卢旺达公立中学化学实验室实践与学生态度--以恩戈马县为例

Etienne Twizeyimana, Faustin Mugiraneza
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引用次数: 0

摘要

本研究调查了卢旺达(特别是恩戈马县)公立中学的化学实验室实践和学生态度。研究采用了混合方法的描述性研究设计。研究采用问卷调查和访谈指南作为研究工具,收集定量和定性数据。研究对象包括来自恩戈马区 4 所公立中学的 735 名参与者,其中包括 719 名学生、8 名教师、4 名教务主任和 4 名校长。为了获得样本量,采用了目的性和随机抽样技术。在斯洛文斯公式的帮助下,确定了 213 个样本。在对原始数据进行编码、编辑和处理后,使用统计产品和服务解决方案(SPSS)进行了统计分析。对描述性统计的输出结果以及科学实验实践与学生化学学习态度之间的关系进行了估计。研究结果以表格形式呈现,并进行了细致的解释和讨论。149人(74%)认为科学实验操作是学生学习科学学科的动力的决定因素,同样也是促进科学学科智力发展的关键因素。144人(72%)认为科学实验活动能提高学生解决问题的能力,142人(71%)强调科学实验活动有助于培养学生的实验技能。重要的是,科学实验实践与学生对化学学科的态度之间存在很强的皮尔逊相关性(r = .969,p = .031)。研究结果对教育规划者和课程设计者非常重要,因为这些结果可作为他们在设计或修改现有课程时将实践内容纳入课程的指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SCIENCE LABORATORY PRACTICES AND STUDENTS ATTITUDES IN CHEMISTRY IN PUBLIC SECONDARY SCHOOLS IN RWANDA A CASE OF NGOMA DISTRICT
This study investigated the science laboratory practices and students attitudes in chemistry in public secondary schools in Rwanda, specifically inNgoma district. Descriptive research designs using mixed approach were used. The study encompassed both quantitative and qualitative sources of data that were collected with a questionnaire and an interview guide as the chosen research tools. The target participants comprised 735 participants including 719 students, 8 teachers, 4 deans of studies, and 4 head teachers from 4 public secondary schools in Ngoma district. To obtain the sample size, purposive and random sampling techniques were employed. The sample of 213 was determined with the help of the Slovins formula. Statistical analysis was achieved using Statistical Product and Service Solutions (SPSS) after coding, editing, and processing of the raw data. Outputs of descriptive statistics and the relationship between science laboratory practices and students attitudes in chemistry were estimated. The findings were portrayed using tables with a subsequent careful interpretation and discussion. 149 (74 %) perceive science laboratory practices as the determinant of students motivation towards learning science subjects, and equally as the key factor to enhancing intellectual development in science subjects. 144 (72 %) held that science laboratory practices improve students problem-solving skills while 142 (71 %) emphasized that science laboratory practices help students develop experimental skills. Importantly, a strong Pearson correlation was obtained (r = .969, p = .031) between science laboratory practices and students attitudes in Chemistry subject. The study findings are important to educational planners and curriculum designers, as the findings serve as the guide for them during incorporation of practical content into the curriculum either during design or during modification of the existing one.
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