The subject of the dissertation is to assess the current condition of the former parsonage in Hynčice built in the middle of the 16th century and suggest repair of the damaged elements. The first section of this work is focused on the history of Hynčice and the construction techniques, which were distinctive for the region. The object was focused and technical drawing documentation was produced. This served as the basis for subsequent research of the structural soundness of the construction. The concluding part, then deals with the repair, or replenishment of any damaged elements, towards maintaining the original state of the building and that as far as possible. The benefit of this dissertation is the outline of the repair, which will lead to the conservation of this valuable building from the middle of the 16th century.

Diploma thesis deals with the design of a family house of wooden buildings for 5–6 persons. It is a non-cellular object. The building will be multi-level. The two-storey building will be roofed with a low-slope vegetation roof, and two terraces with roof green are designed above the single-storey section. The work contains design of structures for individual types of roofs. There are described the methods of technical calculations and design of the construction. It contains an extensive overview of green roofs. There are presented technical parameters of the vegetation formation, proposals of individual compositions, links to the surrounding terrain and functions of the green roof. The main part of the work is the design and assessment of roof structures. The accompanying drawing documentation of the selected family house solution is included.

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The thesis is focused on biotechnical building structures that are used for greening buildings. The first part contains a review of literature, together with a list of authors, who was dealing with biotechnical engineering structures namely focusing on growing roofs -- their basic division, the use of vegetation layers, substrate composition, chemical and physical properties of the substrate and the substrate thickness for the individual vegetation. Another section is devoted to metodology, which deals with research models of green roofs and gabions. For models vegetative roofs is detailed way in which progressed in their realization. In this methodology are drawings created in AutoCAD and their detailed description of the individual parts. Further there are elaborated visualization of vegetation condition and created a frame structure in ArchiCad. The methodology described a procedure for greening gabions using created pockets of a bag filled with substrate. Again, the visualizations as wire baskets, and a bag filled pockets substrate together with the introduced plants. The conclusion is focused on the evaluation of the state of vegetation roofs and gabions.

Diploma thesis is focused on verification of green roof substrates their use and functionality. The literary research summarizes history of green roofs in Czech Republic and abroad. There is also clerified sorting of green roofs their components and general usage of green roofs. There was bulit experimental green roof based on informations sorced from literary research. Single parts of the experiment were evaluated as a general emergence and vitality of plants on experimental green roof.

This diploma thesis is focused on the analysis of the retention effect on the pitch green roof from the selection of different roof sets. Measurements of retention proparties were performed on four semi-scale testing elements. Monitored period was evaluated during initial growing cycle on extensive, biodiverse and icelandic green roof in comparison with roofing tile surface. The theoretical part describes effective water retention management, historical and present development in the Czech Republic and closed European countries of green roofs.

The objective of this study is to explore the methods used for automatic roof reconstruction so far and on the basis of this analysis purpose a methodology, which uses the geometric structure of Straight Skeleton for an initial approximation of the roof shape. In the first part of this thesis issues of automatic detection and extraction of building roof planes from laser scanning data are explored. Also, the Straight Skeleton is described in detail here and its potential for the construction of hip and saddle roofs is explained. An iterative approach which consists of deleting or moving appropriate points between roof planes using the principles of orthogonal regression is specified as an optimization method. In the second part of this thesis the proposed algorithm was implemented using CGAL (an open source library) and then it was tested on different data sets. In the very end, it is concluded that the use of the proposed algorithm on more complex types of roofs is inappropriate. The excellent results of the optimization of hip and saddle-shaped roof types are highlighted simultaneously.

The diploma thesis deals with the study of runoff torrential rain on the green roofing. This work is focused the problematics of runoff for various constructions of flat and green roofing. The results were evaluated according to the standard ČSN 75 67 60 - Internal sewerage and the German standart for green roofing FLL.

The subject matter of this theses is a static design and appraisal of a structure of the planetarium roof. It is a cupola over the circular plan and consists of two radial arched ribs. This theses contains two varieties of its structure.

The subject of the thesis is an architectural project of urban structure - a town house in Brno - Zábrdovice. The design uses the principle of multiplicity, which is characterized by multiplying of the site, using of roof planes and highlighting the object above the ground. The material of object is formed by the gradual reduction of the structure consisting of four blocks arranged around a central atrium. The building respects the height of the surrounding buildings, on the west side it has 5 floors, towards the river Svitava the height of the building gradually decreases. A significant feature is the use of greenery on roofs. Ventilated facade of the building will consist of perforated steel sheets Cor-ten and facade panels Cembrit.