The main subject of this diploma project was to design an architectural proposal of Moravian Wine Centre in Brno, Czech Republic. To design a polyfunctional building with a concept of new use of an existing network of underground cellars became the main goal of the proposal. The building is divided into seven functional units where services in the fields of culture, education, gastronomy, recreation and wine production will be provided. The form and shape of MVC is based on the idea of making a passable connection between two important urban spaces Exhibition Centre Brno, and the Zluty Kopec area. The next aim was to create a public space for cultural events and recreation. Part of the assignment was to deal with smaller urban planning of adjacent properties and to react to Brno's planning policy. The new park type of green line, axially connecting those two points of Exhibition Centre and Zluty Kopec, and a new access road from the street "Vinarska" were proposed. Parking spaces are divided into above-ground and underground in order to restrict parking on street. An automatic parking system is part of the object MVC Brno.

The main goal of this diploma project is to produce an architectural study of the Moravian Wine Centre Brno (MVC) located on Hlinky Street in Brno, Czech Republic. Study also includes a concept of urban planning at Zluty Kopec area. Proposed urban ideas lead to development of a bidirectional passable park area and create an axis leading towards Moravian Wine Centre. MVC is a multifunctional building which contains the following space and operations: a leasable retail space for winemakers, space for wine degustation and archive boxes, a congress center with multifunctional hall, offices of The Czech Republic Institute of Wine, a gastrostudio, a viewing terrace restaurant, a cafe, a hotel type of accommodation in double rooms and suites, apartments with roof terraces, a wellness centre and space for wine production. Design of the proposed MVC complements surrounding buildings built in functionalist era and highlights the enter of proposed park. The facade is functionally pure with an accent of colored glass. An important part of the proposal is to link the design of new building with the historic cellars with tradition of wine processing. A part of this project was to design an interior spiral staircase connecting the basement with the entrance area. The construction of building contains integrated elements of renewable resources of energy such as photovoltaic facade.

The subject of the diploma thesis is construction technology project of polyfunctional building VEKTOR in Pardubice. Building object has seven overground floors and has not basement. The construction system of the building is a monolithic skeleton consisting of columns and a ceiling slab. Part of the thesis includes technical reports, construction technology study, situation with wider transport route relationships, the project of the construcion zone equipment, suggestion of machines and mechanisms, plan for securing material resources, technological regulation for monolithic constructions, control and test plan for monolithic constructions, item budget, time schedule, chronological and financial plan of the building – object.

The thesis is focused on construction technology solution for realization of the construction of a polyfunctional building in Chotěboř. Part of the project is technical report, studies of major technological stages, project of site equipment, design of major machines and mechanisms, technological regulations. The thesis contains selected technological regulations of carried out activities, control, and test plans, safety and health protection at work comparison of ceiling systems.

Project of master thesis solves brand new residential polyfunctional house with bike shop. The main object is a four-storyed, designed as a monolithic skeleton construction. The building is located in Opuštěná Street, Brno. The project is developed on the basis of project documentation and technical data, delivered by the designer in the behalf of investor requirements. Main goal of this project seeks to approach to real solution of the construction site. It is very important to compare also financial aspects, not only the technological. Last but not least, time requirements of construction plan and factual requirements of the customer. Constructive-technological project contains especially: technical report, site facilities, technologic regulation, schedule, financial budget, control and test plan, design of machinery, safety and health protection etc.

This thesis deals with the design of the heating system in a Polyfunctional building. The design is solving heating of a Polyfunctional Object in Kostelec nad Ohří. The building has basement and two floors. The building is heated by means of panel, tubular and floor convector heaters. The source of the heat is located in the boiler room in the basement.

The subject of this Diploma Thesis is newly built polyfunctional building in the Prague – Holešovice. Building land is slightly sloping. The building will be followed by the surrounding buildings. The building consists of seven floors. The floor underground technical spaces and collective garages. On the ground floor are two commercial spaces and reception. In the second to fifth floor are office space. The top floor is a penthouse with terraces. The building is designed as a monolithic reinforced concrete skeleton accompanied by a facade wall and the wall forming the core. The core consists of a elevator and a staircase. Floor slabs is continuous reinforced concrete slab with capitals. The façade of the building is divided by pilasters, stone cladding. Root at the penthouse is composed of a terrace with vegetation. Ground floor consists of shop windows with sun screens. All designs are in accordance to the valid ČSN code.

The aim of the diploma thesis is to make the detailed building-technological project of the polyfunctional buildings in Olomouc. The thesis contains a summary accompanying technical report, technical regulations, control and test plan. Next parts of the work are time schedule and an itemized budget of the polyfunctional building, time and financial plan of the whole building, calculation of the costs of operating the construction site, Occupational safety and health instructions, traffic situation around building, design of mechanical set, drawings of site equipment. Finally there is also situation of construction, pilot implementation scheme and construction details.

The thesis deals with construction technology project of polyfunctional building in Rosice. The parts of the thesis are the construction technology study, the assessment of transport realations, the proposition of mechanical composition and occupational health and safety (OHS/OH&S). The thesis also contains technological regulations for flat roof and white tank and control and test plans for them. There is also itemized budget with time schedule of structural work. Thesis also deals with comparison of damp proof membrane and waterproof concrete.

This thesis deals with construction technology project of polyfunctional building on the Štefánikova street in Brno. Building has five overground floors and basement. In relation to the construction technology project it deals with chronological and financial plan, a suggestion of main construction machinery and mechanisms, materiál resources and transport routes, the project of the construcion zone equipment, technological plan and inspection and test plan for monolithic constructions and schedule of work.