Bibliographic citations
Quiñonez, C., (2020). Incertidumbre y aplicación de la metodología BIM-LPS en el flujo de trabajo, durante la ejecución del proyecto C.C. Plaza Surco bajo la modalidad Fast-track [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/657380
Quiñonez, C., Incertidumbre y aplicación de la metodología BIM-LPS en el flujo de trabajo, durante la ejecución del proyecto C.C. Plaza Surco bajo la modalidad Fast-track [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2020. http://hdl.handle.net/10757/657380
@misc{renati/396950,
title = "Incertidumbre y aplicación de la metodología BIM-LPS en el flujo de trabajo, durante la ejecución del proyecto C.C. Plaza Surco bajo la modalidad Fast-track",
author = "Quiñonez Pezo, Carlos Augusto",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2020"
}
A reliable workflow is achieved through good planning according to the Last Planner methodology. However, in projects where the Fast-track method is used, the application of the Last Planner (LPS) is much more complicated. The Fast-track method is known to cause many problems at the time of construction, since the design is not yet fully defined. An interrupted workflow usually leads to huge losses in productivity. Although the LPS is a tool that helps to ensure a “continuous workflow” due to the detailed plans that are made, as the execution date approaches, the Fast-track method limits its advantages, increasing exponentially at the same time, the variability in the project. For this reason, it is very important to use BIM tools in order to provide visual support and better evaluate the reliability of the plans made in the Look Ahead and in the weekly plan. BIM software allows you to manage information, workspaces, and identify design restrictions as soon as possible. With the aforementioned, it is necessary to use and propose the integration of BIM and the Last Planner in order to reduce variability and that it can be generated to do the programming with greater reliability, in projects that are executed under the Fast-track mode. This investigation will cover, in the first place, the investigation of three building projects corresponding to shopping centers where the Last Planner System has been used, in order to find deficiencies both in the construction process and in the use of the Last Planner. Notes for improvement and preventive actions are taken into account in their application in these projects. In this way, based on the compilation of all this information, an improvement in the Last Planner system is proposed by preparing a guide that shows the steps to integrate BIM technology with the Last Planner tools. And finally, it is applied to a shopping center, in order to quantify its impact on reducing variability and generating a continuous work flow during the execution stage of the structures phase.
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