Project of a tiered apartment building. It is a four-storey above ground object.On the ground floor there are garages, storages and technical equipment of the building. The second to fourth storey are designated for dwelling, there are twelve housing units 1+1, three-bedroom flats with kitchenette and four-bedroom flats witch kitchenette. Some of the flats have cascade terraces. The load-bearing structure is made of cast-in-place concrete frame filled with concrete and clay masonry. The frame is founded on two-phased reinforced foundation blocks. The building is roofed with a main flat roof and walkable flat terraces adjacent to the flats. The building is thermally insulated with contact thermal insulation system.

The diploma thesis is focused on the analysis of the implementation and valuation of the BIM model in a construction company. In the practical part, a specific construction company and its project is selected for the implementation and valuation using valuation plugins, which define the elements according to the design classification. For the purposes of this work, the constructions of the main building production are selected - piles, prefabricated load-bearing skeleton, wall perimeter cladding and roof folded cladding. Based on the model developed in this way, the BIM model is compiled and by exporting data from valuation plugins, an item budget is processed. The main result of this work is to perform an implementation analysis and show the advantages and disadvantages of the BIM approach to projects.

Project of health center with facilities for civic amenities. It is a three-storey above ground object. On the ground floor there is a pharmacy, a veterinary station and a medical office. On the second floor there are six medical offices and a technical room. On the third floor there are 4 spaces for civic amenities. Vertical load-bearing structure consists of masonry of ceramic blocks and internal monolithic reinforced concrete skeleton. Horizontal load-bearing structure is made of reinforced concrete beams and prestressed reinforced concrete panels. The building is based on concrete foundation strips and reinforced concrete pads. The building is roofed with a warm flat green roof. Thermal insulation of the facade is made of mineral wool insulation and has a ventilated facade.

The main topic of the thesis is the analysis of the possibilities of linking building and economic software and software for technical drawing, in which BIM models are created, in order to achieve automatization of BIM model budgeting. The introductory, theoretical part defines the area of solved problematics in a broader background and the context of the problem. The overarching theme is BIM. Therefore, the basics and principles of this method, its fundamental aspects and current implementation within the Czech Republic are solved. The following chapters deal with standard budgeting procedures in the Czech construction market. The specifics of classical methods and their shortcomings in the context of contemporary construction are described. In the following part of the thesis the BIM budgeting concept, its vision and related aspects are discussed in more detail. The actual draft of the solution of interconnection of price systems and software, in which the BIM model is created, with orientation on valuation automation, is presented in the final, practical part of this thesis. Requirements for solution are defined and the procedure of its creation is described. Finally, the solution is tested and evaluated.

The main aim of this master project is to design a new nursery school with a parking lot and playground in Jinačovice. The building has single floor and flat green roof. It is divided into three main parts: middle part, class A, class B. The middle part includes a wind lobby, corridor and auxiliary rooms such as cleaning room, staff rooms, storage and utility room. Almost identical classes A and B include a day room/play room, changing room, children washroom, storage of toys and kitchen. The vertical loadbearing masonry is made of Porotherm ceramic blocks. The envelope walls insulated with ETICS. The horizontal loadbearing structure is made of Spiroll panels. Heating energy is supplied by two air-water heat pump. Ventilation is provided by air conditioning with heat recovery. Shading is provided by external louvers. The project was carried out in AutoCAD.