This thesis briefly outlines the importance of BIM in the construction industry. BIM is a technology that has only recently emerged in the world construction practice. BIM strives to accelerate, optimize, facilitate and harmonize all stages of a building's / engineering work’s life. As part of this thesis, a bridge model was created in the Allplan Bridge program. The latest program version was used. Its main feature is parametric modelling of bridges, while automatic generation of an analytical model for design calculations from the BIM model is envisaged to be included in the next editions. Parametric modelling should be more efficient for easier and more accurate corrections. The modelled bridge is of relatively simple geometry and structure but complicated enough to be able to analyse the parameters of parametric modelling in a program. A beam bridge across 6 spans 21,45+4x27,50+21,45 m and with the total length of 168,90 m is modelled. The cross-section comprises 5 prefabricated prestressed T-girders and reinforced concrete deck above. The BIM model includes load-carrying members (tendons in prefabricated girders are also modelled), most of non-structural members (bridge equipment) and construction sequence data. The model of the bridge faithfully represents its geometry, but due to software’s constraints it is not possible to use this model for static calculation.