Citas bibligráficas
Sarmiento, J., Gomero, H. (2023). Propuesta de guía para un sistema de clasificación de información de construcción mediante la aplicación de la norma ISO 12006 y el software Revit [Universidad de Lima]. https://hdl.handle.net/20.500.12724/19138
Sarmiento, J., Gomero, H. Propuesta de guía para un sistema de clasificación de información de construcción mediante la aplicación de la norma ISO 12006 y el software Revit []. PE: Universidad de Lima; 2023. https://hdl.handle.net/20.500.12724/19138
@misc{renati/236413,
title = "Propuesta de guía para un sistema de clasificación de información de construcción mediante la aplicación de la norma ISO 12006 y el software Revit",
author = "Gomero Campos, Hazel Isabo",
publisher = "Universidad de Lima",
year = "2023"
}
In the field of construction internationally, it’s necessary to standardize and catalog the objects and/or elements that are part of the project life cycle, to facilitate the correct use of information in all processes related to construction, such as quantification according to technical specifications, calculation of budgets, quantification of materials, among others. This topic has been more important since the BIM (Building Information Modeling) methodology has been more popular when developing construction projects since it allows a pre-construction of the project to be carried out through the modeling of geometrically oriented 3D objects. (Convers Rivera, 2020) The ISO 12006 standard was made for the organization of construction site information and consists of part 2 - Classification framework and part 3 - Framework for object-oriented information, this standard is applicable to the entire life cycle of a project. The National Quality Institute of Peru (INACAL for its acronym in Spanish) published these standards in early April 2021; however, to date, in our country a Classification System that emanates from this standard and facilitates the exchange and understanding of information by all stakeholders has not been published. For this reason, the present research work intends to be a guide proposal, both for the public sector and the private sector, with the purpose of encouraging those involved in this area, to permanently use the classification of all the elements. that make up a project, applying the standard using the BIM methodology and soon, creating a National Classification System, relying on global classification systems such as, in this case, UniFormat. This research will be applied in the execution of the laboratory of Sanitary, Hydraulic and Hydrology Engineering of the Civil Engineering career and in the A2 building, both belonging to the University of Lima.
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