Master thesis deals with the evaluation of risks in the course of strengthening reinforced concrete column. It describes the assessment of existing structures according to ISO 13822, discusses the dangers that can occur when determining the carrying capacity of the existing structure. It also describes the different phases of strengthening steel banding, their functions and influence on the overall capacity. Also showing calculation process of strengthening reinforced concrete column, using steel banding, based on standard EN 1992-1-1 and EN 1998-3. In a concrete example of reinforcement is shown a process for determining the carrying capacity and then designed to the increase. In the two examples performs risk analysis using the universal matrix of risk analysis that identifies and quantifies the importance of various hazards associated with the calculation and implementation of the project.

Content of this master‘s thesis is construction technological project of the extension Senior Centrum Blansko. The main object is a three-storyed, designed as a monolithic skeleton construction. The masters’s thesis contains technical report of the construction technological project, suggested construction site installations, proposal of suitable machines and mechanisms required for construction, time schedule, budget, wider relations of transport lines to construction site, implementation of monolithic concrete structures and control and test plan.

Master's thesis is focused on the design and assessment of load-bearing structure of the family house. Model reinforced concrete structure is created in RFEM. Elements of reinforced concrete are Assessed in accordance with EN 1992-1-1. Excepting static calculation is part of documentation the technical report and drawings shape and reinforcement.

The theme of the diploma´s thesis is a new building of a multipurpose cultural centre in Veselí nad Moravou, district Hodonín. Structural system consists of a monolithic reinforced concrete construction and a sand-lime masonry. Roof is designed as a flat roof and a flat vegetation roof. The vertical communication space is solved by reinforced concrete staircases and elevator. The building is located near the elementary art school.

In this thesis I solve draft of new building of sport´s centre on the level of documentation for construction. The house is located on the outskirt of Kroměříž. It is a building without the basement which consist of one floor part and three floor part on the area of 531,73 m2. The plot´s terrain is flat. The circuit structure consist of reinforced concrete walls with ventilated facade – metal and wooden. Above one part of the floor plan there is flat green roof, above the other ther is barrel roof with glue laminated girders and compact roofing made of foamglass and metal sheet. In the building the is a hall with climbing wall, two smaller halls and one bigger, sanitary facilities for visitors and cafe/bar.

The aim of this thesis is design of an apartment building for students. The design is in the range of the documentation for designing building construction based on the decree 499/2006 Sb. as amended by decree 62/2013 Sb. The building is situated on the plots 1220, 1219/1, 1218/11 and 1218/2 in the cadastral area „Letovice“. The new building is designed to accommodate students for year-round occupancy. There is a dining room for staying students and students from nearby schools as well. In the new building are also multimedia classrooms, library, reading rooms, club rooms, gym and lecture hall available for students. In the building are 30 rooms. The capacity of the building is designed to accommodate 81 students. The building has three floors, a loft and no basement. Masonry is designed from clay blocks and floor slab is designed as a cast-in-place reinforced concrete floor structure.

Diploma thesis deals with the design of a carrier structure of an administrative building. It is a new building, which is located in the city of Brno. The building is solved as a reinforced concrete skeleton with stiffening core. There ares five overground floors. Thesis is focused on the design and the static assessment of selected parts of the building. It includes a drawing documentation.

The diploma thesis deals with construction technological project of shopping centre Breda & Weinstein in Opava. The thesis handles technological prescriptions of cast-in-place reinforced concrete constructions and ventilated facade made of large format precast elements with graphical surface. There is machine assembly, design of site equipment, control and test plan and computation of time of formwork dismantle for the realization of reinforced concrete constructions. There is also time and financial plan, itemized budget with bill of quantities and construction schedule for earthwork, building foundations and cast-in-place constructions.

The thesis contains a draft of new sport centre on the outskirts of the village Bílovice nad Svitavou. As part of the squash hall with four courts and the adjacent center, which consists of other sports, cafe, facilities for employees and staff and other technical rooms. The exterior of the object contains playground, pétanque area, a terrace cafe with adjacent playground and parking area. Primarily a center designed for practicing sports and physical activities, which serve the mentioned sports and sports facilities. Furthermore, the building is used as a cafe with adjoining outdoor terrace. The entire building is wheelchair accessible, including the 2nd floor, where is a lift. The thesis project is elaborated sports center in Bílovice nad Svitavou. We have been further processed two specializations - design and assessment of reinforced concrete perimeter wall and design of air-conditioning units and air-conditioning pipe sizing in sports areas. It is part seminary work dealing with the principles of organization of construction, the technical report of site facilities and the actual drawing of the site facilities.

This work deals with the planning of industrial hall with administrative placement execution in the complex Moravostav, Modřice. The hall is founded on bored piles. This building is made of reinforced concrete structure with prefabricated deals. The facade is consisted of sheeting panels, roof deck is made from steel trapezoidal sheets. The thesis describes the procedures and other necessary connection with construction to accelerate the actual implementation of the construction site. The aim of this work is to develop selected parts of building technology project within the scope of the annex to the master‘s thesis.