The new building of Sport and Relaxation Centre with the possibility of accommodation is situated on the vacant site in Blansko. Under the three storey building partialy runs basement. On the ground floor is located a restaurant with facilities, also rooms for sport and relaxation. On the second and the third floor is the centre’s accommodation with a total capacity of 38 persons. In the basement are mainly storerooms and utility rooms. The building is made of ceramic bricks. The ceiling construction is monolithic and the building has a flat roof. The building is constructed on footing foundations and strip foundations.

Thesis "Apartment building with amenities" is developed in the form of project documentation containing all requirements according to applicable regulations. The proposed facility is located in Brno, in Stránice district. It is a four story building with flat roof and no basement. On the ground floor there are medical center, technical facilities and clubrooms. Housing units are proposed in the second to the fourth floor.

This is a complex of two apartment terraced buildings with the mirror disposition in Uherský Brod. Whole object is detached and it is set into the hillside. The object has three floors and one underground floor and it is covered with a shed roof. Two entrances lead into the each apartment building. The first entrance is in the second floor and the second entrance is in the third floor. The entry to the object is from the northeastern side, from the street named Babí louka. The object has a vertical brick construction system and it has concrete floors and interior stairs. The outer walls are insulated with a mineral insulation.

Subject of the solution master´s thesis is new domestic building. It is two floors building made out of construction system Porotherm with monolithic ferronconcrete ceilings and shed roof. First floor has two versions.In first version is four studio flats. Second version on the first floor is used for accommodation disabled people and there are three apartments and one unit with facilities for carers. Second floor is used for accommodation two smaller families and there are two apartments with entrance from gallerie. Building is located in straight terrain in the development area of new houses in Žatec in area Kamenný vrch.

Diploma Thesis “Wellness centre“ is processed in the form of detailed project documentation which contains all requirements in accordance with applicable standards and regulations. The proposed design of the object is a three-storey building. The building will serve as a place for relaxation and sport. Technical facilities, staff room, changing rooms and fitness centre are located in the basement. The café and wellness is situated in 1PP. The offices for administration of the building, massage rooms, tanning salon, changing rooms and fitness hall are located in the 2nd floor. The building is based on foundation footings and load bearing walls are based on foundation strips. Support system of the building is a combined construction system of the walls and columns.

This diploma thesis describes of design a new residential building situated in Brno - Bystrc. It is a four storey building with a basement. House is designed from brick system and his roof is designed as single-flat roof. The roof above third floor is split in two parts where the first part is made as terrace and the second part is a vegetative green roof. The building is divided into two working parts. First part is used for housing. It consists of 40 housing units. . The last part of it is public garage. It is intended for users of residential units. The documentation of this project is elaborated with regard to contemporary Czech legislation and standards.

La industria de la construcción de viviendas en Lima, tiene como principal característica la aplicación de métodos de construcción tradicionales, basados en construcción in situ. Los procesos constructivos implican una serie de actividades de gran complejidad que muchas veces alteran la producción y dificultan el eficiente empleo de los recursos. Por ejemplo, la alta demanda de mano de obra genera un entorno de incertidumbre en los procesos de producción, por una mayor probabilidad a errores que generan pérdidas. En los últimos años se han hecho importantes esfuerzos para optimizar los recursos y mejorar la eficiencia y el desempeño de la construcción convencional a través de metodologías y herramientas como Lean Construction, BIM, Last Planner entre otros; sin embargo, alcanzados sus máximos posibles, no logran incrementar la productividad ni disminuir los efectos adversos de la construcción tradicional en términos reales a través del tiempo. Por ende, este estudio propone la aplicación de los sistemas constructivos prefabricados altamente industrializados en la construcción del casco estructural de viviendas multifamiliares con el objetivo de elevar la productividad a los estándares internacionales. Del estudio se encontró una reducción del 5% en el costo por metro cuadro de construcción y una reducción en el plazo y el costo de la mano de obra del 26% y 61% respectivamente. Se puede concluir que el método de construcción por prefabricados permite incrementar la productividad dado un eficiente empleo de los recursos como la mano de obra, materiales y el tiempo de construcción. / The main characteristic of the housing construction industry in Lima is the application of traditional construction methods, based on on-site construction. Construction processes involve a series of highly complex activities that often alter production and hinder the efficient use of resources. For example, the high demand for labor generates an environment of uncertainty in the production processes, due to a greater probability of errors that generate losses. In recent years, significant efforts have been made to optimize resources and improve the efficiency and performance of conventional construction through methodologies and tools such as Lean Construction, BIM, Last Planner, among others; however, having reached their maximum possible levels, they fail to increase productivity or reduce the adverse effects of traditional construction in real terms over time. Therefore, this study proposes the application of highly industrialized prefabricated construction systems in the construction of the structural hull of multi-family homes with the aim of raising productivity to international standards. The study found a 5% reduction in the cost per square meter of construction and a reduction in the term and cost of labor of 26% and 61%, respectively. It can be concluded that the prefabricated construction method allows increasing productivity due to an efficient use of resources such as labor, materials and construction time. / Tesis

