The subject of this thesis is to create a project documentation of the design of new construction of fire station in Šumperk. The fire station is designed according to ČSN 73 5710 as a C type station that will be used by professional fire brigade of Olomouc district. The object is structurally divided into two parts - a masonry building, and a reinforced concrete frame. The administrative part of the building together with the base of the fire brigade, technical room, and a fire tower are designed as a masonry building made of Ytong cellular concrete units. One of the parts is designed as a two-level object, while the technical room and the fire tower are designed as a sigle-level object. The circumferential masonry is insulated by contact thermal insulation system. The floor construction is made of Spiroll prestressed floor slabs. The roof is designed as a warm flat roof. The garage is a single-level building with built-in structure of storerooms in part of the garage. The precast reinforced concrete frame is set on foundation pads and foundation sills. The horizontal and vertical supporting structure consists of reinforced concrete parts – columns, Spiroll floor slabs, floor girders, sway frames, purlins and small purlins. The whole object is covered by a warm flat roof. The external cladding consists of PUR isolating sanwich panels.

The aim of this diploma thesis is to project a polyfunctional building including a gym, fitness centre, bar and apartments. The plan is conducted in the form of project documentation, containing all the problems related with this issue. The building is located in the town, Bystřice pod Hostýnem. Considering the functionality, the construction is divided into two parts – southern and northern part. The south of the building is designated for accomodation situated on four floors. The north one, including three floors, is intended for the gym, fitness centre and bar. The terrain of building site slopes down to south-east. The construction will be built of prefabricated reinforced concrete frame construction RIEDER with block filling YTONG containing contact insulation system. The building is constructed with two flat single-shell roofs. This project is primarily focused on functional, disposal and architectural aspect os polyfunctional house.

Subject of this final thesis is to develop project documents of a new mixed-use building in Havířov. The building has three floors and basement car park. On the first floor there is a café and shops. On the second and third floor there are office spaces. Structural sytem of building is cast-in-place concrete frame. Exterior building envelope is made of sand-lime bricks with ventilated facade with thermal insulation of mineral wool insulation. The roof of the building is designed as a non-walkable warm flat roof.

The subject of this diploma thesis is the processing of design documentation for realization of the new-build multipurpose building in Opava. The building is designed on the grounds of a former dairy in the Krnovská street where the demolition of obsolete buildings passed off recently. Now are these areas designed to build up again. Designed object will function as a multipurpose building with the operation of a restaurant on the 1st floor, office spaces on the 2nd floor and dwelling units on the 3rd floor. Part of the first floor is a mass garage primarily intended for residents of dwelling units with a total of 9 parking places. It is designed eight dwelling units in total of which six are one-room flats and two are four-room flats. Plan shape of the building is rectangular. The londbearing structure of the building is a reinforced concrete prefabricated precast concrete frame founded on cast-in-place concreted pads. Infill walls are clay brick. The building is roofed with warm flat roof. Dominant features of the building are large glass areas in all floors, metal ventilated facade and loggias of dwelling units. The drawings are processed in AutoCAD programme.

The subject of the diploma thesis is a project documentation of a multifunctional building within the scope of the implementing documentation. The main goal of the thesis is the design of the layout, construction and material solution, completed by design of the fire safety solutions and assessment in terms of building physics. The multifunctional building has one underground floor and nine above-ground floors. In the basement there are technical facilities of the building and a parking area, in the 1st floor there are business premises, in one part of the 2nd floor there is a gym and the remaining areas are used for administrative purposes as well as the entire 3rd to 9th floor. The construction system is designed as a reinforced concrete monolithic skeleton, completed by a reinforced concrete core. Ceiling structures are monolithic reinforced concrete locally supported slabs. The building is founded on the concrete slab placed on drilled shafts. The main element of the outer wall is curtain walling, which is made from a mullion-transom system.

This master's thesis deals with project documentation of an office building with commercial premises, cafe, and canteen. The building is located in Žďár nad Sázavou, on plot 2197. The access road is from the north side. The building has 6 floors above ground and 2 underground floors. The building is designed as monolithic reinforced concrete frame with shear core. Basement consists of monolithic reinforced concrete walls. Whole building is based on reinforced concrete slab, which is supported by a system of piles. The external wall is designed from clay blocks. The facade is ventilated.

This Master’s thesis deals with the technological project of building an industrial complex AQUASYS in Žďár nad Sázavou. This work includes technical reports ZS and STP, site equipment, wider transport relations, budget calculation, time planning, inspection and test plan, mechanical assembly, contract for work and job security for this building.

The subject of the thesis is the solution of technological preparation of new building construction Futurama Business Park - the object C. In this thesis, is solved by the implementation of earthwork, foundation structures and reinforced concrete monolithic skeleton. Establishment of the building will be made on the concrete foundation slab. The building is designed as a reinforced concrete frame with perimeter steel columns and glass façade. The work also includes a timetable and financial plan (budget) building, technological regulations, technical report of building equipment, mechanical design assembly, inspection and test plan, design of site facilities, safety plan, impact of technological stage on the environment.

Diploma thesis focuses on the design of selected parts of precast concrete frame construction. Elements for design are prestressed girder, purlin, column, footing pocket and drilled pile. The calculation of internal forces was performed in a computational program SCIA Engineer 18. Check of the pile was performed in program GEO 5. Part of the thesis is a technical report and formworks drawing and reinforcement drawing. The construction is designed and assessed according to ČSN EN 1992 - 1 - 1.

The subject of the diploma thesis is the architectural study of the mix-used urban housing situated closed to the Brno city centre. The design will allow mixing of greater amount of different functions on a relatively small built-up area, which will reduce the requirements on transport and provide the inhabitant with various forms of housing, services and employment. The mass and spatial solution respects the surrounding city blocks on south and the mass increase to the north industrial zone. The mass defines the area and respect noise protection zone on housing development. The shape of object's ground plan is based on the area, which is divided by four axes of pedestrian paths. The basic matter of object is divided into four blocks linked by common internal square. The mass solution provides private, semi-private and public courtyards.