Validation and Acceptability of Electronic Intervention Material (EIM) in Grade 7 Biology

R. Bautista, Maricel B. Berdan, D. D. Errabo
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引用次数: 4

Abstract

Learners at the fore-front of the educative process are expected to acquire relevant skills essential to abreast the demands of the changing world. Recently, the Philippines has acted upon reforms to capacitate the demands of quality education. However, the disparaging condition of the educational arena has resulted to poor students' performance. The Electronic Intervention Material (EIM) is a technology embedded e-strategy to facilitate knowledge acquisition, provide intervention and fill-in learning gaps. The study was undertaken to develop, validate and determine the acceptability of electronic intervention materials in Science for Grade VII. The study made use of experimental method utilizing pretest-posttest design. The findings of the study revealed that the over-all mean scores of the experimental group in the four learning areas remarkably increased during pre-tests and posttests. The developed, validated, and accepted EIM for grade 7 Biology has obtained a very high acceptability (Mean- 4.55, & SD-0.82). When utilized under an experimental test, the students have significantly shown improvement in terms of the student's performance. Significant gain scores in the pre-tests and posttests of the students revealed that the usage of EIM is resulted to improved receptions of concepts and acquired literacy. The EIM can be utilized primarily by teachers teaching the grade 7 whose areas of difficulty were identified on levels of organization/microscopy, plant and animal cells, heredity, inheritance and variation and ecosystem. Such mentioned areas were critical to the appreciation of Biology education, for it serves as fundamental unit of Biology learning in the junior high school Science curriculum.
七年级生物学科电子干预材料(EIM)的有效性和可接受性
处于教育进程前沿的学习者应掌握相关技能,以适应不断变化的世界的需求。最近,菲律宾进行了改革,以满足优质教育的需求。然而,教育领域的不利条件导致学生成绩不佳。电子干预材料(EIM)是一种嵌入技术的电子战略,可促进知识的获取、提供干预和弥补学习差距。本研究旨在开发、验证和确定七年级科学课电子干预材料的可接受性。研究采用了前测-后测设计的实验方法。研究结果表明,在前测和后测期间,实验组在四个学习领域的总平均分显著提高。经开发、验证和接受的七年级生物 EIM 获得了很高的可接受性(平均值- 4.55,标准差-0.82)。在实验测试中,学生的成绩有了明显的提高。学生在前测和后测中的显著增益得分表明,使用 EIM 提高了对概念的接受能力和获得的读写能力。EIM 主要适用于教授七年级的教师,他们在组织/显微镜、动植物细胞、遗传、继承和变异以及生态系统等方面存在困难。上述领域对生物教育的理解至关重要,因为它是初中科学课程中生物学习的基本单元。
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