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Application of modern project management tools
Moravčík, Tomáš ; Sobola, Martin (referee) ; Trtílek, Petr (advisor)
This bachelor's thesis focuses on the application of modern project management tools in construction, specifically the use of Building Information Modeling (BIM) and the Common Data Environment (CDE). The thesis demonstrates how these tools can improve efficiency, communication, and construction quality using the example of the Nordcity Obchodná office building project in Žilina. The theoretical part explains the basic concepts and analyzes the current use of BIM and CDE. The practical part includes a case study comparing traditional project management with the implementation of these tools. The results show that BIM and CDE can significantly contribute to better time, cost, and quality management of the project.
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The Use of a Common Data Environment for Data Exchange in Building Information Management
Vystavěl, Ondřej
Building Information Management (BIM) represents a modern approach for managing all aspects of building information throughout the construction lifecycle. In order to ensure an effective management, it is necessary to use a Common Data Environment (CDE). Various CDEs platforms are available and this paper examines, discusses, and compares the types of data stored in CDE, as well as methods of georeferencing. The analysis is based on a case study involving the remodelling of a geodetic section of as-built documentation, transitioning from Computer-Aided Design (CAD) to BIM.
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Freestyle cycling hall
Bartakovič, Róbert ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The aim of the diploma thesis is the design of an indoor bike park with necessary facilities for its operation like a bike shop, bicycle repair center and a chill out zone. The building is located in Brno-Ponava. The thesis consists of three parts. The first part is focused on architectural and structural design, the second part is focused on building services design and the third part is focused on facility management with implementation of BIM. The building is designed as a concrete frame with wooden roof beams. Floor structure is made from prestressed hollow core slabs. The building is founded on piled foundations and foundation pads and strips. The building envelope is made out of sandwich panels, the insulation of which is made of mineral wool. Northern and southern facades are designed to outline the jumps inside. Eastern and western facades are almost completely glazed for optimal daylight supply. Sanitary facilities are heated by floor heating and an air-conditioning unit is installed here. Showroom, chill-out zone and bicycle repair center have its own air-conditioning unit by which is the area also heated. The area for the bike park has an air-conditioning unit which is also used for heating and cooling with the help of condensing units. The heat is supplied by a local district heating system via a hot water heat exchanger. This system distributes the heat to floor heating in the sanitary facilities and to the air-conditioning units. The building is connected to the electricity grid. Despite that, there is a large photovoltaic power plant on the roof, which is used mainly for the export of excess electricity. Building is connected to sanitary sewer. Storm water is collected and used for irrigation. The last part presents cooperation in a common data environment. It deals with the principles of collaborative work procedures in the CDE environment and with the cooperation of individual design teams on BIM contracts.
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Impact of 3D modelling on road design
Indruchová, Sára ; Gottvaldová, Jana (referee) ; Kosňovský, Michal (advisor)
This diploma thesis is based on creating a 3D model focused on transport constructions. The aim of the thesis is to find certain advantages and disadvantages in different design approaches. The theoretical part compares the difference between the 3D model and the BIM model, the advantages and difficulties of modelling and the use of the model in practice are pointed out as well. The practical part of this work includes the transformation of chosen road constructions and existing enginerring network from the 2D to the 3D model. The main source is already existing drawing document in DPS level which serves as the basis for this thesis.
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Elaboration of documentation of the actual construction of the railway construction in the context of BIM
Vystavěl, Ondřej ; Raška, Jakub (referee) ; Bureš, Jiří (advisor)
The thesis deals with the creation of the geodetic part of the as-built documentation (G-DSPS) of the Reconstruction of the Šumice stop and the process of its reworking into the Building Information Modelling (BIM) environment. The first part of the thesis deals with the creation of the G-DSPS according to the standardised internal regulations of the Railway Administration (SŽ). The second part of the thesis deals with the conversion of the G-DSPS into the BIM environment. The form in BIM is currently in a nascent state for transport constructions, therefore it was necessary to analyse the current state from available information, especially from documents and webinars of the State Fund for Transport Infrastructure (SFDI) and training courses of the Railway Administration. Some of the options analysed for this transfer were tested using G-DSPS data. The result of the thesis is a developed G-DSPS according to the valid regulations of the Railway Administration and its subsequent transfer to the BIM environment. The most important finding of the thesis is that this conversion is possible, but currently highly inefficient with a lot of technical pitfalls that will need to be resolved by the time the procurement process in BIM is launched.
