The object of this diploma thesis is surveying and creation of 3D model of the church of st. Peter of Alcantara in Karviná. In the introduction this thesis is focused on history and localization of the church. In the next part is a description of data collection, computational work and graphic processing. The final results of the thesis are the wired model, which is created in MicroStation PowerDraft V8i, and the textured 3D model made in AutoCAD 2018.

The subject of the diploma thesis is a elaboration technical documentation of St.Peter’s and St. Paul’s church in Banske. The first part of the documentation includes the basic overview and study background description. Further on, the subject site description is developed along with detailed description of each step related to the surveying, processing, assessment and interpretation of the collected data. Final set of drawings includes the Site plan of surrounding lots, top views, cross and longitudinal sections and elevations.

The aim of this thesis is to create simulation model of a conveyor node in the field of sequential stack topcoat paintshop of ŠKODA AUTO a.s. in Mladá Boleslav. Simulation model is create in Plant Simulation. The chapters of this thesis describes the overview of conveying technology used for the transportation of bodies in the solved area, basics of discrete simulation, describe solved area and process of creation a simulation model. Using the simulation model is tested overall throughput of solved area, when changes input parameters. From results of experiments are deducted the conclusions.

The aim of this diploma work was a design of a high-bay warehouse for lacquered car bodywork with focus on the issue of a conveyer line and its incorporation into the existing material flow in company Skoda Auto a.s.. Three variants of the warehouse for the lacquered car bodywork were proposed and described. For each one of them, a time analysis of car bodywork removal from the storage was carried out. The thesis was ended with a complex evaluation of the three variants according to chosen criteria, based on which the best variant was selected. That one was further depicted in layout documentation.

The subject of this diploma thesis was geodetic survey of the object Strejcův sbor in Židlochovice and its following post processing, including making of building drawings and 3D model. In the introduction is the thesis informing about the object of interest and locality. Following chapters describes data collecting, its post processing and drawings and 3D model creating. The results are used as a documentation for purpose of reconstruction.

Master thesis is focused on formation of digital terrain model. The aim of work is to become acquainted with a dilemma in regard to terrain formation theory from the very beginning of data gathering process up to landscape digital model creation of interested area. The result of thesis is to compare advantages and disadvantages of particular programs destined for 3D modelling (ArcGIS, AutoCAD, Atlas DMT, Microstation, Catia, SolidWorks) in relation to geodetics and geoinformatics.

Diploma thesis deals with vectorisation above point cloud, created by diferent techniques. Vektoriztion purpose as a base for comparison to actual condition in terrain gain by terrain measurement and DKM.

The objective of the diploma thesis is creating digital 3D model of observatory building in Valašské Meziříčí. The building is measured by classical geodetic methods. The results of the thesis are the wired model, which is created in MicroStation V8i, and 3D model with textured surfaces, including visualization in form photos and video, which is created in AutoCAD 2018.

The aim of my master’s thesis was to createa digital terrain model (DTM). The assigned data were to be processed, updated, unified and subsequently used to create a purpose map on the scale of 1:500. The selected area issituated near the village of Jedovnice; to be more specific, the area includes a meadow located along the Podomský rivulet and the adjacent forest. To create the purpose map, the MicroStation software was used (version V8). Furthermore, the Atlas DTM software (version 4)was used to create the digital terrain model, colour hypsometry and an exposure map and finally, the AutoCAD software (student version 2013) was used for visualizing and matching objects with textures.

This Diploma thesis deals with geodetic survey of the interior in the historical building of Hussite Church in Dejvice, Prague. Data that has been obtained from survey is used in the thesis in creation of the drawing documentation. In the thesis, there are also described options for creating a 3D model of the interior of the historical building. The thesis presents a theoretical overview of surveying methods used in surveying of buildings and it presents a list of available software for creating 3D models, too. There is also a historical overview of development of surveying documentation for historical buildings. The thesis also focuses on purpose and general principles in surveying of historical buildings and importance of visualization in 3D. The main aim of this thesis is to survey the selected interior by spatial polar method using passive reflection, to process 2D outputs (platform, elevations, detail of the pillar) of the object and to describe opportunities of presenting results in 3D.