Multifunctional centre is standing in Brno, Masaryk quarter. Originally military objects will be use like space for meeting of local population, cultural events and activities for people of all age groups. Currently it will be use like Kraví hora park background. This park is in the immediate neighbourhood.

This master's thesis deals with the construction of a new sports center in Brno region Za Lužánkami. The project comprehensively addresses the urban links, roads, parking and leisure facilities in a given area. At the area of a new sports facilities, which creates a field Za Lužánkama highly integrated sports and relaxation center, in direct relation to the park Lužánky. The thesis further elaborates on the level of architectural study of a newly created structures - Multifunctional hockey arena.

My final thesis "Health technical installations in high-rise building" is developed in the form of a project presentation containing all requirements according to applicable regulations for presenting a building construction plan. The design documents a tall building with twenty floors above ground with 3 underground floors handled by distribution of plumbing, and water system, including drainage systems. This property consists of underground garages, offices, restaurants and apartments. Documentation includes projects of connections - water, sewer, individual floor plans, sections, and axonometric diagrams. The thesis is developed by including specialty architectural design and includes the seminar work “Drinking water supply for high-rise building.”

Project deals multifunctional building with facilities for the village Moutnice. Located in the center of the village Moutnice. The terrain is slightly sloping to the north. The house has two floors. The 1st floor is a library with all facilities, garage with workshop and social backgrounds, business mail with the necessary facilities. In the 2nd floor is the office of the village, pharmacy, pediatric GP, GP surgeries for adults and massage room. The house is covered with a hipped roof with a slope of 25 °. The house is made of brick technology ceramic blocks. The truss is designed wooden Hip. Tile roofing.

Multifunctional buliding is designed as a alone standing new buliding in the cadastral area of Žilina on a private plot no. 4518, Alexandra Street Rudnaya. The buidling is situated in the older part of city build in the sixties with the dominanting residental houses. Type of the multipurpose building is dominant with a residental function. The building totaly contains four apartment units. In the ground floor are offices, spaces of surgeries and access to housing and accessories. Each function has a separate entrance, which is designed for handicapped. In the basemnt of the building are designed in a common garage, basement and substation for heating domestic hot water and heating all function in the building. Enterence in to garage is designed from the east side od street Juraja Sklenara. The building is covered wich flat, monotube roof. The building has got rectangular shape which one outlet on the southeast side. Attic roof is 10,75 meters above the ground.

The Master thesis presents a design of the multifunctional building in City of Pardubice. The building has three functions: caffe house, administration and also housing. The building has four floor without basement and there is a level roof. I tis designed as a reinforced concrete frame and walls with ventilated fasade do not have a bearing function. Design of building mens the general technical requirements for the construction.

The diploma thesis focuses on the design of a new construction of a multifunctional building in Řečkovice. The construction consists of two separate blocks connected by a basement storey with common garages. Each block has three above-ground storeys. On the first basement storey there are garages and technical facilities. On the above-ground storeys there are commercial units with own entrances from the exterior and own sanitation facilities. Furthermore there are flats of varying sizes: from single-room flats with a kitchenette to four-room flats with a kitchenette. One of the flats has been designed as adaptable (wheelchair accessible). All the flats have a recessed balcony or a terrace facing southwest. The construction is built on shallow foundation constructions. The first basement storey is from monolithic reinforced concrete. The above-ground storeys are built from Kalksandstein sand-lime blocks. The exterior walls are insulated with a contact thermal insulation system. The construction is covered by flat roofs.

Master´s thesis solves the design of an object of restaurant and guesthouse in Libomyšl. The building has a rectangular shape with a additional building on the north side. The building has three floors. Above the house is designed backgrounds access service for flat roof duplex apartment located in the building. Roofing of the main part of the building is made by sloped saddleroof with ten skylights. Additional object is covered by a single layered flat roof.vered by a single layered flat roof.

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.