Bibliographic citations
Collantes, R., Portilla, J. (2019). Propuesta de modelo de gestión dinámica de la cadena de producción de elementos prefabricados de concreto armado implementando herramientas informáticas integrales para reducir las pérdidas de independencia de sistemas en la construcción de edificaciones multifamiliares en Lima [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/653671
Collantes, R., Portilla, J. Propuesta de modelo de gestión dinámica de la cadena de producción de elementos prefabricados de concreto armado implementando herramientas informáticas integrales para reducir las pérdidas de independencia de sistemas en la construcción de edificaciones multifamiliares en Lima [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2019. http://hdl.handle.net/10757/653671
@misc{renati/392640,
title = "Propuesta de modelo de gestión dinámica de la cadena de producción de elementos prefabricados de concreto armado implementando herramientas informáticas integrales para reducir las pérdidas de independencia de sistemas en la construcción de edificaciones multifamiliares en Lima",
author = "Portilla Orosco, Jorge Antonio",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2019"
}
The following research seeks to boost the construction sector in Peru towards new construction trends such as construction methodologies, new ways of managing a project and keeping active control to bring the sector closer to the industrialization of construction known as “Contruction 4.0 " Evidence of this is that constructions are already being carried out with prefabricated elements that have guaranteed the improvement in the quality of the product, but the way to manage this new construction method, and in general any method, is still deficient generating certain conflicts in the chain of production of construction projects of real estate buildings that impact on time and cost of the project. A management methodology is applied using two current computer tools that are giving excellent results in foreign countries that are BIM and ERP. Both focus on the integration of information and a constant dynamic work to improve the interaction between the parties involved. A simulation was carried out with the tools to evaluate the improvements that the methodology can contribute in the production chain of prefabricated elements comparing the results obtained with the weighting of real data of 3 case studies that were selected for presenting a trend in problems with more recurrence A reduction in time and cost will be evidenced, which generates high expectations in its application in a real project.
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