CHALLENGES FACED OF SELECTED CIVIL ENGINEERS ON PROJECT DELAYS DUE TO INCLEMENT WEATHER IN CABIAO, JAEN, SAN ANTONIO, AND SAN ISIDRO, NUEVA ECIJA

Abstract

Civil engineering projects are essential for infrastructure development but often encounter delays due to inclement weather. This study investigated how civil engineers cope with weather-related challenges, with the aim of enhancing project resilience and operational efficiency. This study employed a qualitative phenomenological research design and utilized purposive sampling to select ten civil engineers with firsthand experience of project delays caused by adverse weather conditions in District 4, Nueva Ecija. Semi-structured interviews were conducted, and audio recordings were used to gather and document the data. The study identified three primary challenges encountered by civil engineers: delays in project schedules, issues affecting the foundation of structures, and risks of injury or harm to workers. To address these challenges, civil engineers employed three key strategies to minimize the effects of adverse weather on construction projects: shifting to indoor activities, requesting time extensions, and deploying additional manpower. The findings highlighted the challenges faced by civil engineers, particularly project delays caused by adverse weather conditions. Accurate weather forecasting during foundation construction demonstrated engineers’ commitment to addressing issues such as water penetration and worker safety, especially in scaffolding activities. Despite these challenges, civil engineers adapted by shifting tasks indoors and reallocating manpower, reflecting a strong commitment to project continuity. Effective management strategies, including time extensions and additional manpower, were identified as essential in overcoming delays and ensuring project success in a dynamic construction environment.