The project deals with the design of the wine gallery and community center in smaller wine-growing village Strachotín, which is situated in the beautiful landscape under the hills, called "Pálavské vrchy", and also is on the edge of the magnificent waterwork - "Novomlýnské nádrže". The construction of the wine gallery and the community center is designed in the historical structure of the village, near the gothic church. The project follows up the analytical part, which dealt with the vision for the future development of the village Strachotín. The vision, which after thorough examination of the village included seventeen interventions of small or larger urban character, which would be beneficial for the development of the village and surroundings.

Safety and protection of health on construction sites and protection of third parties during construction is a complex problem. It is affected by contractor’s policy on ensuring thorough abidance to security requirements but, in the first place it is affected by submitters and their irresponsible appreach to protection of life and health of the construction workers. They believe that ensuring safe work enviroment would reset in increased cosi of the construction. This doctoral thesis answers the question how to guarantee safety on construction sites. The main purpose is to show that early detection of risks does not increase the construction costs but ensures safety of workers protection of third parties. Finally, the doctoral thesis provils methodology, which guides the contractor in how to proceed in order to meet the budget, schedule and safety requirements. In regard of the variety of different construction sites and works this docáral thesis focuses explicitly on line constructions.

The aim of the master project is to design a mixed- use building in Brno – Žebětín. The project has three parts: architectural design of the building, HVAC design and HVAC performance simulation of kindergarten. The building is in shape of letter L. It has three floors and flat green roof. The building site includes a car park and playground.The building includes a kindergarten and flats. The ground floor is separated into two parts. First part includes the kindergarten, while the second includes entrance hall and the technical facilities for the flats in second and third floor. Both parts have separate entries. The vertical load-bearing structures are designed from Porotherm ceramic blocks and the horizontal load-bearing structures from reinforced concrete slab. The HVAC includes gas condensing boilers as heat source and photovoltaics for electricity supply on the roof. The HVAC performance simulation of kindergarten is created in DesignBuilder software and includes analyses of internal environment.The project is elaborated in AutoCAD, Revit, Deksoft, BuildingDesign and DesignBuilder.

The objective of the diploma thesis is the new building of Cancer Prevention Centre, first of its kind in the Czech Republic. The site is located on steep terrain of the south hillside of Žlutý kopec in Brno, which is a part of Masaryk Oncological Hospital complex. The aim of the Cancer Prevention Centre is to attract the citizens’ attention and invite them to undergo a preventive medical check-up with the potential to save hundreds of lives every year. The project takes this fact in consideration and strives to find ways leading not only towards establishing new relationship between the building and the public, but also towards connecting the city centre and nearby by residential area with the hospital complex. The three volumes of the buildings create a dynamic composition and therefore complete the characteristic development of Masaryk Oncological Centre. The main concept however revolves around the motive of instability, balance and journey which are all linked to tumour diseases.

Project of new city library in industrial environment at Sévelin platform, Lausanne.

New school buildings are designed out of area of Black Meadow in Ostrava but with very close connection with the park. This plot is situated between the river Ostravica, Black Meadow and planned living area New Karolina. It´s orientation to the south and the proximity of nature it´s also very important for the school buildings. Elementary school, secondary school , gym and kindergarden are designed as one komplex connected with platform opened to the river.

The technological project deals with the processing of materials and documentation for the preparation and realization of the residential building in Brno Lišen.The project includes a technical report which closely provides basic information about the building. These information are complementing and justifying the project documentation of the construction technologies and other related documantation which are focusing on the creation of a control and test plans , support of the implementation of a safety plan on the construction site, proposal of the main building machines and mechanisms, design of the supply processes within the realization phase of the building process. It also contains technical regulations with detailed descriptions of chosen construction processes .

In recent years we may observe a growth in construction of passive houses and low energy houses using lightweight constructions such as modern wooden houses. It is assumed that wooden houses keep overheating more comparing to brick houses during summer period. Due to the lack of research in this field the paper investigates the influence of internal thermal storage mass in passive houses constructions on their summer thermal stability under the Czech climatic conditions. Only sensible heat accumulation without a usage of phase change materials is examined. Differences between wooden houses comparing to brick-built houses are emphasized. Objects of research are mostly residential passive houses in low energy building standards. However, the results of research might be applied to different types of buildings as well. The first section outlines theoretical fundamentals. For the research itself various scientific research methods were used, such as basic mathematical calculations, experimental temperature measurement of two buildings (detached house in Dubňany and in Moravany) and numerical simulations. Own tribute to the research was first of all discussion on the topic of thermal accumulation and structures heat capacity calculation. Experimental measurements outlined conclusive evidence about the importance of internal thermal storage mass in respect of interior summer overheating. The research confirmed that the highest interior temperature reached is mostly influenced by solar gains through unshaded windows. However, the influence of internal thermal storage mass is not remote. If we compare standard timber-framed wooden house to the hole ceramic bricks-built house, the wooden house will overheat by 0,5°C more during a standard day. Wider spread in the maximum temperature reached was measured for lightweight consturctions wooden houses without any internal thermal storage mass. Therefore, such structures should have an additional layer of thermal storage mass.

The content of this thesis is the construction project of technological multifunctional building new locality Nitra the Slovak Republic. Individual points outline the project, which are dealt with in this thesis can be divided into subcategories, depending on the type of information provided. The first category can include items such as a technical report to the STP, which describes the basic information about the objects constructed building including the construction situation, location of the site including links to transport and technical infrastructure and rough timetable for the construction of all buildings. The second category can include no specific calculation and optimization outputs such as itemized budget polyfunctional house SO-07.03, drawing of the site including all buildings proposed site and their economic evaluation, sizing of utilities for supplying water and electricity construction site, design of building machines and mechanisms including determining the time of deployment, technological regulation for the implementation of monolithic roof structure, including financial balance sheets prepared by the deployment of slab formwork. The last category included in the thesis are legislative requirements that must be observed and kept in the course of the construction plan is constructed as a safety and health at work, including security risks drawn up, inspection and testing schedule for monolithic construction and a list of environmental risks that may arise during implementation.

The purpose of the final thesis is to elaborate selected parts of a technology building project of the Pension for the elderly. The complex includes eleven building objects and the main one is developed in detail. The final thesis includes a technical report about the technology building project, a building schedule, suggestion for realization of the main stages of its construction, a design of mechanical assembly. The final thesis also includes the project of site equipment, technological regulations , an inspection and test plan, an occupational safety and health plan.