This thesis deals with the influence of balcony glazing to preheat ventilation air. In the first part there are described the ways of passive use of sun radiation and types of ventilation of flats. THESEUS-FE 4.0 is used as a simulation program, for which heat transfer is described. The second part contains description of flat and selected case simulation, followed by a geometric model and description of boundary conditions. Finnaly is done evaluation of case simulations not only in therms of savings in ventilation, but also for heat loss as a whole.

The project deals with new building of guesthouse and restaurant in Křídla. This work aims to develop design documents for building construction. Guesthouse is for 41 guests. The part of the guesthouse is restaurant. The building has 2 above-ground floors and basement. The building is based on brick system Porotherm. The guesthouse and restaurant has a flat roof. The building is situated on slightly sloping terrain.

The subject of diploma work is the design of residential building with office space in Uničov. This is a five-story building with one underground floor and four storeys. The building is divided into two almost identical parts interconnected communication space. Bearing structures in the underground parts are made of reinforced concrete monolithic walls. The above-ground part is used a brick wall system KM Beta SENDWIX. For communication space is used columned longitudinal system. The building is covered double-walled surface roof.

This bachelor thesis is a project of new five-storey, semi basement guesthouse in Opava. This guesthouse will be used for accommodation, catering and recreation. Accommodation capacity is 21 people. In the basement is a technical background. The first floor is designed for the overall run of the guesthouse, staff, catering and sports. In the second and third floor are rooms for guests. Almost every room has a balcony. In the fourth floor is a common room with adjoining terrace. The building is brick. The vertical structures are made of ceramic blocks. Outer walls are insulated by outer contact system. The ceilings are mostly ceramic-concrete and a smaller part of the reinforced concrete. The guesthouse is roofed by single-flat roof.

The work deals with the design and development of the design documentation of an apartment building situated in the cadastral area of the town of Boskovice. The documentation contains all the requirements according to the valid regulations. The designed four-floor apartment building is situated in gently sloping terrain. There are 13 flats in this apartment building. A balcony or a terrace belong to each of the flats. From the ground floor apartments there is an entrance to the garden. The flats are designed to meet the requirements of the present day. There is a car park in front of the buiding. The vertical loadbearing structures are lined with clay blocks. The building is covered with a one-layer coating flat roof with a load-bearing layer of monolithic reinforced concrete boards. The insulation of the building is provided by a contact thermal insulation system. Fire safety, energy saving and thermal protection is ensured.

The subject of this diploma thesis is the design of a new building in the center of Český Těšín - an accommodation and recreational facility called Penzion Noiva. The guesthouse will provide not only accommodation for up to 36 people, but also the wellness center and the restaurant. In terms of construction, it is a free-standing building with two above-ground floors, ground floor, basement and two terraces. On the ground floor there is a lounge, a restaurant and its facilities, the director's office and a hall with a reception adjacent to the main entrance. The main entrance to the building is oriented to the west, where there is also an entrance to the restaurant terrace. The first and second floors contain 14 double rooms and two four-bed suites with kitchenettes. The basement is divided into two parts. One part of the basement contains the wellness center with saunas and a relaxation room. The other part serves as a technical background of the building where there are locker rooms for the staff, storerooms, and air conditioning rooms. The access to the basement for the staff is provided by a side staircase and a lift for staff. All floors are connected by a main staircase with a lift. The building foundations are made of strip foundations. The external wall of the above-ground floors and ground floor is designed from Porotherm ceramic blocks. The basement external wall is built of concrete blocks. Porotherm ceramic blocks also form the internal loadbearing and non-loadbearing masonry. The floor structures are designed as cast-in-place reinforced slabs. The roofing of the building consists of a warm flat roof with a parapet wall, and the screed to fall is made of thermal insulation. The terrace is located on the part of the roof, which is designed as a green roof. Balconies with aluminum railings containing glass balustrade are designed from reinforced concrete slabs.

Diploma thesis „ Newly bulit apartment house“ deals with a proposal of block of flats in Veselí nad Lužnicí. The block of flats has got four storeys with no celler, and is in a rectangle shape. It is independently built house on a flat terrain. Bricked construction consists of ceramic constructuion blocks Heluz and reinforced concrete ceilings. The building is based on foundation belts and is roofed by a single-coat flat roof. There are 29 housing units designed in the building.

Tato diplomová práce představuje určenou část projektové dokumentace ve stupni pro provádění stavby (dle vyhlášky č. 499/2006 Sb. ve znění vyhlášky č. 62/2013 Sb.) zabývající se komplexní rekonstrukcí a vytvořením nástavby stávající budovy školního ubytovacího zařízení ve městě Bzenci. Zároveň dojde ke změně užívání stavby na nájemní dům s byty charakteru sociálního bydlení. V souvislosti s touto skutečností se navržená rekonstrukce snaží zachovat a využít stávající konstrukce v co největším rozsahu, s cílem nezbytně tak nenavyšovat náklady rekonstrukce stavby.

The subject of my diploma thesis is a proposal of a new community center for seniors near Brno in the village Pravlov. The building is designed for 12 people in 11 separate housing units. The building is divided into three floors. On the ground floor there are civic amenities (doctor's office, hairdresser) and technical facilities (utility room, cleaning room, facilities for employees). On the second and third floors there are separate apartments 1 + 1 and 1 + kk. Vertical walls are made of aerated concrete blocks, horizontal structures are made of reinforced concrete monolithic ceiling structures. The vertical connection between the individual floors is created by a prefabricated staircase. The community center for seniors is covered by a vegetation roof and part of the building is covered by a flat roof. On the south side of the building is located balcony.

The subject of the thesis is the design of the detached multifunctional house in the district Královo Pole, Brno. The thesis form matches the project documentation for construction execution. The new building consists of five floors, basement and flat vegetation roof based on white tank. The aboveground floors include two stores, cafe, 14 flat units and 12 office units. Every floor has a stroller storage and the utility room which are available for all residents. The basement serves as a collective parking and there is located also the technical room. The storage cubicles for flat units are designed in the corresponding floors close to the staircase. The parking is also placed on the paved space in front of the building fitting 12 parking places including the one for the disabled. The construction system is bidirectional, formed by masonry brick elements, except for the peripheral basement masonry, which is monolithic waterproof concrete-iron structure (white tank). The ceiling construction is designed as a monolithic concrete-iron cross reinforced plate. The whole object is isolated by certified contact thermal insulation system of mineral wool thick 200 mm.