The subject of this thesis is the analysis of the evaluation of a construction unit by reducing its energy intensity. The first part of the thesis is dealing with the theoretical explanation of the basic concepts that are necessary for understanding of the dealt problem. The next part is dealing with the methodics of calculation of a building energy efficiency, determination of market prices of the property by general methodology, solution of the budgets of the reconstruction possibilities and determination of payback time of the investment into the reconstructions. The result of the thesis is the summary of all the outputs into the detailed table with comments.

The aim of this thesis is implementation of building from the perpective of public bodies. The basic concepts, principles and practices of public bodies are definted in the theoretical section. In the practical part of these methodes are apllied to specific cases from practice and the buildings are residential houses in the municipality Hukvaldy.

1 Final inspection approval of construction programme de lege lata, de lege ferenda Abstract This master thesis aims on providing a comprehensive overview of an issue regarding the final inspection approval of construction programme and identification of errors associated with the current legal regulation of final inspection approval by Act No. 225/2017 Coll., and providing de lege ferenda proposals and answering question, whether the process is actually being simplified and accelerated, as declared the explanatory memorandum to the amendment to the Building Act No. 225/2017 Coll. compared to the state before. The master's thesis is composed of six chapters. Chapter one aims on legal sources governing the issue of construction law. The most important legislation concerning the issue is listed. Second chapter determines basic concepts contained in the Building Act associated with final inspection approval, which are necessary for understanding of this master thesis content. These concepts are structure, developer, part of the structure, temporary structure, change of the finished structure, or general conditions for construction. Chapter three contains an analysis of the organization of building offices and selected issues as an authorized inspector and the respective authorities. Fourth chapter, which is...

The diploma thesis deals with the design of Velodrom-cycling stadium in the locality Brno-Komárov, including connection to the existing sports ground, parking and transport

The aim of this thesis is to design a kindergarten in new, expanding district Sadová. To create space for preschool children but also a place which will support local community. This thesis is based on intergenerational support, specific needs of children and their space perception.

The goal of this project si to design school building in Černá louka in Ostrava city. Besides aim to achieve architectural and typological harmony it tries to clarify a collision of disparate urban structures. Its trying to cultivate and develop approved zoning plan.

In this thesis is carried out a research about sustainable development and construction. Based on Czech and foreign literature is compiled a detailed process describing the conditions for a successful design of buildings according to sustainable principles. The final outcome is a design of a house, which is executed by the above procedure which tries to incorporate all the given requirements.

One of the methods utilized for quantification of environmental impacts of human activities is Life-Cycle Assessment (LCA). This dissertation applies the method on renovations of residential buildings in the Czech Republic. The reason is high potential for environmental savings in existing building stock and lack of such works in the Czech conditions. Therefore the dissertation deals with LCA of building renovations to increase the knowledge in this field. Moreover it also questions and evaluates accuracy of building LCA in general to increase understanding of differences and inaccuracies that are often admitted, but seldom analysed in literature. The dissertation includes five LCAs of two case studies: a block-of-flats in Brno and a terraced house in a nearby village. First case study includes LCAs of the original state and renovation of the block-of-flats. The second case study describes LCAs of the original state, partial reconstruction or demolition and new construction of the terraced house. The LCAs are performed in two software tools: Eco-Bat 4.0 and GaBi 4. Detailed models of the evaluated buildings are based on available designs. Environmental impacts are calculated in four impact categories predefined in Eco-Bat 4.0 to enable comparison of results: Ecological Scarcity, Cumulative Energy Demand (or Primary Energy in GaBi 4), Non-Renewable Energy and Global Warming Potential. The accuracy of the performed LCAs is tested in up to 324 different scenario combinations considering variable service life of building materials, construction waste quantities, waste management and transport distances. Generally, the results confirm environmental efficiency of building renovations. The renovation of block-of-flats results in 17.39% average reduction of total environmental impacts. Demolition and new construction of the terraced house result in 76.83% average savings. However, the variation of results is rather high due to tested scenario combinations: up to 56.06%.

Currently, increasing reinforced concrete structures and concrete structures that require repair in the form of remediation. The master’s thesis deals with the development of repair mortars with resistance to high temperatures, which would allow the re-profiling of the fire damaged parts of the structures and restore its function. Development of repair mortars is based on a literature review of articles dealing with research materials resistant to high temperatures.

This thesis deals with the foundation of multifunctional building in Karlovy Vary. The aim of this thesis is to design a safe, economical and functional solutions for sheeting underground floors of the building and design of foundation structures.