Thanks to BIM, through the process players (Architects, Engineers, Constructors, Owners and Managers), communication, cooperation, simulation and optimal improvement of a project are facilitated throughout the complete life cycle of the project, from the investment planning, to its maintenance and even the final decommissioning, through all phases of the building's existence.

BIM is a collaborative design method as it allows us to integrate useful information into a single model at every stage of the design process: architectural, structural, plant, energy and management. In doing so we can manage the interferences between the various disciplines, avoiding design errors through specific software.

BIM technology offers many advantages such as: increased efficiency and productivity, drastic reduction of errors and downtime, control and containment of costs, increased interaction between the various operators involved. In short, it allows maximum data sharing and ensures timely and consistent control of the entire project.

BIM technology makes it possible to manage all the design stages in various levels of detail. We also use it during the process of the building work for construction details, i.e. the representation provided by the company, which is equivalent to the faithful reproduction of what will be built on site.

It is estimated that the costs associated with the operation and maintenance of a building are four to five times higher than the costs associated with planning, design and construction. For this reason, the operation and maintenance of a building through As Built (drawings that faithfully reflect the actual construction) play a particularly significant role, as an integral part of the maintenance plan.