Master´s thesis “Multifunctional building in Brno Medlánky“ is processed in the form of project documentation. Multifunctional building is designed as a detached house with a flat roof. The object has four above-ground floors with no basement. In the object there are twelve flats and three shops altogether. The object is made of building system Porotherm.

The topic of this diploma thesis deals with the solution of selected parts of building technology design of Scientific and Technical Park Triangl that is planned to be constructed in Uherske Hradiste. This complex of buildings will be used for civil, administrative and residential purposes. The thesis describes creation of foundation constructions, design of reinforced concrete frames, transportation of building materials and machinery to the building site. This thesis also contains a design and a technical report about facilities of the construction site, pre-defined mechanical assembly, control and test plans and the budgets and schedules of the construction work. Required applications to carry out the construction, suggestions for reinforcement of the foundation construction as well as financial costs are also included in the thesis.

The objective of the thesis is to determine the economic rent amount for a family house located in Brno. The concept “economic rent” refers to the amount of payment that brings adequate profit to the landlord. First, all the factors are identified that compose cost rent, i.e. the rent of mere providing and maintaining a property. The main variable is represented by the reproduction value of a dwelling. For the purposes of this thesis, the reproduction value is determined using the cost method (in agreement with the evaluation regulation). Second, the capitalization rate is determined so that an adequate profit could be calculated. The following two methods are employed: the surcharge method and the method of comparison with the financial market. The thesis presents seven alternatives of an economic rent, depending on the interest rates. Lastly, the calculation of the rate of return is performed, along with a correctness test of the calculation of the economic rent amount.

The master thesis designs a mixed-use building in Ledeč nad Sázavou. The thesis consists of three parts. First part presents the project documentation of architectural-construction. Second part proposes the technical equipment of the building. Third part is assessment of the designed building by methodology for multicriteria evaluation of buildings SBToolCZ. The building is located in undeveloped and slightly sloping land. The building has three above-ground floors. There are three different operations in the building, which are a café and an electrical shop and an office part. There is a café, an electrical shop, technical and storage facilities on the first floor. The second and third floor is an office part and company apartment. Structurally, the building is solved by a two-wax load bearing system. The building is founded on footing and foundation slab. Load bearing vertical elements are walls, columns and posts. Externall wall is designed from ceramics block with and mineral insulation. Horizontal load-bearing structures are designed as cast-in-place reinforced slabs. The building has a flat roof. In the building is air condition and cooling system and heating. Part of electricity demand is covered by photovoltaics on the roof. All drawings and visualization are designes in software ArchiCAD.

The diploma thesis is engaged of selected parts of the construction-technology project of a factory building with an administration building in Hustopeče. The construction-technology project contains technical account construction of technological solutions, project of temporary works designed to perform construction, time and financial plan and detailed time plan for rough construction, includes inspection and test plan and technological standard for solution of lower structures of solutions object. In another input is made technological study of the chief technological stage and budget for rough lower structures. As specialization is solution fire safety of buildings.

The goal of diploma thesis was design of educational building complex in Ostrava, Černá louka. Design is divided into two buildings- the main building(primary and secondary school) and kindergarden building. Main entrance into the complex is oriented to the catchment area - new living in Nová Karolina. Subsidence of the Kindergarten object creates landscaped space in front of schools. The green belt for sport and recreation was preserved along the river. Form the main object corresponds with the surrounding buildings - closed block with an inner atrium. The block opens and decreases towards the river, as well as kindergarten object. The facade of the building is special architectural concrete with the ability to clean the air - pierced around the windows. Gllass is used towards atrium and the river. Colours facade is enlivened by yellow surfaces lining by the windows, for common areas are used flat glass glossy green panels. Operation of the main building is divided into 4 units. Primary school is oriented towards the river and it is typical for square classrooms and a large corridor. Secondary school, coupled with the high school is located in 2nd and 3rd floor in the atrium arrangement of corridors with classrooms. Next part is gymnasium oriented to the Černá louka. Facilities of the school is located in the 1st floor. The dominant element is spatially banked dining room that opens into the atrium.

This diploma thesis focuses on the construction and technological preparation of the office building in the Lomnického street. The aim of this work is to choose the appropriate construction process. The thesis contains a technical report of a construction and technological project, solutions of wider transport relations, time and financial object plan, itemized budget, design of a site equipment, design of the main building machines and mechanisms, time schedule, technological regulation, inspection and test plan, calculation of two options of the excavation of building pit and details to waterproofing of the substructure. In detail, the thesis is dedicated to secure the building pit enclosed by diaphragm walls.

Diploma thesis deals with comparing of current awards by Classification of building structures and works and awards by Functional parts. It is possible to calculate Building life cycle costs by Functional parts. This is definately the advantage of the system because the calculation cannot be done by Classification of building structures and works. A new law on public procurement deals with Building life cycle costs as an evaluation criterion. So it is recommended to use Functional parts awards. The other goal of the thesis is to find bridges between Functional parts and the issue of BIM. BIM is a trend of global construction industry.

This doctoral thesis focuses on noise generated during construction. It defines the legislative and physical aspects of this topic. It determines heavy machinery as noise source and categorizes them by their usage in construction technologies. It collects source data of the machinery noises which can be further used in prognostic models. It analyses the level of construction noise which can impact the nearby residential areas and offers methodology for modelling and designing the possible arrangements for the noise reduction. It defines partial effects of the construction site which are significant for the noise spreading. It establishes their role in the value of acoustic pressure level of the noise affecting the façade of the considered building. With the data collection and with case study verification it offers a prepared work tool which can be easily used to predict noise levels on construction sites and can be applied in the early constructions preparations. The structure of this thesis is planned for possible usage as university textbook or study support.

utilization of current structures, concrete buildings, system of concrete buildings T06B, spank, portative parts of the structure, structure modifications, model of the solution