It is a new the municipal authority in Dlouhoňovice. Part of municipal authority is a garage for the fire truck, warehouse village garden equipment, commercial spaces and the second floor above ground units. The building is situated in the Pardubice region in the town called Dlouhoňovice, cadastral area Dlouhoňovice. The building consists of two aboveground floors. The rest of the building is covered with wooden trusses in the shape of a gabled roof. The building is designed from the structural system HELUZ.

This project deals with a design of a multifunctional house in Svitavy. The object is designed as a building without a basement, detached house with four above-ground floors. It is fitted into flat terrain. Newly built multifunctional house serves two main functions. The first is the creation of nine housing units, which are accessible from the central staircase and have an individually designed entrance. The second function of the new building is commercial utilization. There are three business premises in the house, each of them has its own sanitary facilities and separate entrance. The roof is designed as single-layered, flat, composed of asphalt strips. The structural system of the building is brick, made of ceramic blocks. The building is insulated with a contact insulation system.

Diploma thesis deals with the design documentation hotel building in the village of Vendryně. The building is designed in accordance with the existing this area and the slope of the terrain. This is a two-tier four-storey building. Above the 1st floor is designed flat vegetation roof and above the 4th floor is gabled roof. The building contains part of the accommodation, dining area and facilities for staff. Work includes architectural and layout design, preparation of construction drawings, design of fire safety design of buildings, basic thermal technical assessment and calculation of a selected wooden truss and a draft air exchange for restaurants and kitchens. The entire work will be complemented by a text part.

This master´s thesis deals with the project documentation of a kindergarten., designed for fifty children. The building is situated in the region South Bohemia in the town Týn nad Vltavou, cadastral district Týn nad Vltavou. The building is desgned as a brick building with a skeletal system. Vertical structures are designed from the structural system of ceramic bricks and a monolithic columns. Horizontal structures are designed from the monolithic ceiling slabs. The building is covered with flat walkable roog and flat non-walkable roof. The building has two floors.

The topic of this thesis is a new school facility of Leisure time center Kostka. The Leisure time center is a deteched two-sotrey building on mildly sloping land. The building is basementless. The Leisure time center is located next to the kindergarten and elementary school.The layout includes a building of 11 classrooms and is designed for 163 children. Perimeter, internal bearing and non-bearing walls are designed from brick blocks. Ceilings are made by using prestressed ceiling panels. The building is roofed by a single-flat roof and walkable intensive green roof.

The thesis solves the project of a kindergarten in the field of inclination 7%. The kindergarten is located on the plots number 570, st. 373, st. 374 in the village Vrané nad Vltavou. The building has two floors and one basement. The kindergarten is for 60 children and for 11 employees. The building serves as a preschool institution for raising children. The supporting structure consists of a precast concrete frame supplemented in the basement by a cast-in-place wall and a foundation slap. External walls and partitions form sand-lime bricks Sendwich. The external walls are completed with Orsilt TF Profi mineral insulation th. 280 mm. The floors are made of prestressed concrete floor slabs Spiroll PPD 256 th. 250 mm supported by T and L primary beams. The building ends with a could extensive green roof. The slope and space for the blow-in insulation Climatizer Plus uses Steico Joist 400 I-beams. Windows are wooden frame Optiwin Purista and doors are Optiwin Entrada.

My Masters project is titled Energy-efficient guest house in the city of Lednice. The assignment is to design a building, which meets contemporary standards of energy efficiency. There are three parts of the project. The first part consists of designing the structure of the building. The building is L-shaped with pitched roof, single-storey with attic. There is a pool with sauna, restaurant with kitchen and main hall with entrance and reception on the ground floor. At the attic there are twenty two dwelling units for guests, common room and staff facilities. The main entrance is oriented towards east. The building is masonry system from sand-lime blocks with prefabricated reinforced concrete floor slabs and roof is made of timber roof truss. The building facade is insulated by ETICS. In the second part, there are designed HVAC, lightning and shading, rainwater usage and photovoltaic power station. In the third, there is a calculation of energy need for heating and cooling using monthly balance mehtod. The project is designed with support of AutoCAD, Revit and DEKsoftT softwares.

The thesis solves the project of a kindergarten in the field of inclination 7%. The kindergarten is located on the plots number 570, st. 373, st. 374 in the village Vrané nad Vltavou. The building has two floors and one basement. The kindergarten is for 60 children and for 11 employees. The building serves as a preschool institution for raising children. The supporting structure consists of a precast concrete frame supplemented in the basement by a cast-in-place wall and a foundation slap. External walls and partitions form sand-lime bricks Sendwich. The external walls are completed with Orsilt TF Profi mineral insulation th. 280 mm. The floors are made of prestressed concrete floor slabs Spiroll PPD 256 th. 250 mm supported by T and L primary beams. The building ends with a could extensive green roof. The slope and space for the blow-in insulation Climatizer Plus uses Steico Joist 400 I-beams. Windows are wooden frame Optiwin Purista and doors are Optiwin Entrada.

