The subject of this diploma thesis is an extension of a two-storey basement sports center in Jeseník nad Odrou. There is a relaxation area and a fitness area in the sports center. It is connected to the existing gym building with the tourist hostel by means of a connecting neck. There is a reception and a café for both facilities. The whole building is then covered with single-layer flat roofs. The main entrance to the building is located on the southeast side of the building at level 1.NP. Vertical constructions are made mainly of ceramic sys-tem elements Porotherm. Ceiling constructions are designed as prefabricated prestressed panels. The staircases are prefabricated reinforced concrete. The project was developed using the computer program AutoCAD.

The aim of my master´s thesis is a new sports center project in Havlíčkův Brod in neighborhood of sports complex Na Losích on plot no. 561/1, 564/17. The land is slightly sloping and their total area is 12574 square meters. The building of the sports center is designed as a two-storey, with a cellar, with a dominant part of the multipurpose sports hall. The vertical supports construction consists of a reinforced concrete monolithic combined system. In the sports hall, the supports construction consists of a skeletal structure made of steel rolled elements in combination with reinforced concrete monolithic columns. Vertical peripheral construction are equipped with thermal insulation system with perforated sheet metal. The foundation building construction is designed as a monolithic foundation slab serves as a white bath. The horizontal supports construction are designed from prestressed SPIROLL slabs. The roof construction is designed as a single-layer vegetation flat roof. The roof supports construction of the sports hall is designed from steel-truss girder with supporting trapezoidal sheet. The designed sports center has 3 functional parts. It is a multifunction sports hall with facilities for athletes on the underground floor. The second functional part on the first floor is a sports bar connected with the main entrance hall and a bleacher with a capacity of 400 persons, which is located in the sports hall. The third part consists of a separate section on the first floor for athletes using the adjacent outdoor playground and the main part is located on the second floor, which serves as a facilities for TJ Jiskra club management, then there is a VIP zone, a clubroom and a small exercise room with facilities.

The theme of the diploma thesis is the preparation of project documentation for the construction of two designed buildings of the Primary School. Building plot for the planned new building is located near the existing nursery school near the center of Vracov. The campus is designed to provide basic education in a total of 18 classes with a proposed total capacity of 540 pupils. The complex consists of 4 main buildings that functionally divide individual operations. These are designed as free-standing, SO01 and SO04 objects will be two-storey, without basement. SO02 and SO03 objects as four-storey without basement. The construction system is designed as a prefabricated reinforced concrete skeleton with filling masonry from ceramic blocks to thin-walled masonry mortar. The ceiling construction consists of pre-stressed ceiling panels SPIROLL in combination with reinforced concrete. The staircases connecting the floors are designed in reinforced concrete. Vertical communication between floors will also be made possible by barrier-free passenger lifts. The roof cladding consists of a single-shell construction with thermal insulation made of EPS, the covering will be made of PVC foil weighted with a layer of peacock. The building will be insulated with a façade thermal insulation system with a ventilated gap and external surface treatment of HPL façade cladding panels. Paved pedestrian roads will be made of concrete interlocking pavement. The road for vehicle traffic will be with an asphalt surface. Parking spaces are designed from drainage concrete pavement. The project documentation was processed in ArchiCAD.

Diploma thesis is in form of building documentation for construction according to valid regulations. Designed mixed-use building is located in Zlín on plots no. 2865/3, 2865/22, 2865/23 and 2866. Building has shape of letter L, it has three above-ground floors and undergroud garage. Building has three separate parts – part with flats of sizes 3+kk and 4+kk, training centre and community centre. Each part has different number of above-ground floors. New building is detached house with maximum height 10,48 m. Object is constructed with ceramics blocks. It has ventilated facade and flat green roof. Ceiling is designed as cast-in-place reinforced slab. Material for foundations is waterproof concrete. Diploma thesis also includes assessment of thermal technology, acoustic and fire safety.

