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  • Bachelor thesis
    Surveying and Creating of the 3D Model of the Staircase between Sadová and Petra Velikého Streets in Karlovy Vary
    Zaměření a vytvoření 3D modelu schodiště mezi ulicemi Sadová a Petra Velikého v Karlových Varech
    (Czech Technical University in Prague, 2026-05-18) Mondeková, Lucie; Křemen, Tomáš; Línková, Lenka
    This bachelor thesis focuses on the process of 3D documentation of a historical outdoor staircase in Karlovy Vary (locality Sadová Petra Velikého) using modern method of laser scanning. The theoretical part describes the technologies used, specifically the Trimble SX10 total station and the Trimble X7 laser scanner. The practical part provides a detailed documentation of the field survey, including the stabilization of the survey network, traverse measurement, and the acquisition of point clouds. A significant part of the thesis is dedicated to data processing in MicroStation, Leica Cyclone 3DR, and CloudCompare software. The output of the thesis is a digital 3D model of the object, which can serve as a basis for structural-technical documentation or future reconstruction. The thesis also evaluates the precision of the results based on a comparison of side measurements.
  • Bachelor thesis
    Family house
    Rodinný dům
    (Czech Technical University in Prague, 2026-05-18) Vopalecká, Lucie; Zoula, Jakub; Daďa, Jaroslav
    The subject of the bachelors thesis is the development of an architectural study and project documentation for a family house building permit, prepared in accordance with current legislation. The site is located in the east-sloping terrain of Zadní Třebaň with views of the Berounka River. The proposed house is designed for a family of four a married couple with two children, a daughter (7 years old) and a son (9 years old). The family ac-tively engages in windsurfing, skate-boarding, snowboarding, skiing, and cycling. The living spaces are primarily oriented towards the east in order to maximize the attractive views of the surrounding landscape. The massing of the house responds to the sloping terrain. The gradual stepping back of the individual floors creates outdoor terraces that connect the interior with the exterior and enhance the residents relationship with the surrounding landscape.
  • Master thesis
    Steel structure of a domed roof sports hall
    Ocelová konstrukce sportovní haly s kopulovitou střechou
    (Czech Technical University in Prague, 2026-05-18) Nejedlá, Michaela; Jandera, Michal; Gregor, Dalibor
    The subject of this masters thesis is the design of a load-bearing steel construction. It is a domed roof sports hall. Chosen details are designed and a drawing documentation is included. The design was carried out in accordance with European standards and using structural software.
  • Bachelor thesis
    Surveying the actual construction and monitoring of vertical displacements
    Zaměření skutečného provedení stavby a sledování svislých posunů
    (Czech Technical University in Prague, 2026-05-25) Staněk, Ondřej; Línková, Lenka; Kolář, Vilém
    This bachelor's thesis deals with the methodology of measuring vertical displacements of bridge structure No. 204. The individual methods of measuring vertical displacements and the as-built survey of the structure are described, as well as the work procedures and the equipment used, and the results of individual measurement stages comparing the vertical displacements of the bridge during construction and after its completion are also included. The result is a representation of the behavior of the bridge piers and the bridge deck, which are shown in graphs, and a linear model was created from the as-built survey.
  • Bachelor thesis
    Impact of global climate change on the water regime of a small mountain catchment
    Vliv globální změny klimatu na vodní režim malého horského povodí.
    (Czech Technical University in Prague, 2026-05-18) Pěničková, Martina; Křeček, Josef; Kremsa, Jiří
    This study aims to estimate climate change impacts on the hydrological regime in two small catchments in the Jizera Mountains. This research is based on long-term observations of air temperature and precipitation at the climate stations of Desná-Souš and Jizerka, and of discharge at gauging stations on the Sklářský potok and Kamenice streams. The time series analysis included temperature and precipitation, Langs rain factor, potential evapotranspiration, and runoff in catchment outlets. Statistically significant rising trends in air temperature and evapotranspiration identify the process of climate aridification. Consequently, a relatively fast decline of water yield was detected at a small mountain catchment, while at the larger catchment of Jizera (profile Železný Brod) shows a more stable hydrological régime, but the decrease in water yield is evident there as well.