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首页> 外文期刊>International Journal of African and Asian Studies >Evaluating Science Laboratory Classroom Learning Environment in Osun State of Nigeria for National Development
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Evaluating Science Laboratory Classroom Learning Environment in Osun State of Nigeria for National Development

机译:评估尼日利亚奥孙州科学实验室课堂学习环境以促进国家发展

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摘要

The study evaluates the science classroom learning environment in Osun State of Nigeria. Stratified random sampling technique was used to select students from the eight (8) educational zone in Osun State. A total of 24 science teachers and 200 science students were used for the study. Ex-post facto design was adopted for the study. Science Achievement Test (SAT) with reliability coefficient of 0.84 using Kuder Richardson-21 and Science Laboratory Environment Inventory (SLEI) with a reliability coefficient of 0.87 using Cronbach alpha were the two instruments used for gathering data. Pearson Product Moment Correlation (PPMC) and t-test were used to analyze the data. The results showed that the science laboratory environment has a significant effect on students’ academic achievement in science. Also, there is a significant difference between students’ preferred and actual laboratory environments in terms of students’ cohesiveness, open-endedness, integration, rule clarity and material environments. The results also indicated that there is no significant difference in the way students and teachers perceived the same laboratory environment. It is recommended that students should be given the opportunity to work cooperatively, provided with frequent laboratory activities which are integrated with the regular science class sessions and be encouraged to be creative by allowing occasionally to pursue their own science interests and design their own experiments. Also, standard laboratory spaces should be provided in schools with materials and equipment needed for the laboratory activities. Keywords: Science Laboratory, Learning Environment, Students’ Achievement, National Development.
机译:该研究评估了尼日利亚奥桑州的科学课堂学习环境。使用分层随机抽样技术从Osun州的八(8)个教育区中选择学生。这项研究总共使用了24名理科教师和200名理科学生。研究采用事后事实设计。使用Kuder Richardson-21的可靠性系数为0.84的科学成就测试(SAT)和使用Cronbach alpha的可靠性系数为0.87的科学实验室环境清单(SLEI)是用于收集数据的两种工具。皮尔逊积矩相关性(PPMC)和t检验用于分析数据。结果表明,科学实验室的环境对学生的科学学习成绩有重大影响。此外,就学生的凝聚力,开放性,整合性,规则清晰性和物质环境而言,学生的首选实验室环境与实际实验室环境之间也存在显着差异。结果还表明,学生和老师对相同实验室环境的感知方式没有显着差异。建议让学生有机会合作工作,并提供经常的实验室活动,这些活动与常规的科学课结合在一起,并鼓励他们通过偶尔追求自己的科学兴趣和设计自己的实验来进行创新。此外,学校应为标准实验室空间提供实验室活动所需的材料和设备。关键字:科学实验室,学习环境,学生成绩,国家发展。

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