The Master’s thesis is focused on the analysis and design of selected members of load-bearing structure of an apartment house according to the ultimate limit states (ULS) and seviceability limit states (SLS). The calculation and the analysis was supported by design software SCIA ENGINEER 2017. Structural analysis deals with the design of the reinforced concrete floor slab of 1.PP, beams in 1.PP, selected walls in 1.NP and column in 1.PP and 1.NP. Thework beside this deals with the calculation and design of foundation of the object.

The aim of the diploma thesis is to construct a steel shopping mall hall. The construction is located in Frýdek-Místek. The whole object can be divided in two parts. One part of the building is an atrium with a cross bridge made from glass. The roof construction of the atrium is designed as system of cylindrical lattice girders within purlins are set up. The other part of the construction is multistoried shopping mall with terrace designed as composite steel and concrete structure. The whole ground plan size of the construction is 72 m x 120 m. The height of the construction above the ground is 12.06 m. The cross-links are built up to 6 m one. There were created two versions of the construction. The most convenient version is described in more details. The outcome of the thesis is a comparison of two above mentioned versions. The whole project is based on officially recognised standard ČSN EN. The construction was designed in RFEM programme.

The diploma thesis deals with project documentation for the realization of the retirement residence in the city of Zlín. The building is designed as a detached building with three above-ground floors. On the first floor, there is a main-entrance which is oriented on the north-west. The entrance of the garden is oriented to the south-east. On the first floor, there are a canteen, cafe, facilities for employees, stair, mechanical´s room, and doctor´s office. On the second floor, there are 17 housing until, common room, drying room, and cleaning´s room. On the third floor, they are 13 housing until, two common room, drying room, cleaning´s room and terrace with the view to the garden. In the building is designed roofed atrium who is constituted with a light curtain wall. In the building is designed exterior steel stair who is oriented to the garden. Supporting system building is the frame with prestressed ceiling panels. The building is without a cellar, roofed with flat roofs

The diploma thesis deals with design of structural system of selected parts of load-bearing structure of car park – common floor slab, selected columns, staircase. The Finite Element Method software is used to analyse the load-bearing structure, the results are verified by simlyfied hand-done calculation. The design of structures is done according to valid standards.

The diploma thesis focuses on design of a nursing home in Planá nad Lužnicí. The building is freely standing on a flat land, with three above-ground floors. The entrance to the building is solved from the northeast side of the local road, the main entrance is oriented on the northwest side. The vertical support structures are made of Heluz brick blocks and covered with a mineral wool thermal insulation system. Horizontal structures are designed as reinforced concrete slabs. The building is roofed with a single-layer flat roof.

This diploma thesis consists of a project of a sports relaxation centre in Lipno. The object is designed to be suitable for accommodation, catering and sports purposes. The building has atypical floor plan with a flat roof above the accommodation and catering sections. Above the part for sports purposes there is a sloping roof. In the basement, a corridor for running, a technical room and wellness facilities such as whirlpool, sauna and massages, could be found. On the first floor, there is catering section, in the southern part of the first floor there is accommodation section and in the northern part sports hall, gym and squash courts with appropriate facilities. The second floor copies the first floor with its similar purposes besides the fact that there is no catering section.

The subject of this diploma thesis is a project for design documentation of boarding house which is oriented at south Moravia in the village Pavlov. The object is solved as four-storey with a partial recession of the first floor into the terrain. Boarding house will serve for the accommodation of 52 people. In the first floor, there is an entrance hall with reception, relaxing area and technical equipment of the building. In the second floor, there is a restaurant with a terrace and all necessary facilities for guests and restaurant staff. Two second highest floors are determined for guest accommodation. The construction of foundation is made from strip foundation. The structure is from bricks with monolith reinforced concrete frame in the first floor. It is a longitudinal wall system transversally reinforced by staircases. The perimeter walls will be insulated with ETICS system. The ceiling will be created from the prestressed reinforced concrete panels. Construction of roof is made from truss girders saddle type.

This diploma thesis has goal to find out possibility of substitution sand in polymer crete flooring system by recycling car glass. Polymer crete is made from sand and epoxy resin. Companies use it in industrial flooring system. Polymercrete industrial flooring systems are new types of floor surface. It aims to customers with high requirements to floor properties and short time of realisation. Polymercrete floors are 4-6 mm thin. They are waterproof, they has higher compressive strength then 60 MPa and tensile strength is more than 20 MPa. Polymercretes does not make dust. This study includes also suggestion of recycling process to make glass sand from car glass windows. The diploma thesis was prepared in cooperation with company Atemit, s.r.o.

The thesis is a project to newbuild a city community centre (house) with 2 above ground and one underground floor. The project is being processed in a stage for construction, with a focus on building and architectural design. Part of the thesis is building-physical and fire-fighting solutions.

This thesis addresses of construction design of new building multifunctional house. Multifunctional house is consists of subterranean garage, hairdresser, cafe and 36 residential units. The building has a cellar and 6 floors and it is covered with a flat roof.