This thesis describes the design of a low-cost Accommodation for Young people. It is an apartment building on 5 floors above ground, designed primarily as a starter housing for young people. The first floor is completely wheelchair friendly and there are 3 apartments for for wheelchair users (1x2+KK, 2x1+ KK) . In the second and third floors is a total of 20 flats (1 bedroom apartment). The fourth and fifth floor consists of 5 maisonette flats (2+KK) with access to the terrace. The house is based on the foundation walls and footings. The structural system consists of load-bearing walls POROTHERM and internal reinforced concrete columns and beams. Ceiling construction consists of of panels SPIROLL and a reinforced concrete slab. The house has two roof construction, flat monotube roof (terrace) and a sloped gable roof formed by wooden rafters. The house is situated on a large grassy area, which forms the park for rest and relaxation. On the property is a parking lot along access roads with a total of 32 parking spaces.

This bachelor thesis “Family Residence with Two Flats“ is composed in a form of implementing project documentation and it contains all requisites according to the valid regulations. It is a complex of two connected buildings. The first part is the base for athletes and spectators. The second part consists of a sports hall with the playing surface and bleachers for spectators. The first part of the building has 3 floors. The sports hall is roofed using trusses made of laminated wood. Part of this work is the study of dispositions specialization focused on technical equipment of buildings and wooden structures and seminar papers presented in the form of drawings details.

The master´s thesis "Apartment house" is in form of project documentation containing all appropriateness in accordance with valid regulations. The house is designed as a detached house and without a cellar. The house is rectangular dimension, with a flat vegetation roof. The house has four floors with loggias, balconies and terraces. The house has 10 housing units. On the first floor is the accessory apartments: bicycle room, technical room, cellar room and garage. In the house is projected a lift. The house is made of brick system with a contact insulated system. The part of thesis is a heat-technical opinion, calculations staircase and foundation construction.

Master’s thesis addresses the design and implementation documentation of the three storey bus station in the Czech Krumlov Street Hospital . From this street is also suggested links to the transport infrastructure of the entire plot of land at 497/1 . Object Bus Station is located on the western part of the site . The main entrance is oriented to the southeast side of the building. The main hall on the first floor is primarily used for passengers. There is a waiting room , treasury , information and Internet room. Further, the circuit layout is 7 retail space with a pharmacy for dispensing drugs. The left wing spaces are public toilets and sanitary facilities for employees. There is also a buffet with 30 seats . The second floor space small cafe with a terrace where you can view the historical part of the city . Furthermore, the time of day or a rest room for drivers and office spaces with sanitary facilities . On the third floor are offices spaces again and archives there is also a ventilation machine room and a sprinkler system.

Master´s thesis is designed as a complete documentation of a multifunctional house. The multifunctional house is located in the town Nová Paka and functionally designed as a restaurant, garages and 8 flats. Built-up area is 886.95 square meters. The building is covered with a flat roof. The supporting structure is designed prefabricated reinforced concrete frame. Infill walls are made of clay blocks Porotherm. The house is insulated contact system ETICS. The thesis contains a static layout, fire safety, energy saving and safety in use. Drawings were processed with software for design - ArchiCAD.

This master’s thesis deals with the design documentation multifunction sports hall. The building is situated in the region in the Vysočina village Humpolec, cadastral district Humpolec. The building is designed as a prefabricated skeleton, where the vertical load-bearing structures are designed from the prefabricated skeleton of PREFA BRNO and filling and partition walls of the structural system POROTHERM and BTB fittings. Horizontal structures are formed by the supporting elements prefabricated skeleton system of PREFA BRNO and ceiling panels SPIROLL. The main single-storey multifunction hall is roofed with wooden trusses of curved from glued laminated timber and purlins carrying roof deck. The other part of the building is covered with flat single-ply roofs. The building is divided into a main single-storey multifunction sports hall and an outbuilding with facilities for athletes and spectators about two floors above ground and a third technical floor. The building is solved as barrier-free.

The thesis deals with a Polyfunctional house. It´s lately erected building of self-standing block of flats with a pizzeria situated in Humpolec, Hradská Street. The building is designed as a four-storeyed cellarless house with eight separate housing units for thirty permanently living people. The pizzeria designed for thirty guests and five employees is included to the property. It´s situated in the firtst floor. Residential part and business premises are separated from each other operationally independent and accessible main entrance. The building is covered with a flat roof structures. The building plan uses load-bearing vertical structure of ceramic system Porotherm, horizontal structure consists of prestressed and reinforced concrete panels Spiroll board.

Master thesis processes documentation for the realization of the new building of the multi-functional sporting centre. Object is designed as the two storey building with the external thermal insulation system ETICS. Object is designed according to the appropriate legislation. Object fulfills demands for the low-energy standard. Building is without cellar with the flat warm roof. Load bearing constructions of the floor ceilings are made out of prestressed concrete panels SPIROL. Load bearing construction of the hall roof is made of the glulam timber beams and purlins with the bracing.

This diploma thesis ‘multi-functional‘ building is elaborated in form of a project documentation fulfilling all requirements in accordance with valid directives. The project refers to a detached multi-functional new-build placed on a moderate slope in Kralupy nad Vltavou. The building includes a basement and four floors overground. This multi-functional house will be used as an apartement building with a café, containing eleven housing units – apartments. One of units on the first floor is designed as handicapped-accessible. Café with facilities and a separate entrance for public will be located in basement. Overground, outer and interior bearing walls are meant to be made of Porotherm system. The underground wil be made of concrete blocks ‘Best’. Ceiling construction will be fabricated from prestressed ceiling concrete panels ‘Spiroll‘. Roofing is maded of two parts, both are pent roofs with angle of 7°. The roof is designed as a double wall, where for the outer shell is used a wooden construction coated with concrete roofing panels ‘Bramac’. The inner shell is composed of a suspended ceiling with insulation. Part of the project is a construction of paved areas aside the building and fencing.

Seal of sand or gravel by chemical injection is known and used for a long time. Chemical grouting are however expensive and sometimes the use of cement does not lead to desire effects. So it is trying to find new materials and methodologies injection arrangement works. To achieve savings of chemical products are added to a mixture clay and cement. Clay-cement grouting mix are used not only in order that they are better quality, but also because in this way proposed mixtures have a tendency to penetrate better into incoherent sediments that need additional sealant of chemical injection. For further possible reductions of economic terms the mixture is trying to replace the classic clay. As a suitable substitute for classic clay is to a certain extent the use of secondary raw materials. Above all it is fly ash. As a part of my thesis I deal with the appropriateness use of these materials and examining their properties in the mixture. It was found that by using fly ash were improving consistency of the fresh mixture, reducing the amount of water-cement ratio and reduce shrinkage of the mixture. On the other hand, by using fly ash has been increasing decantation, permeability atc. In the next stage of my work was examined the influence of the quality of cement, lime and liquefaction in the mixture. The aim of thesis is to propose the optimal injection mixture for additional sealing earth dams.