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Modelování technicko-ekonomických informací v průběhu životního cyklu stavby
Biolek, Vojtěch ; Heralová,, Renáta Schneiderová (referee) ; Petráková,, Zora (referee) ; Witala, Lukáš (referee) ; Hanák, Tomáš (advisor)
This dissertation focuses on the issue of the effective use of information on construction life cycle costing (LCC) when designing buildings. Information is key data about the environment, conditions and processes, but nowadays it is increasingly important to use it effectively, especially in the construction industry. In the current state of construction practice, the close connection between architects/designers and construction economists in the phase of construction designing is underutilized. For investors, such as developers or public entities, it is crucial to ensure the efficient use of funds and the consideration of construction life cycle costing. The life cycle costing of construction (LCC) indicator seems to be ideal for investment evaluation, as it includes the costs associated with the entire construction life cycle from procurement to disposal. However, the LCC indicator is still underutilized or is used inappropriately with imprecise inputs. For its effective use, accurate technical and economic information is needed, which in current practice is often missing or inaccurate. The resulting LCC indicators are thus only informative and provide limited information on the future costs of the construction. The aim of this thesis is to propose a methodology for the effective use of the LCC indicator in the design of buildings. The methodology will be focused on obtaining accurate technical-economic information, such as repair and maintenance costs, construction life and acquisition costs. In this way, it will be possible to create high-quality constructions withoptimal life cycle costing. The effective use of the LCC indicator will contribute to better decision-making by investors and support a sustainable approach in the construction industry.
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