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BIM Execution Plan – BEP for the field of urban engineering
Sudakova, Katsiaryna ; Gottvaldová, Jana (referee) ; Remeš, Josef (advisor)
The main topic of this diploma thesis is the BIM implementation plan (BEP). It is a basic document that describes not only the process of implementing a project and building a model, but it is also a useful tool that facilitates the application of BIM goals and the use of them, as well as the exchange of graphic and non-graphic data. The theoretical part is based on a set of standards ČSN EN ISO 19650. The practical part deals with the analysis of the importance of BEP in the context of BIM methodology. The aim of this diploma thesis was to examine the existing BEP templates and build a custom draft document that could be used for urban engineering and describe all the data and workflow requirements for the successful implementation and continuous operation and maintenance of the project.
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CDE Capabilities in a BIM Urban Engineering Project
Shvets, Yulia ; Gottvaldová, Jana (referee) ; Pilný, Ondřej (advisor)
The topic of this thesis is the possibility of a common CDE data environment in a BIM urban engineering project. The thesis deals with the assessment of the benefits and disadvantages of digitization of documentation in various areas of urban engineering using a common data environment as the only source of data during the entire life cycle of a construction object. The theoretical part discusses the basic concepts of BIM modeling, BIM documentation and the current state of the BIM field in the Czech Republic. The practical part shows the connection of the information model and the common data environment. Based on the results of the project, the CDE options of the urban engineering project were evaluated, and the important points of CDE implementation in practice were proposed.
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Linear structures BIM model analysis
Kunčarová, Edita ; Gottvaldová, Jana (referee) ; Radimský, Michal (advisor)
The aim of this thesis is to explore the field of information modeling with a focus on infrastructure. The theoretical part, describes the essence of the BIM method, its advantages, disadvantages, pitfalls and basic terms. Furthermore, the work deals with norms, regulations, standards, legislation, tender conditions etc. In all these parts previously mentioned it is aimed to explain the main given documents using concrete examples that relate to infrastructure constructions. Part of the work is also a practical demonstration of models of identical building objects in different stages of documentation. The purpose of the practical part is the application of data standards and above all the demonstration of different processing due to the purpose of the model.
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Elaboration of documentation of the actual construction of the railway construction in the context of BIM
Vystavěl, Ondřej ; Raška, Jakub (referee) ; Bureš, Jiří (advisor)
The thesis deals with the creation of the geodetic part of the as-built documentation (G-DSPS) of the Reconstruction of the Šumice stop and the process of its reworking into the Building Information Modelling (BIM) environment. The first part of the thesis deals with the creation of the G-DSPS according to the standardised internal regulations of the Railway Administration (SŽ). The second part of the thesis deals with the conversion of the G-DSPS into the BIM environment. The form in BIM is currently in a nascent state for transport constructions, therefore it was necessary to analyse the current state from available information, especially from documents and webinars of the State Fund for Transport Infrastructure (SFDI) and training courses of the Railway Administration. Some of the options analysed for this transfer were tested using G-DSPS data. The result of the thesis is a developed G-DSPS according to the valid regulations of the Railway Administration and its subsequent transfer to the BIM environment. The most important finding of the thesis is that this conversion is possible, but currently highly inefficient with a lot of technical pitfalls that will need to be resolved by the time the procurement process in BIM is launched.
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The Role and the Responsibility of the Architect in the Current and Future Sustainable Design of Buildings
Marek, Aleš
This paper deals with the role and responsibility of the architect in the sustainable design of buildings in their lifelong cycle: in construction, operation, modernisation, and removal. The aim is to analyse and define requirements for the architect’s activities in the design stages. The paper discusses the demands and methods of integrated design, digitisation and robotics in the construction industry, and the use of BIM. The starting point is design practice and international requirements for the complex evaluation of buildings.
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