Field Engineer-To-Project Ratio and Quality of DPWH Infrastructure Projects

This study examined the relationship between the profile of field engineer allocation and the level of project quality in DPWH infrastructure projects in Isabela Legislative District 3. Specifically, it determined the profile of field engineer allocation in terms of number of engineers assigned per project, number of projects handled by each engineer, project size, project duration per engineer, and workload and assigned duties. It also assessed the level of project quality in terms of compliance with standards, defects or errors found, reworks or corrections needed, timeliness of completion, and safety and durability of projects.
The study employed a descriptive-correlational research design and involved 46 technical personnel from the DPWH Isabela Third District Engineering Office. Data were gathered using a survey questionnaire and were analyzed using frequency and percentage distribution, weighted mean, and Chi-Square Test of Independence. Findings revealed that most projects were assigned with 3 to 5 engineers, while most field engineers handled more than 6 projects. The projects were mostly medium-scale, commonly lasted 6 to 12 months, and the workload was generally described as moderate, although some respondents experienced heavy to very heavy duties. The level of project quality was rated as high, with an overall mean of 3.85. Among the quality indicators, compliance with standards obtained the highest rating, while reworks or corrections needed obtained the lowest but still remained within the high level category. The Chi-Square Test showed that there was no significant relationship between the profile of field engineer allocation and the level of project quality, leading to the acceptance of the null hypothesis. Based on the findings, the study recommends strengthening workload monitoring, balanced engineer allocation, regular supervision, and improved project management practices to sustain and further enhance the quality of DPWH infrastructure projects.

field engineer allocation, engineer-to-project ratio, project quality, DPWH infrastructure projects

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