Effects of Computer Simulation on Learners’ Participation in Physics in Selected Secondary Schools in Kangundo Sub-County

Kulu Dorcas Mutheu, P. Waswa, K. Kitainge
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Abstract

This study examined the use of e-learning technologies as predictors of students’ academic performance in public secondary schools in Kangundo subcounty, Machakos county, Kenya The study was guided by three objectives, three research questions and hypotheses. The population of the study comprised of 31 academic staff, 1560 students of 31 secondary schools in Kangundo subcounty, Machakos county, Kenya. The sample size for this study was 266 respondents, representing 10-30% of the entire population. The sampling technique was a proportionate stratified random sampling. The instruments were questionnaire and teacher made test, used for the study to generate date. The instruments were validated and it reliability were tested using Kuder Richardson method, which yielded coefficients of 0.84 and 0.82 for The Use of E-learning Technologies Scale (TUETS) and Teacher Made Test Scale (TMTS) respectively. The research questions were answered while the hypotheses were tested with Chisquare associated with simple regression at 0.05 level of significance. The findings revealed that the use of computer Simulated models helped learners participate fully and more in class than conventional methods thus enhancing performance of students in Kangundo subcounty, Machakos county, Kenya, while smartphone as e-learning technologies predicts students’ academic performance in public secondary schools in Rivers State to a high extent. Based on the findings, it was recommended among others that the government who are the owners of public secondary schools should ensure that all schools have functional laptop computer laboratories, accessible to both teachers and students with trained personnel to help them acquire relevant ICT skills that will aid teaching and learning process for improve both the participation and hence the academic performance of students. Also, parents should explore all positive means to provide smartphones, constant strong Wi-Fi connection, browsing data, constant power supply for students with strict monitoring by the school PTA to guide, orientate and control students on how they can use the smartphones available to them to their own advantage, as all of these will enhance effective academic learning activities with minimal distraction.
计算机模拟对康多县部分中学学生物理参与的影响
本研究调查了肯尼亚马查科斯县康多多县公立中学使用电子学习技术作为学生学习成绩预测因素的情况。本研究以三个目标、三个研究问题和假设为指导。研究对象为肯尼亚马查科斯县康多多县31所中学的31名教职员工和1560名学生。本研究的样本量为266名受访者,占总人口的10-30%。抽样方法为按比例分层随机抽样。研究工具为问卷调查和教师测试,用于研究数据的生成。采用库德·理查森方法对量表进行了验证和信度检验,结果表明,在线学习技术使用量表(TUETS)和教师自制测试量表(TMTS)的系数分别为0.84和0.82。对研究问题进行回答,对假设进行简单回归检验,显著性水平为0.05。研究结果显示,使用计算机模拟模型比传统方法更能帮助学习者充分参与课堂,从而提高了肯尼亚马查科斯县康多多县学生的学习成绩,而智能手机作为电子学习技术在很大程度上预测了河流州公立中学学生的学习成绩。根据调查结果,除其他外,建议公立中学的所有者政府应确保所有学校都有功能齐全的笔记本电脑实验室,供教师和学生使用,并配备训练有素的人员,帮助他们掌握相关的信息和通信技术,这将有助于教学和学习过程,从而提高学生的参与度和学习成绩。此外,家长应该积极地为学生提供智能手机,持续的强Wi-Fi连接,浏览数据,持续的电源,并在学校PTA的严格监控下,引导,定向和控制学生如何使用他们可用的智能手机,以达到自己的优势,因为所有这些都将在最小的干扰下提高有效的学术学习活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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