaly - for music with mobile acoustic absorbers for speech.

The objective of the diploma thesis is to design project for the realisation of new a multifunctional building in city of Brno, Zábrdovice on the corner of Příkop and Bratislavská streets in the wider city center. The object with cellar contains a collective garage. On the ground floor there is a café, from the second to the fourth floor offers rentable office space, on the top floors, the fifth and receding sixth floors are situated apartments varying in size from studio to penthouse. The building is based on a white tub and piles of plain concrete. The supporting system consists of a plate skeleton with concealed heads with reinforcing reinforced concrete monolithic core and two gable reinforcing walls. The skeleton is filled with brickwork. Covered by a combined roof. The main entrance to the building is located on the eastern side along Příkop Street. The architectural expression of the building consists of ceramic cladding strips and rhythm of the hole fill pattern, which decrease with the rising floor.

This diploma thesis deals with design of new building multifunctional house in southeastern outskirts of Brno in urban district Holásky. The three-storey building combines purpose of permanent housing, stomatology center and pharmacy. Business premises and technical facilities are located on the ground floor. Overall twelve dwelling units with layout design as one-bedroom flat and two-bedroom flat are placed on above-ground floors. Designed building has rectangular trapezoid shape and copies triangle shape of flat building plot. Parking spaces are perpendicular to adjacent access road. External walls are made of 500 mm thick Porotherm hollow clay blocks with inserted mineral insulation. Ceiling structure is designed as reinforced concrete slab, which is divided into set of smaller two way slabs. Building is roofed with flat roof, on it are placed solar collectors used for water heating and reducing operating costs. Effective management of rainwater which is collected and reused helps decrease environmental impact of building. Total energy consumption of the building is reduced by building compactness. Thesis contains project documentation for the construction.

Před necelými dvaceti lety byl představen nekonvenční přístup k implementaci multifunkčních obvodů, tzv. polymorfní elektronika. Polymorfní elektronika umožňuje implementovat jedním obvodem dvě nebo více funkcí, přičemž aktuálně funkce závisí na stavu okolního prostředí obvodu. Klíčovými komponentami takových obvodů jsou polymorfní hradla. Od představení konceptu polymorfní elektroniky bylo publikováno několik desítek polymorfních hradel. Parametry většiny z nich však neumožňují jejich využití v reálných aplikacích. Bez dostatečného množství polymorfních hradel s dobrými parametry však nejspíše zůstane v aplikacích založených na multifunkčním chování nebo rekonfiguraci konvenční elektronika preferována před tou polymorfní. Tato disertační práce představuje nový přístup k polymorfní elektronice. Je založen na hradlech, jejichž funkce závisí na polaritě napájecích přívodů. Cílem této disertační práce je ukázat, že takový přístup umožňuje navrhnout hradla s výrazně lepšími parametry. Aby bylo možné systematicky navrhovat na úrovni tranzistorů takováto hradla, byla navržena evoluční metoda založená na kartézském genetickém programování (CGP). To umožnilo navrhnout několik sad efektivních polymorfních hradel založených jak na konvenčních MOSFET tranzistorech, tak na double-gate ambipolárních tranzistorech. Z těchto sad hradel byla vytvořena knihovna, která je v současné době volně dostupná pro ostatní vědce. Dále byla v této práci navržena řada složitějších obvodů založená na navržených hradlech. Na různých úrovních návrhu obvodů (hradla, RTL, cílová aplikace) je pak ukázáno, že navrhovaný polymorfismus na úrovni hradel představuje velké výhody v porovnání s předchozí generací polymorfních hradel, ale může být také konkurenceschopný nebo výrazně lepší než konvenční řešení takovýchto obvodů.

The thesis deals with the positioning of the tilting head of the multifunctional milling centre in three axis. The aim of the thesis is to design a multifunctional milling machine centre with a horizontal axis of the spindle in cooperation with Bc. Ľubomír Vazovan, Bc. Ján Rapčan a Bc. Tomáš Hynšt, who are working on the issues of the headstock, automatic tool change and palletization. The thesis also contains proposals of certain options and their subsequent evaluation by the multicriterial method PATTERN. The resulting construction is complemented by calculations of the main construction nodes.

The subject of this diploma thesis is design documentation of a multifunctional building. The object is located in village of Vsetín, set in flat terrain. The building is divided to 3 objects. Objects A and C are designed as a residential buildings, object B is the office building. The multifunctional building is with basement, it has four above-ground floors and its roofed with warm flat roof. The structural system of a building is made from ceramic blocks Heluz Family 30 with etics, structures and ceillings are made of cast-in-place reinforced concrete. The part of documentation is fire safety assessment, thermal assessment, acoustic assessment and the daylighting assessment.

The project design processes multifunctional center for leisure and sports. The center is situated in Šternberk and its capacity is about 150 people. There is inter alia the wellness center, with saunas and whirlpool, a fitness, gym and a beauty salon. Architecturally, the object is conceived as paralell blending of three units of a different colors and sizes. As well as all construction compositions are more developed basis for air conditioning systems. Documentation is processed at the level of documentation for building permit.