The diploma thesis deals with project documentation for the realization of the sports centre in Zlín. Object is located on the edge of the city Zlín in build-up area of the sports halls. Object is defined from two sides by major roads, that are connected with family and residential buildings. Building site of the object is sligtly sloping, however with ground adapting adjusts into seeming flat land. The hall is devided on three operation parts. First and dominant unit is formed by gaming area with grandstrand, corresponding facilities included. Second unit is formed by mountaineering wall, corresponding included. Third unit is formed by bar, corresponding facilities included. Object is drafted with consideration of the Baťas architecture. Object is designed like a skeleton construction with combinated system of frames. Main supporting vertical construction of skeleton is designed from reinforced prefabricated concrete column. Main supporting horizontal construction of skeleton is designed like a system solution slimfloor, that is based on placing prestressed segment onto bottom side of a special beam Deltabeam. Within the main supporting construction is designed stifenner and construction of grandstrand as well, maid from reinforced prefabricard concrete. Sheathing of the object is combinated. From the second floor is designed system from thermal insulated sandwich panels, which is anchored into the pre-set steel construction. Roof is designed as a flat roof with trapezoidal metal sheet with thermal insulation and waterproofing layer made from m-PVC. Fillings of the object including light curtain wall is designed from system Schüco.

The diploma thesis deals with project of a new building of winery production. Winery has one floor and a basement. We can split the winery into three parts. First part – production. This whole part is dedicaded to the production of wine. It consists of spaces where grapes are degraded, fermented, pressed, stored, bottled, labeled and subsequently exported. Production has a volume of 300 000 l of wine. Second part is for administration. There are two offices and a confrence room. Third part is for public using and it is composed of the tasting room with view at the wineyard and of the retail hall. The structural system is prefabricated skeleton of reinforced concrete. The roof is constructed as a flat green roof.

The Master’s thesis deals with the energy savings of a prefabricated house. In the theoretical part, the issue of investment and risk management are first dealt with. Afterwards, the thesis deals with large panel construction in the Czech Republic, energy performance of buildings, heat losses, and especially methods for invesment appraisal. The main objective of the thesis is the economic analysis and the life-cycle analysis. The case study deals with the calculation of saving on heating the prefabricated house after its refurbishment and calculation of economic indicators.

The final thesis speaks about design of kindergarten for detailed design. Building is located in Humpolec on the parcel no. 2130/18. Building has three floors and flat roof. In the building is located four classes for kindergarten, logopedics and classroom for english language. Architectonic design is made by using ventilated facade and stone veneer.

The subject of the diploma thesis is construction-technological project of gross construction for the administrative production building of the complex Lifocolor. The diploma thesis deals with the solution of the transport routes to the building site, site equipment, technological progress of the reinforced concrete skeleton assembly, inspection and testing plan. In addition, it contains a design of a machine assembly, a safety plan, an environmental plan, an item budget, a timetable, a proposal for an access and a parking space.

The subject of this diploma thesis is an extension of a two-storey basement sports center in Jeseník nad Odrou. There is a relaxation area and a fitness area in the sports center. It is connected to the existing gym building with the tourist hostel by means of a connecting neck. There is a reception and a café for both facilities. The whole building is then covered with single-layer flat roofs. The main entrance to the building is located on the southeast side of the building at level 1.NP. Vertical constructions are made mainly of ceramic sys-tem elements Porotherm. Ceiling constructions are designed as prefabricated prestressed panels. The staircases are prefabricated reinforced concrete. The project was developed using the computer program AutoCAD.

The subject of the diploma thesis is the elaboration of project documentation for construction of the Orlík Resort. The buildings are detached and are set in a slightly sloping terrain in the cadastral area Kožlí u Orlíka. The main building has two above-ground floors and one underground floor. In the basement, there is a utility room for the whole building and warehouse. Furthermore, the hall is divided into a section for men and a section for women. In these sections, visitors have a dressing room with cabins with showers and toilets. Then there will be a choice of two exercise halls, two massage rooms or a large gym area. On the ground floor, the building is entered via lee to the vestibule and into the spacious hall. In the entrance, there is a reception with storage area and a room with a kitchenette and toilet. The building is also accessible via a second staircase and large glass sliding windows. There is a conference room with adjustable size, a social hall, warehouses, toilets for women and men as well as an office. For employees there is a day room with kitchenette, changing rooms and showers separate for men and women. The upper floor contains two terraces. These are green roofs, where one is partially fitted with tiles, and there is a recognized reinforced concrete skeleton. There is a cleaning room on each floor. There are also processed two apartment houses, illuminated by roof skylights, which are on the plot four times. All buildings are designed from the reinforced concrete skeleton with lined sandstone blocks. The ceilings are made of prestressed hollow panels, and the roofs are green. Apartment house No. 1 is symmetrical and contains two apartments. There is a storage room, lee, vestibule, utility room, toilet, room, bedroom and a large kitchen with living room and terrace access. The large bathroom has a bathtub, glass shower and one sliding door that closes the room with urinal or toilet. Apartment house No. 2 is divided into three apartment