This diploma thesis depicts project documentation for realization of a mixed-use building in Hradec Králové. The designed object includes fifteen flats in four storeys, a café, a hairdressing salon and no cellar. Vertical load-bearing walls of the first storey are designed to be built of reinforced concrete. Vertical load-bearing walls of the other storeys are designed to be built of ceramic blocks. The outside wall is insulated with expanded facade polystyrene and plastered with a thin-layer textured cream plaster. The last storey has a ventilated facade made of fibre reinforced concrete panels. The openings are filled with plastic windows including an aluminium entrance door with a fanlight. Horizontal constructions are made of monolithic reinforced concrete panels which are reinforced in one dimension. The roofing in designed as a flat roof with a layer of vegetation. The foundations of the multifunctional house are based on concrete piles and a reinforced concrete slab. The design of the object respects current housing in the area. The diploma thesis includes a basic review of construction physics and fire safety layout.

The subject of the diploma thesis is the elaboration of an architectural study of the reconstruction of the pre-plant zone of the Facelift of the Dukovany power plant. The construction site is an area that belongs to the village of Dukovany and borders the village of Rouchovany. As a whole, this area is in poor technical and architectural condition. However, its location gives potential for new uses. The solved area belongs to the ČEZ nuclear power plant.

Theme of this project is new building proposal of The Sword of the Holy Spirit church and spiritual center, located in Brno-Líšeň. This part of the Brno is 6 km northeast away from the city center. This proposal include building or construction of the church with rectory. Main goal was to create a dignified place for worship and also for meetings of parish comunity. This place should to point out on spiritual importance of whole building with its architecture, construction engineering, dispositions and artistic solution. The church is connected with congregation of the Selesians of Don Bosca in Líšeň, whose main goal is education of youth in the spirit of Christian traditions. One of the requirements was to create modern church not only for the comunity of Selesians, but also for the general public. The church which will benefit its surroundings and gives new life into this place. Architectural solution of church is trying to follow an idea of proposal based not only from character of the sacral building, but also from biblical motives. The church should remind hug of the God, who is in love to the people. The ring describes one of the main principles of Selesians – looking for everything what connects people, education in faith, comunity. In proposal is calculated with spiritual center including multifunctional hall, classrooms, adoration chapel, offices, apartment for pastor and also with occasional accommodation. Parish center is geometrically accurate, rectangular and precisely fitted. While building of church is different by its shape and character. It creates a dominant of the in surrounding panel housing estate. This dominant does not disturb surrounding because of its clean lines and used materials – white concrete.

The subject of the diploma thesis is the elaboration of an architectural study of the reconstruction of the pre-plant zone of the Facelift of the Dukovany power plant. The construction site is an area that belongs to the village of Dukovany and borders the village of Rouchovany. As a whole, this area is in poor technical and architectural condition. However, its location gives potential for new uses. The solved area belongs to the ČEZ nuclear power plant.

The proposed building is part of a complex of three buildings. The task was to create the dominants of the new territory, which would include functions corresponding to the concept of a smart neighborhood. The building has 19 floors above ground and two underground. The simple shape is complemented by the corrugated roof of the congress center and the curved atrium. The main entrance is towards the new city street, the main facade of the congress center faces the square. The dynamics of the shape of the high-rise building is supported by an irregular grid of windows, the combination of full masonry and leaky lighten the facade of the lower part.

The aim of this thesis is to develop a new building – a cultural and educational center, located in the town of Uherské Hradiště. The building is fitted to the central part of the city, on unused building lot, with good access to public transport links. The building is designed as a partial basement facility, with three floors and a basement. Structurally it is a column-based, skeletal support system, made of reinforced concrete. The basement part consists of bearing walls of reinforced concrete. The ceiling structure is made of locally backed, cross-reinforced slabs, also made of reinforced concrete. The outer perimeter infill masonry is constructed of ceramic bricks with a thickness of 300mm. Interior bearing walls are made of reinforced concrete of appropriate dimensions. Dividing walls are made of plasterboard constructions. Roof structures are formed by a system of flat roofs and terraces. In principle there are two types – the roofs with safety waterproofing and the ones without it. The base structure consists of footings and strips of reinforced concrete.