Journal of Engineering, Project, and Production Management, 2026, 16(1), 2025-138
Optimizing Infrastructure Project Delivery through Gender-Responsive Governance: A Stakeholder Integration Analysis in Ramallah's Urban Systems
Associate Professor, Department of Architecture Engineering and Planning, Faculty of Engineering and Technology, Birzeit University, Ramallah, Palestine, E-mail: mbishawi@birzeit.edu (corresponding author)
Project Management
Received July 22, 2025; revised August 23, 2025; accepted August 23, 2025
Available online December 24, 2025
Abstract: Institutional exclusion of women in urban planning generates project delays by more than 22%, cost overruns by 17%, and infrastructure functionality gaps that undermine urban system efficiency altogether. This engineering management study examines the role of gender quotas as governance optimization tools within Ramallah's urban development projects. A mixed-method audit process combining spatial efficiency mapping, stakeholder risk coding, and lifecycle cost analysis was employed to evaluate how quotas impact stakeholder integration in planning workflow. Findings indicate that while quotas expand women's access to decision-making structures, they often fail to provide substantial influence due to structural barriers and limited integration of spatial awareness. Key operational inefficiencies identified include pedestrian bottlenecks, which increase mobility costs by 34% and schedule conflicts, which extend project deadlines by 22%. Crucially, when aligned with project scheduling systems, quotas reduce retrofit costs by 30%. This study recommends embedding gender-responsive protocols within project charters and scheduling workflows to improve infrastructure functionality and maximize Return on Investment (ROI).
Keywords: Infrastructure delivery, urban planning, gender quotas, project efficiency, lean management, inclusive design.
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Citation: Al-Bishawi, M. (2026). Optimizing Infrastructure Project Delivery through Gender-Responsive Governance: A Stakeholder Integration Analysis in Ramallah's Urban Systems. Journal of Engineering, Project, and Production Management, 16(1), 2025-138.
DOI:
10.32738/JEPPM-2025-138
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