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Abstract This study explores the impact of implementing a Multiple Shifts System (MSS) on bridge construction, addressing the challenges and benefits associated with this approach. With a surge in bridge projects in Egypt, MSS adoption has become prevalent, necessitating a thorough investigation into its effects. The research employs a mixed-methods approach, combining data analysis from bridge projects and a survey capturing the experiences of engineers with MSS. Through a comprehensive review of existing literature, archival studies, and survey responses, the study identifies critical factors influencing the decision to use MSS in bridge construction, including quality, productivity, cost, and safety…, etc. The findings provide a nuanced understanding of the practical implications of MSS, offering insights to support planning managers in optimizing construction processes for bridges also, enhance the production rate in bridge projects, thereby accelerating project timelines and reducing costs. Moreover, it offers insights into best practices for implementing and managing multi-shift system In conclusion, selecting the optimal shifts for bridges activities and crucial factors affects the implantation of multiple shifts system. |