THE PROPOSED MODEL OF EVACUATION CENTER LOCATED IN MAPANIQUE SAN PASCUAL MASBATE, BURIAS ISLAND
Keywords:
evacuation center, structural design, civil engineers, architects, descriptive research, purposive sampling, likert scale, t-test, structural stability, material quality, scaling accuracyAbstract
The project aims to provide temporary living spaces for displaced individuals during emergencies. It details the selection of materials, structural design, and stability considerations, offering a comprehensive overview of the center’s development. The model serves as a visual and conceptual representation to enhance understanding of the proposed evacuation facility.
This study proposes and presents a model for an evacuation center located in Mapanique, San Pascual, Masbate, Burias Island. This study employed a descriptive research method to highlight and articulate the importance of establishing a dedicated evacuation center.
A non-random, purposive sampling technique was used to select respondents who possess relevant expertise. The sample consisted of two groups: five (5) architects and five (5) civil engineers, whose insights were essential in evaluating the proposed design in terms of functionality, structural integrity, and suitability for the intended location. The study utilized a Likert scale and a checklist to gather survey responses.
From the civil engineers, the overall weighted mean was 2.99, with a variance of 0.255. The computed t-value (t-computed) was 0.2658, with a degree of freedom (df) of 5 and a t-critical value of 2.571. Since the t-computed is less than the t-critical value, the remarks provided by the civil engineers are considered statistically acceptable.
Similarly, the architects yielded an overall weighted mean of 3.15, with a variance of 0.041. The t-computed was 0.658, also with a degree of freedom of 5 and a t-critical value of 2.571. As the t-computed is less than the t-critical value, the remarks from the architects are likewise considered statistically acceptable. To enhance the study, the respondents recommended refining design details, strengthening the supporting structure, ensuring accurate scaling, and utilizing high-quality materials to improve the overall quality and integrity of the proposed evacuation center.
