Mega-infrastructure projects consistently demonstrate substantial performance challenges when managed through conventional waterfall project management approaches, resulting in significant cost overruns, extended timelines, and diminished stakeholder satisfaction. This article examines how Agile project management principles, originally developed for software development environments, can be successfully adapted to enhance large-scale infrastructure project delivery performance. Traditional linear methodologies create rigid phase-gate structures that limit responsiveness to stakeholder feedback and changing market conditions, while Agile practices introduce iterative planning cycles and cross-functional teams that address these chronic performance deficiencies. Successful implementation requires sophisticated scaling frameworks such as SAFe and LeSS to effectively coordinate hundreds of team members across multiple geographic locations. Cultural transformation emerges as a critical success factor, as hierarchical and risk-averse construction industry cultures often conflict with collaborative Agile principles. Performance improvements manifest through enhanced stakeholder engagement, with continuous feedback loops reducing scope changes and generating stronger community support. Risk management capabilities improve significantly through iterative delivery models that enable rapid identification and mitigation of project risks. Successful implementation demands sustained leadership commitment and comprehensive organizational change management to overcome resistance embedded within traditional construction practices.
Nitin Singh (2025) studied this question.