Bibliographic citations
Cahuaya, Y., Quispe, A. (2024). Procedimiento de levantamiento de observaciones optimizado con la herramienta Raken Construction Management para minimizar los costos en la conformidad de obra con el cliente en edificaciones multifamiliares de Lima Metropolitana (Modalidad B) [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/682748
Cahuaya, Y., Quispe, A. Procedimiento de levantamiento de observaciones optimizado con la herramienta Raken Construction Management para minimizar los costos en la conformidad de obra con el cliente en edificaciones multifamiliares de Lima Metropolitana (Modalidad B) [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2024. http://hdl.handle.net/10757/682748
@misc{renati/1299773,
title = "Procedimiento de levantamiento de observaciones optimizado con la herramienta Raken Construction Management para minimizar los costos en la conformidad de obra con el cliente en edificaciones multifamiliares de Lima Metropolitana (Modalidad B)",
author = "Quispe Sulca, Ana Maria Almendra",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2024"
}
The observation survey is a fundamental process to ensure compliance in the construction of multifamily buildings, especially in modality B in Lima. However, this process faces significant challenges in terms of efficiency, often resulting in cost overruns. This research aims to identify opportunities for improvement in the survey of observations in multifamily buildings in metropolitan Lima, analyzing in detail the workflows, execution times and resources used. For this purpose, the optimized procedure of observations survey was implemented using the digital tool Raken Construction Management (RCM) as a support. This tool optimizes the traditional process through real-time data capture and efficient task management. In addition, interviews with industry experts were conducted to validate the findings. The results obtained indicate that the simulation of the optimized process can reduce construction times by 36%, resource costs by 7% and cost overruns due to correction of observations by 38%. Therefore, it is concluded that this research contributes to the reduction of cost and time overruns in the observation process, but also establishes a valuable model for the efficient management during the compliance of work with the client of modality B building projects.
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