This diploma thesis deals with the project documentation for the execution of the pension for seniors. The land is located in the village of Kozlany. Pension serves long-term accommodation for 30 people. The building has one underground and three above-ground floors. The stop is done with a single-shell surface impermeable roof. The construction is designed as a monolithic skeleton.

The aim of diploma thesis is a design project documentation of kindergarden in the construkction phase. The task was to design the most appropriate solution all of building structures in terms of construction and thermal engineering. The kindergarten will serve for education for children from 3 to 6 years old. In object are designes three departments. Individual departments are designes for total capacity 20 children. In the kindergarten there will lbe heating or preparation of only cold dishes. The kindergarten is designed single-storey with construct hight 4,25 m. Southern part of the building, where it is located ondividual departments, is designed breathable fasade. Zhe main entrance to the object is situated to the east side. Construction systém of the object is bricked from silicon-based porous concrete blocks. The roof is designed flat, vegetative. Filling of holes is made of wood-aluminum.

This diploma thesis deals with problems of dirtiness of surface layers of ETICS (External thermal insulation contact system). In the theoretical part, soil damping agents and processes occurring when adhering dirt are described. The practical part then evaluates the impact of the aspects described below on their dirtyness. At the same time, it monitors the differences in staining depending on the type of material and the manufacturer. A methodology for artificial staining with controllable and repeatable conditions was developed in a special simulator, and this methodology was also verified practically. Simultaneously, individual plasters were exposed to the natural environment, for comparison of laboratory and actual conditions.

The new proposed building Fotball stadium has make to recover and remake place, where was destined to sport´s and leisure activities in history. Ponava´s sport area has a huge tradition. Area is without concept and realition in this time. The new sport´s proposed centre has given to continue green line Luzanecky park not only made sport potency. Projects is given a live face to urban place, which will be visited no only during by sport´s match. Basic idea mean to create the point out Fotball stadium like dominant in this place. Object have to be seen from the all views in the main roads like the symbol of sport´s town. Stadium has derived benefit from good situation first old building but object is suggested more under terrein. Organic shapes were motivating. Urchin´s shell was a inspirational for design wrapper. Suggestion of wrapper was made from the terms like dynamic, sport, move and speed. These motives were imporatnt in proposing perforable wrapper which gave her uncontrolled dynamic. Expression followed the function. Fotbal is a green place – grass. Green Fasade was suggested for many benefits. System has great properties but it has also poined up function of this object and made up reaction. The Project should extended green line Luzanky – Ponava – Arboretum. Green stadium is a dominant architectural jewel – like Green point, which is arouse public notice and representative for Brno town.

This master´s thesis is deal with design of steel structure of exhibition gallery. Layout od building is three-arm star, where each arm is rectangular with dimensions 6 x 18 m and arm has two floors. All three arms are connected to the hexagonal prism (space frame), which is on the second floor walkway and covered skylight. Maximum building height is 11.28 meters from the finished grade. The main structure of building is created by twelve frame in cross direction. The roof is flat. The surface of facade is glass created by aluminium structure.

The subject of this thesis is to design a multifunctional building. The proposed structure consists of two separated buildings by an expansion joint. The first building has floor ground floor and includes a residential part with seventeen dwelling units and three commercial spaces. The second building contains two ground floors and includes café. The residential part is covered with flat roof without operating. The building with café is covered by green roof. The multifunctional building has been designed with two separate parking areas with corresponding number of parking places.

Diploma thesis focuses on design of low energy timber house. House design consists of design documentation for building permission, including engineering report. Structural system is designed and structural assessment of selected elements is made. Design contains solutions of structural compositions and structures of envelope are thermally evaluated in relation to heat insulation requirements.

The dissertation thesis is focused on non-transparent ventilated façade constructions, airflow in the ventilated cavity and the building envelope temperatures in relation with the different parameters of the construction and the ventilated cavity. The aim of this work is to optimize the temperature behavior of the building envelope during the summer season when the overheating is the most distinctive. The numerical and experimental methods with many different variants of façade constructions were used to investigation. The variants were compared and evaluated by the measured values of airflow speed in the ventilated cavity, temperature in the ventilated cavity and on the surfaces of constructions around the cavity. The result of the investigation is the evaluation of the influence of the airflow resistances or the reflectance of the surfaces around the ventilated cavity. Part of the thesis was formulated in relation with the project of MPPF - Multifunctional Plug & Play Facade during the internship at TU Graz. The efficiency of some parts of the energy active façade in this project depends on the temperature. The part of the results is the patented passive system for ventilation of building envelope and the patented cavity panel for ventilated facades.

This is a single-storied building of 1025 square metres space and with an accessible roof through a footbridge designed even for disabled. It is implanted into the entrance zone of green in front of the ecological paper-mill. The presentation and exhibition pavillion should be an extraordinary and reprezentativ object. The building will be placed among green and it aspires to exist in harmony with it. Thus it behaves as its‘ component. Concept is based on an idea of cellulose threads, which is primary structure of an organic stuff. „The threads“ form a supporting structure and determine the platform. The glass facade and even the interior come through three colours, that present the paper making process and even carry an aesthetic benefit. The facade systems utilize energy – they react to the Sun and air movement and even they compose an ornament.

Diploma thesis is focused on the preparation of the implementation of the University Centre in Zlín. The work includes building technology study and subsequent construction technology project. In this thesis, the aim was to determine the time, financial and material demands of the project, choose the optimum process of construction, ensure BOZP, make the proposal buildingsite for the individual stages, the calculation of costs of site preparation and select adequate mechanical the assembly. It was drafted fire assessments of buildings.