The aim of the diploma thesis is to design particular vertical and horizontal elements of the prefabricated gym hall. The supporting structure of the gym is formed by means of the column system with the use of the roof preloaded trusses. The entrance part of the building is designed as a column system using load-bearing beams and prefabricated ceiling sections. Overall, the structure of the building consists of columns, footings, foundation beams, reinforcing beams, prefabricated components which function as a ceiling structure, components functioning as a grandstand, a load - bearing beams a preloaded roof trusses V1. The diploma thesis designs particular supporting elements of the construction together with the construction of a grandstand.

The aim of this master thesis is to design home for the residential care of elderly and disabled people in Žďár nad Sázavou. It is designed as a three-storey building with a basement. There are technical facilities, in the basement. Canteen, doctor´s office, manager‘s office and reception are located on the first floor. Second and third floor contains common premises and residential units.building has a prefabricated reinforced concrete structural framework with mineral wool thermal insulation. It is covered with an extensive green roof. Piles are designed as the foundation. Partition wall is designed from plasterboard. The project and 3D rendering were carried out in Revit and Lumion software. All structures comply with the valid standards and regulations. The building site contains also an outdoor car park and a park.

El desarrollo de la presente investigación académica tiene como área de estudio a la gestión de proyectos de Ingeniería Civil. Hemos apoyado el documento en los lineamientos del PMBOK (PMI, 2016) 6ta edición (PMI) y consideramos como factores importantes el desarrollo del cronograma, costo y calidad de proyectos edificados con el uso de prelosas de la compañía “BETON DECKEN”, considerando que fue aceptado como método de construcción no tradicional en el Perú por la Resolución Ministerial N°069-2018-VIVIENDA en febrero del 2018. Como situación problemática, hemos considerado la cuantificación de mano de obra empleada para las actividades correspondientes a las partidas que involucran pre-losas. Dado que, de acuerdo a los antecedentes de uso, este elemento era considerado generalmente en construcciones del sector retail y no en viviendas. Esto, debido a las particularidades de la construcción. Es por ello, que, en la resolución emitida, se muestran datos aplicados a las construcciones retail y no a viviendas. Nuestro propósito es plasmar los resultados obtenidos a través del seguimiento de las partidas (rendimiento) y, mediante herramientas de gestión, optimizar el proceso mejorando la calidad, tiempo (cronograma) y costo en un 15% de lo proyectado para Edificios Multifamiliares construidos con pre losas en Lima Top. Se validará la investigación mediante los métodos explicativo, descriptivo, exploratorio y correlacional. / The development of this research academy has as a study area the management of civil engineering projects, we have supported the document in the guidelines of the PMBOK (PMI, 2016) 6th edition (PMI). We take as important factors the development of the schedule, cost and quality of projects built with the use of pre-slabs of the company “BETON DECKEN” considering that it was accepted as a method of non-traditional construction in Peru by Ministerial Resolution No. 069-2018- VIVIENDA in February 2018. We have considered as a problematic situation the quantification of labor used for the activities corresponding to the items that involve pre-slabs. Given that, according to the history of use this element was generally considered in retail constructions and not in homes due to the particularities of the construction. That is why, in the resolution issued, they provide data applied to retail constructions and not to homes. Our purpose is to capture the results obtained through the monitoring of the items (performance) and through management tools to optimize the process by improving the quality, time (schedule) and cost by 15% of the projected for Multifamily Buildings built with pre-slabs in Lima Top. Research will be validated between the methods explanatory, descriptive, explorer and correlationally, / Tesis