Магистерская диссертация состоит из введения, трех глав, заключения, библиографического списка, включающего 61 наименование, приложений. В работе рассмотрены теоретический основы девелопмента недвижимости, который включает основные понятия и термины девелопмента, историю реконструкции панельных домов, а также способы повышения комфорта придомовой территории. Разработана концепция девелоперского проекта, которая включает в себя: рейтинговые оценки инвестиционной привлекательности территории; анализ района расположения объекта; выводы по местоположению и характеристике участка; маркетинговый анализ проекта. Проведено финансово-экономическое обоснование девелоперского проекта жилого комплекса, где учтены возможности реализации в поселке Талица, г. Первоуральска, экономическая эффективность, в следствии чего дана оценка экономической эффективности проекта. В заключении сформулированы основные выводы и обобщенные результаты исследования. / The master's thesis consists of an introduction, three chapters, a conclusion, a bibliographic list including 61 titles, appendices. The paper considers the theoretical foundations of real estate development, which includes the basic concepts and terms of development, the history of reconstruction of panel houses, as well as ways to improve the comfort of the adjacent territory. The concept of a development project has been developed, which includes: rating assessments of the investment attractiveness of the territory; analysis of the location of the object; conclusions on the location and characteristics of the site; marketing analysis of the project. The financial and economic justification of the development project of the residential complex, which takes into account the possibilities of implementation in the village of Talitsa, Pervouralsk, economic efficiency, as a result of which an assessment of the economic efficiency of the project is given. In conclusion, the main conclusions and generalized results of the study are formulated.

[pt] Nas últimas décadas o processo de degradação do meio ambiente e os movimentos ecológicos tornaram as questões ambientais algo bastante popular. Com o objetivo de se preservar o meio ambiente, o uso de materiais derivados da biomassa vem se intensificando. Neste sentido, a área de materiais compósitos poliméricos reforçados por fibras vegetais representam uma boa alternativa no campo dos materiais para aplicações de engenharia e design. Os principais objetivos deste trabalho foram o processamento, caracterização e análise de viabilidade de aplicação do compósito formado por uma resina poliuretano derivada do óleo de mamona (Castor oil) e fibras de ubuçu (Manicaria saccifera) na fabricação de pisos e revestimentos. O processamento dos compósitos foi realizado utilizando-se a técnica de moldagem por compressão. As fibras de ubuçu foram utilizadas na forma de tecido, sem qualquer tratamento e empilhadas segundo orientações de 0 e 90°, para tentar manter um comportamento isotrópico. Primeiramente foi realizada a caracterização da fibra de ubuçu através dos seguintes ensaios: tração, difração de Raios-X, TGA, MEV/EDS, densidade, FTIR, DSC e gramatura. Esta primeira parte se fez necessária pelo fato da fibra de ubuçu não ser totalmente conhecida pela comunidade acadêmica, em termos de suas características químicas e mecânicas. Na confecção dos compósitos, para fins de comparação, foram utilizadas as resinas de mamona em duas proporções de seus componentes e a resina epóxi, esta última por ser uma das mais utilizadas na confecção de compósitos poliméricos. Os compósitos foram caracterizados através dos seguintes ensaios: flexão, compressão normal e paralela, impacto, DMTA, abrasão e MEV/EDS. Os resultados de caracterização da fibra de ubuçu mostraram que a mesma não difere das demais fibras vegetais pesquisadas comumente, porém, no ensaio de tração, ela apresentou resistência superior às de outras fibras vegetais encontradas na literatura. Os resultados indicam que as propriedades mecânicas do compósito de resina de mamona e fibra de ubuçu em flexão, compressão e impacto foram superiores às de compósitos similares reportados na literatura. No ensaio de abrasão, os compósitos de resina de mamona e fibra de ubuçu foram comparados a duas espécies de madeira, pupunha e coco, mostrando-se adequados como material na fabricação de pisos e revestimentos, mesmo apresentando propriedades inferiores que as das madeiras pesquisadas. Foi desenvolvido, de acordo com a metodologia do Design Industrial, um piso na forma de taco para observação de encaixes e detalhes estéticos, o que resultou na seleção do mesmo para exposição no 24° Prêmio Museu da Casa Brasileira e em um Registro de Patentes do material pela PUC-Rio. / [en] In recent decades the process of environmental degradation and the ecological environmental issues became very popular. In order to preserve the environment, the use of biomass materials has been intensified. In this sense, the area of polymer composites reinforced by natural fibers represents a good alternative in the field of engineering materials for design applications. The main objectives of this study is the processing, characterization and analysis of composite applying feasibility for the flooring and tiles. This composite is made of a polyurethane resin derived from castor oil (Castor oil) and ubuçu fiber (Manicaria saccifera). The composite process was performed with the compression molding technique. Ubuçu fibers were used as a tissue without any treatment and stacked with orientations from 0° to 90°, trying to keep an isotropic behavior. The characterization of the ubuçu fiber was made by the following tests: traction, X-ray diffraction, TGA, SEM / EDS, density, FTIR, DSC, and weight. This first part was necessary because the fiber ubuçu is not known by the academic community in terms of their chemical and mechanical characteristics. In the composites manufacture, for comparison purposes, was used the two resins castor proportions, and epoxy resin, this last being one of the most used in the polymer composites manufacture. The composites were characterized by the following tests: bending, normal and parallel compression, impact, DMTA, abrasion and SEM / EDS. The results of the characterization of ubuçu fiber showed that it does not differ from other fibers plant commonly studied, but in the tensile test, it showed superior resistance if compare to other fibers plant found in the literature. The results in bending, compression and impact tests indicate that the mechanical properties of the composite, castor oil and ubuçu fiber, were higher than similar composites reported in the literature. The abrasion test, the composite made of castor oil and ubuçu fiber were compared to two palms (Bactris gasipaes and Cocos nucifera) and even with inferior properties, the composite is suitable as a material in the manufacture of floors and walls. It was developed in accordance with the methodology of Industrial Design, a floor in the form of cue for observation of aesthetic details, which was selected to be exhibited in 24 Brazilian House Museum Award and a Patents registration material by PUC Rio.