In the first phase, there is “Programming”, which is based on the coordination and organization between the participants of the project to be carried out, the objective of the project will be defined from a BIM Execution Plan, and all the due agreements will be made before starting. During the second phase “Conceptual design”, we’re interested in taking advantage of the site and architectural program according to the regulations, the uses suggested by the market, and the feasibility, defining the conceptual volumetric mass that will become the building in the future. The third phase it’s named “Detailed design”, this is the preliminary Project, we visualize the first architectural plans and volumes of the project, which allow a more specific approach to the architectural design of spaces, finishes, and trends. Then, we got the fourth phase “Analysis”, we use the model to perform tests of different specialities; structural, mechanical, and environmental, thus design errors can be foreseen, and they can be corrected before construction begins, avoiding possible inconveniences, omissions, and cost overruns or excessive energy consumption. The fifth phase is “Documentation” it’s the next step when the design it’s already done and represents the moment of producing architectural and construction plans and details that will help in getting the construction license and starting the work; the Sixth phase is called "Fabrication", it implies the production and obtaining of the necessary inputs to start the construction, if it is required to import different materials or manufacture according to specification, this is the appropriate stage to do it; the seventh phase is “Construction logistics” and allows us to simulate the time, costs and estimates of the construction of the building; this phase would help during “Construction” because BIM methodology has the opportunity to monitor construction processes so that they are carried out as planned. The eighth phase "Operation and maintenance" implies using the building in the optimal way possible with its respective building maintenance plan and program, so that it continues to work as it should and meets its expected performance.  And finally, we have the last phase, “Renovation/Demolition”, where the building is evaluated, if it is in optimal conditions to reuse, the cycle is restarted with the perspective of remodelling, otherwise is demolished to make way for new projects and start the life cycle of a building again.