The aim of this diploma thesis is to project and analyze a footbridge for pedestrians and cyclists over the Svratka river in Brno. The footbridge is single- spanned with a span of 64,7 m. Load-bearing structure is made of truss structure with upper deck. The bridge deck consists of floor beams and composite panels. Elements of the structure are made out of steel S355. The structure was designed in Scia Engineer 19.

Diploma thesis deals with the design documentation of hotel building in the village of Dolní Lomná. The aim of the work was to create a unit that will be used for accommodation and catering of the guests and will not disturb the surroundings. The building was designed as a three-storey building. The hotel is devided to an operational part for staff, catering and accommodation for guests. The capacity of the beds is 32. The hotel is designed as a brick construction system. Roofing is as a saddle roof made of wooden truss above the 3rd floor. The thesis is divided into two parts. The first part contains the textual evaluation of the construction of the hotel, the second part consists of the project documentation itself. The project documentation includes architectural and layout design, drawing up of building drawings, design of a fire safety solution of the building, basic thermal technical assessment.

This diploma thesis deals with the design of sokol house located in the cadastre unit of Okříšky (709778). The building is designed as two-storey building rectangular shape with parking for visitors. The main feature of the sokol house is the multipurpose playground, which also serves as a parquet for social events and as an auditorium for cultural events. The structural systém is consists of wooden CLT panels for walls, wooden elements for the floor and roof and arched truss. The tesis contains the drawings as the documentation for construction.

Diploma thesis solves proposal of the boarding house in Strážnice. The building is situated in the western part of Strážnice near the boat dock. Access to the pension is from the main road or on the cycling path leading along the city river. The boarding house is designed on a bed of 50 people with the possibility of a restaurant for port visitors and the public. The building has a parking space and terrace. The boarding house is two-storey with hipped roof. In the 1st floor is a restaurant with kitchen, reception with facilities for staff and smaller rooms for guests. The second floor consists of apartments and rooms. The building is brick with monolithic ceiling construction. The roof structure consists of trusses. Integral part of the landscaping with small architecture. The façade finish consists of ceramic brick cladding, scratched plaster with wooden accessories that fit into the surrounding landscape.

The subject of this diploma thesis is the design of a crematory with two ceremonial halls. Building is situated on the high point, distanced from the surrounding buildings. There is a cemetery located five hundred meters from the crematory. Crematory is designed as a modern building, which has one above-ground floor from the most part, except of the large ceremonial hall that has two above-ground floors. This hall is a symbol of this structure. Vertical load-bearing system of exterior walls is 300mm wide made of Porotherm ceramic pieces, with exception of large ceremonial hall designed from reinforced concrete. Non-load bearing wall system is also made from Porotherm ceramic pieces. Roof is designed as a prefabricated rib-and-filler floor, except of the elevated part of large ceremonial hall designed from mono truss girders. The building is supported by the wall footing concrete system combined with the spread footing concrete system under the columns.

The work deals with the optimization of trusses construction building and transport machinery. The goal was to create an algorithm that can design an optimized design. The simulation took place on two experiments involving 52 sets of different entries, which are processed in detail into graphs. One-dimensional target mass or price function is used as part of optimization, but there is also an incorporated multidimensional purpose function. The finite element variation method for the beam system is used for the strength calculation of the truss structure and the genetic algorithm is used for optimization. At the end of the work, specific steps are formulated that lead to the most appropriate algorithm settings.

The new built showroom and carservice, with two floors, a pent roof and an aluminium systems for facades. It is situated near the centre of Ostrava.

The masters thesis dealt with reconstruction of the complex military garages built in the mid 20th century. The site is located in Brno, close to Peace Square, Lerchova 915/62, Brno-Stránice, 602 00 Brno. Area of land area is 5,384.25 square meters. Reconstruction involves two detached single-storey buildings, the street Lerchova object and the object at the Valley Street. The goal is the maximum possible use of existing quality substructure, which is a combination of internal reinforced concrete frame and brick outer shell. The work is divided into a comprehensive layout of both buildings and detailed sub-project for the construction project on a subject at street Lerchova. Reconstruction of the resolves completely change the layout and especially the concept of architectural design. In terms of architecture, wider relations into account the existing development, which tries to resemble the representation. The building is at street Lerchova basement one floor, built up area is 620.5 square meters. Reconstruction of superstructure solves one floor, making new pitched roof and building a walkway that allows connection between the two objects. Revitalization is due on the requirements of the public and addresses the widespread use of indoor and outdoor spaces as much as possible. It is particularly emphasized promote leisure activities not only public, but especially young people and support for education, mental and physical, education and counseling. We can not forget easily to most complex space by persons with limited mobility.

This paper deals with the sport complex of Brno. This sport complex consist of buildings which are called to increase of sport popularity in the city. One of the largest objekt of them is footbal stadium. Footbal stadium is devided into three main parts of building: spectators area, administrative todether with commentators area, and footbal players area. There is secured parking on -1 level for employees, players and VIP spectators. Of course there are necessary medical, secure and sanitary placements. With the architectural part of view footbal stadium add a reqired part of masterplan composition. As Stadium exist on the cross roads of Pionyrska and Sportovni it supplement around area of its tactic form an closely interact with park "Luzanky" thanks to it's glass fasade. The building is designed to meet every safety regulations regarding evacuation routes and required medical care. It also carries a number of place improvements not only technical and functional, but a lot of with architectural part of view.

Main task of this thesis is to design a roofing of multi-purpose sport hall. Multipurpose sport hall has a floor dimensions 48 x 35 m and is 16.0 m high. The hall is composed of cross-linked steel girders saved on rolled profiles of columns, which transmit loads into concrete pile foundations. Gable roof has a slope 7° and it is hidden behind a parapet which consists of steel square profiles. The construction consists of thin-walled purlins made by the company Voestalpine. Rigidity is ensured by steel elements in the plane of the roof structure in the longitudinal plane and gable walls. The thesis is carried out in compliance with the Eurocodes.