La presente tesis es una “Propuesta de mejora del proceso de planificación de proyectos en una empresa de construcción con sistema drywall” desarrollada en una PYME del rubro construcción. La propuesta está basada en herramientas de ingeniería para contrarrestar el problema identificado en la empresa en estudio que es la demora en la entrega de proyectos de construcción. Para ello, en la presente tesis está estructurada en 6 capítulos. En el capítulo 1 se presenta el Marco teórico, en el cual se define el sistema constructivo drywall, metodologías y herramientas de mejora aplicables al proceso de planificación de proyectos de construcción y a la reducción y/o eliminación de demora en la entrega al cliente. En el capítulo 2 se presenta el diagnóstico, en el cual se describe la empresa, las condiciones en las que opera, el problema, los procesos involucrados con el problema, causas raíces, impacto económico y las herramientas aplicables a la reducción y/o eliminación del problema. En el capítulo 3 se desarrolla la evaluación de alternativas de solución, en el cual se describe el plan de implementación de las herramientas 5S y Last Planner System. En el capítulo 4 se muestra la validación de la propuesta de mejora compuesta por juicio experto y la validación económica. En el capítulo 5, se muestra el impacto de la mejora en los stakeholders mediante una matriz Leopold. Finalmente, en el capítulo 6 se muestran las conclusiones y recomendaciones de la presente tesis. / This thesis is a "Proposal for improvement of the project planning process in a construction company with gypsum panel system" developed in an SME of the construction sector. The proposal is based on engineering tools to counteract the problem in the company in the study that is the delay in the delivery of construction projects. For this, in this thesis is structured in 6 chapters. Chapter 1 presents the theoretical framework, which defines the construction system of drywall, methodologies and tools to improve the planning process of construction projects and the reduction and / or elimination of the delay in delivery to the client. In chapter 2 the diagnosis is presented, in which the company is described, the conditions in which it operates, the problem, the processes related to the problem, the root causes, the economic impact and the tools applicable to the reduction and / or the elimination of the problem. Chapter 3 describes the evaluation of solution alternatives, and describes the implementation plan of the 5S and Last Planner System tools. Chapter 4 shows the validation of the improvement proposal composed of expert judgment and economic validation. In Chapter 5, the impact of the improvement on stakeholders is shown through a Leopold matrix. Finally, chapter 6 shows the conclusions and recommendations of this thesis. / Tesis

The aim of the bachelor’s work is composition of project documentation for the construction building of boarding house. Object is situated on the cadastral area of village Kubšice, number of building plot is 30/7. Terain is slightly sloping. The pension has two above-ground and one underground floor. In the basement there are technical rooms. On the upper floors there are guest rooms and a restaurant with facilities. The construction system of the building is a wall system. The perimeter basement walls are made of concrete blocks of lost BEST formwork embedded in concrete. The other perimeter and interior walls are made of Heluz ceramic blocks. The building is designed to be insulated with an Etics contact facade made of mineral insulation from stone fibers. Horizontal ceiling structures and stairs are monolithic. The roof of the building consists of a sloping roof. There are 32 parking spaces on the plot.

The aim of the diploma thesis is to elaborate the project documentation of the sports hall in the town of Bystřice nad Pernštejnem. The object is situated in an area with several other sports grounds. The building is partially basement with one overground floor. On the first floor there is a large and small gym, a fitness room and two massage rooms. There are also changing rooms for guests, staffing facilities, utility room, technical room and office for the managers of the sports hall. The underground floor features a bar with a billiard room and bowling. In the basement is also designed a warehouse, a technical room and separate toilets for men, women and invalids. The construction system of the hall is combined. The hall is based on foundation girders and baseplaces. The perimeter and interior masonry is from the Porotherm system. Pillars are reinforced concrete. The perimeter masonry is complemented by a contact thermal insulation system. The ceilings are designed from Spiroll cavity panels. The roof is designed flat on two levels. The roof above the hall is carried by timber truss girder. The roof above the background carries Spiroll cavity panels.