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.

The aim of this master thesis is to design a building consisting of joiner workshop and administration part of furniture factory. Building is located in Brno, cadastral area Horní Herpšice. In terms of funcion as well as structure is building devided in two parts, joiner workshop and administration part containing hygienic facilities for workers, canteen for employees and furniture showroom. Joiner workshop is single-deck skelet structure made of glued laminated timber. Administration part has two above-grade floors. Cross laminated timber panels are used for vertical and horizontal bearing structures. Building facade is designed as ventilated, partly made of cement fiber boards, partly of timber boarding along with green panels. The building has one-layer green roof.

The diploma thesis project deals with a new kindergarten with a café in the inner town of Humpolec. It is a single-storey building, with a flat vegetation roof and parts of a green façade. The layout of the building is divided into kindergarten and café, designed for parents with children. The kindergarten has classes on its sides with facilities for children and employees, the central part consists of common areas, preparatory meals, warehouses, principal's office, technical rooms, facilities for employees. The load-bearing vertical structural system is masonry, horizontal load-bearing ceiling structures made of prefabricated prestressed panels, ceramic system lintels. The technological equipment of the building includes an air/water heat pump for obtaining thermal energy, an air-conditioning unit with heat recovery to ensure forced ventilation. The project is solved at the level of implementation documentation, with the help of graphic systems ArchiCAD, Artlantis, building physics programs Svoboda software and program Light+.

The content of this diploma thesis is the design of a new boarding nursing home in Dolany. building with two floors and a residential attic. The main entrance to the building is located on the north side. On the first floor there is a spacious common room, two apartments (one belonging to the administrator of the building), technical room, room for maintenance and cleaning, storage, toilets, areas for nursing services and cellars. The second and third floors are accessible by internal stairs and elevators. Both floors have the same accessibility. In each of them there are a total of 7 apartments. the vertical load-bearing structures are made of ceramic masonry with a contact thermal insulation system. The roof structure consists of a gable roof with ceramic roofing. The project documentation was prepared in accordance with valid legal and technical regulations.

Project's goal is to test the large buildings' design options in regards to permanently sustainable construction. The author's aim is to design energy efficient multipurpose building, with minimal negative effects on environment. The positive impact on environment is visible on the preference of natural materials used in construction. External constructions of thermal conductivity coefficient at the level of passive standard are designed using objects of renewable energy. The location in Brno has been chosen for the proposed building, specifically the location known as brownfields. Lot is accessible from the street of Jan Babak, where public transport is available. The shape of the lot is in the form of incomplete oval with internal open atrium. The administrative part of the building takes half of the area with the rest of the area being used for other businesses, such as fitness centre and restaurant. Garages are proposed to be located underneath the main building, which is built on rigid structure. This rigid structure is a steel skeleton one with linked ceilings. The foundation of building is on stilt. The roof is of a flat type with variable slope, its structure and slope are of metal construction. Claddings are designed in the form of wooden structure filled with straw bales, the exterior is thermally insulated using fibreboard thermal insulation. Inner tract facade is proposed to be panelled with wooden planks. Photovoltaic panels will be placed both from the south and southeast of the outer oval. The rest of the facade will be panelled with grate for creepers. Only environment-friendly sources of energy are considered for the proposed building. Heating and cooling is based on the heat pump air-water system; using the rainwater as an example of renewing natural energy. The surroundings of the building are designed as meadows for of infiltration of rainwater. The proposed building has been assessed in terms of environmental sustainabilit

The aim of this Master´s Thesis is to create project documentation for office building with nearly zero energy consumption. The topic of the Master´s Thesis is Office Building located in Brno Komárov. Thesis is divided in to 3 main parts. In a first part, constructional solution is proposed. Office building is designed for recruitment agency with capacity of 32 personnel that consists of 3 floors, green roof and green facade. Ground plan of designed building is in rectangular shape. On the first floor there is a reception, offices, registry, small kitchen and staff room. Second floor is similar to the first one but it has a conference room. Third floor is designed as staff room with coffee lounge. In second part of Master Thesis design of building services engineering systems is proposed. Building uses forced ventilation with heat recovery. Heating is provided by two condensing gas boilers. Supply of electric energy is partially ensured by photovoltaic power plant. In addition, rain water is effectively used in this building. In the third part evaluation of six designed compositions of floor with Life Cycle Assessment method is done. Software used to elaborate this Master´s Thesis are following: ArchiCad, DekSoft, GaBi, Excel and Lumion.

Submitted diploma thesis prepares project documentation for the construction of a hotel building with a restaurant, which is located in the central built-up area of the town called Letovice situated in the South Moravian region. The solved building is partially basement with three above-ground floors covered by a flat vegetation roof. The hotel is designed with 23 accommodation units with a total capacity for 52 persons (including 4 persons with reduced mobility on the 2nd floor) and a restaurant for 98 guests, a bathroom and a kitchen. Guest rooms are located in the 2nd and 3rd floors. There are representative areas of the hotel in the form of an entrance hall with reception, areas for hotel management and a restaurant with a kitchen including social facilities for employees on the groud floor. There is a technical background of the building and maintance working room in the basement. The building comlies the requirement for low-energy standard buildings by combining a quality construction solution with thermal insulation of the building cover and other technological solitions. The overall character of the building is underlined by its architectural design in the form of partial greening of the facade. This solution is combined with large glazed areas giving a feeling of spaciousness and evocative cleanliness to the building.

The diploma thesis deals with project of a new building of university dormitories in the city center of Brno. It is detached building with basement and four above-ground floors with the irregular rectangular shape. Dormitories can be divided into three fundamental parts. The underground garages can be considered as the first part. Parking places are designed only for students, occasional visitors, and employees. In the underground floor, technical rooms and large warehouse can be found. The second part is designed to the general public including association areas such as reception, coffee-house with outdoor terrace, copy center and tobacco shop. Rooms for students, manager offices, repairman’s room, and laundry can be found in the third part. In total there are 44 two-person rooms and one room for a disabled person on the second floor. The structural system of the building is a cast-in-place concrete frame with a filling of ceramic fittings. The external wall is insulated with mineral wool with a ventilated facade and fiber-cement facade tiles. The building is based on base piles with a pile under each pillar. Vegetation covers a flat roof as well as a part of the north side of the facade. There will also be a public park and two volleyball fields in the area.

The topic of this diploma thesis is systems of energy efficient buildings with a focus on the building envelope. The first theoretical part describes the quantities that we consider when designing the building envelope. The second half of the theoretical part is with reference to the experimental part of the thesis focused on a special type of vertical perimeter structure, namely walls with live vegetation installed from the outside of the structure. The second, practical part of this work, deals with the design of heating and hot water supply for a multifunctional building. The design is elaborated in two variants - heating by means of radiators in the first variant and in the second variant by means of floor heating for residential units of the solved building. The third part define an experiment, which had the task of comparing the measured quantities on two types of vertical perimeter structures, namely a structure with growing greenery from the outside and an identical structure only without a layer of greenery. At the same time, the task was to check the possible influence of the applied greenery on heat losses, and thus the design of the heating system.

Single-storey C-shaped building of kindergarten in Nový Jičín with flat green roof.The building is situated on the flat land. The plot is accessible by local road. Kindergarted has irregular plan. The ends are connected by connecting tunnel, which is partly below ground level. Courtyard facade is a vertical garden - green facade.