This master thesis elaborates the project documentation for the construction of an office building in Krnov city, located in the Moravian-Silesian region. The office building has four utility above-ground floors and one underground floors serving as underground garages. There is a cafe, stationery, showrooms and office space with sanitary facilities. The construction system is designed as a monolithic reinforced concrete skeleton. Vertical infill constructions are made of brick technology from Porotherm ceramic blocks. The ceiling structures are made of filigree panels with hidden steel girders, which are embedded with concrete layer. The basement and the basic structure of the house is designed as a white tub. The building is covered with vegetation roof. The design emphasized increased comfort in use and the overall modern concept of an office building. Overall, the building is designed to the required values for a near zero energy building.

Master´s thesis is designed as a complete documentation of a multifunctional house. The multifunctional house is located in the town Nová Paka and functionally designed as a restaurant, garages and 8 flats. Built-up area is 886.95 square meters. The building is covered with a flat roof. The supporting structure is designed prefabricated reinforced concrete frame. Infill walls are made of clay blocks Porotherm. The house is insulated contact system ETICS. The thesis contains a static layout, fire safety, energy saving and safety in use. Drawings were processed with software for design - ArchiCAD.

This final thesis concerns the new building of mixed-use building in Zlin. It has two floors partly below ground level and two floors above ground. There are garages, cellar boxes and nonresidential spaces. There are offices and their hinterland and one flat in the 2nd floor. There are residental units in the 3rd and 4th floor. The building is designed in irregular shape. The roof is flat. There is the contact thermal insulation. There are designed gas boilers for heating. The supporting structure of the ceiling is monolithic concrete slab.

This final thesis concerns the new building of mixed-use building in Hořice. It has one floor partly below ground level and three floors above ground. There are garages for residential area, warehouse and boiler room in 1PP. There are offices and their base in the 1st and 2nd floor. There are 4 residental units in the 3rd floor. The building is designed in a shape of a rectangle. The roof is flat. There is the contact thermal insulation. There is designed gas boiler for heating. The supporting structure of the ceiling is monolithic concrete slab.

The thesis deals with a new hotel construction in Brno. The paper aims to elaborate a project documentation for the construction of the building. It is a detached building in a slightly sloping terrain. The building has three floors and one underground floor. On the underground floor there are jointly-shared garages and technical background of the hotel. On the first floor there is a reception, a restaurant, a café and an open-air terrace. The second and the third floor is designed to accommodate guests in double rooms and suites. There is also a manager´s office and a conference room. The bearing construction consists of a ferroconcrete skeleton with a bricked outside envelope of aerated concrete blocks Ytong. The skeletal construction is built on a monolithic foundation footings. The building is covered in a flat single-coat roof which is partly designed as a vegetation roof. The facade of the building is glazed in the northern part of the 1st floor and some parts of the facade are coloured green, the others are of various colours. The building is insulated with a contact insulation system.

The diploma thesis deals with the design and elaboration of the project documentation of a polyfunctional house with a café in Kyjov. The new building is located in the northern part of the city. It is a 4 floor object, partlial basement building with a saddle roof. The house is based on plain concrete slabs. The supporting peripheral and internal masonry is designed from POROTHERM brick blocks. In the cafeteria, an open layout is proposed using beams and columns. Ceiling structures are designed from the POROTHERM MIAKO system. The roof structure is designed with a truss with sheet metal cover. The perimeter walls in the 1PP are designed from blocks of loose formwork filled with concrete, which are insulated with extruded polystyrene. The building is functionally divided into 2 parts, each with its own entrance. The café is equipped with a vestibule, its own café, toilet for women and men with cabins for handicapped visitors and a background with a storeroom, dressing room and WC with a hall. The residential part consists of 4 garages and 6 apartments, 2 of which are adapted for the handicapped. The object is designed with natural ventilation. The object is barrier-free. In front of the building is proposed a parking space for 9 seats, 2 of which are designed for handicapped and 2 for apartment owners.

The subject of this diploma thesis is the elaboration of a construction technological project for the construction of an administrative building with garages in Prague. The building is located in an enclosed area in the Prague-Veleslavín district. The main subject of this thesis is the elaboration of a technical report, a coordination situation of the construction with broader relations of transport routes, a time and financial plan of construction - object, a study of implementation of main technological stages of building, a project of the site equipment, a design of main construction machines and mechanisms, a time plan of main building, a plan of material resources, a technological regulation for the implementation of monolithic ceiling structures, a quality control and testing plan for monolithic ceiling structures. The diploma thesis also includes the calculation of construction according to THU, a occupational health and safety plan, concreting economics, a noise study, a selected points LEED certification and a budget with site equipment costs.