The topic of this dissertation is a new building of Multifunctional building in Třebíč on parcelas number 1237, 1238, 1239. The Multifunctional building is situated on nursery sloping terrain. It´s designed as a four-floor house without a cellar. Ground plan size of the object are 15,35 m x 44,3 m. Parapet is situated 12,95 m high over the first floor. The building is build on a concrete foundations. From the point of view of construction the building is combination of a concrete breeze-block which are in ground floor and ceramic breeze-block which are in another floor of the building. Ceiling is designed from prefabricated filigran floor slab produced out of special liapor concrete. Staircase is iron-concrete with ceramic pavement. The object is roofed with flat roof which is drain of water using roofdrain.

Contain of master´s thesis is a energy assessment of multifunctional building in Komňátka. The theoretical part deals with the analysis of legislativ documents, current technical solution and practical application to the specified building. In the practical part thesis focus on experimental determination of the heat transfer coefficient using thermography.

The master thesis solves construction technological´s planning of construction multifunctional building in Zlín in the Partyzánská street. The thesis contains concomitant report, technical report, technological regulations of foundational construction, control and test plans, mechanical assembly, project of constructional plant with technical report, safety of operation, calculation and time schelude.

The project deals the part of the structure of multifunctional building . It is a multi-storey building. In this project are designed slab, basement wall, continous footing, column and footing . Static system and the calculations of the internal forces was conducted in a student version of Scia Engineer 2012.

Diploma thesis deals with a new built multifunctional building in Brno on Mlynska street. The intention is to change of use of lucrative corner site brownfield. The new building has four aboveground floors and one underground floor. The ground floor will have small restaurant and two separated shopping units. The second floor is divided into three office spaces. The third and fourth floors are designed as flats of different categories. The underground floor will be used for storage spaces, boiler room with separate pellet storage and parking shaft system. Construction system is designed as a wall construction system made of sand-lime bricks. Ceiling constructions and staircases are designed as a cast-in-place concrete. The building is roofed with the flat green roofs and terrace, which will be used for relaxation of residents.

The subject of the master’s thesis is the project documentation of building work for multifunctional building. The object has five floors above ground and one underground floor. The structural system of the building is a reinforced concrete skeleton. The roof of the building is flat, and the terraces are designed as vegetation. In the basement is situated parking for residents, and building technical facilities. On the first floor there is space for commercial use, two shops and a cafe. In other floors are located residential units, total of twelve.

Diploma thesis Multifunctional building is compiled in the form of project documentation. The building is located in Brno, Vinařská street. It´s a building with four overground floors designed primarily to housing and one underground floor, which is mainly used as collective garage. The building will be made from POROTHERM blocks with the mineral heat insulation. The ceilings will be made of reinforced concrete. The building has a single-layer flat roof.

The subject of the thesis is the construction and technological preparation of construction multifunctional building in Šumperk. The work includes a study of the implementation of all major phases of construction technology, building equipment, time and financial plan, design of the main building mechanisms, the timetable for the main building, technical regulations, inspection and test quality plan, schedule of occupational health and safety risks with the plan and selected structural details.

The aim of this master's thesis is to design the steel construction of a multifunctional building in the cadastral area of Brno-Bohunice. Multifunctional building consists of two identical buildings - A and B. Floor plan dimensions are 40.0 x 40.0 meters and height of 33,8 meters. Both objects have the 1st floor of the overall height of 5,0 m, each additional floors 3,5 m. The plan shape of the building is a square 40 x 40 m with bevel in the corners with a length of 8 m. In the middle of the building is roofed atrium 8 x 8 m. The buildings are in the 5th floor connected with the enclosed footbridge with a length of 10.0 meters. The main structure consists of two buildings columns and girders. Columns are alternatively solved as the composite steel and concrete structures with closed section filled with concrete or concreted steel profile. The girders are made of castellated beams. Among the girders are embedded solid panel joists and girders, coupled with the composite steel and concrete slab. Spatial rigidity besides the composite slabs provide rods placed around the atrium and in the corners of the building. The main structure of the footbridge consists of two inclined arched beams on which is placed stringer of the footbridge.

This diploma thesis deal with of the design of selected parts of a monolithic reinforced concrete building. Static solution includes an assessment of slab in local supports, calculation of columns, beam, stair and footing. The building will be used as an multifunctional building. In this thesis was developed a static calculation, reinforcement drawings and shape drawings.