Instructional Automotive Charging System with Automatic Voltage Regulator and Integrated Circuits

Dr. Rene M. Chavez
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Abstract

This research investigated the effectiveness of the mock-up innovation as instructional material for teaching among the third-year automotive technology students at Bukidnon State University, Malaybalay, Bukidnon, during the first semester of the school year 2018-2019. It highlighted the profile of the students considering: academic status (e.g. regular, irregular); program status (e.g. first course, second course); unit load; family income and size; and major subjects. It also evaluated the pre-test and post-test scores in written and practical examinations on the topics of Test and Repair Wiring/AVR Charging Systems; Test and Repair Wiring/IC Charging Systems; and Servicing Car Batteries, as well as their performance during activities and simulations. External evaluations in written and practical examinations were also done on the 3 topics. Finally, it assessed the effects or influence of all the input and process variables on the output variables of the study with the outcome of a trainer model on a Project Development for the Instructional Trainer Innovation for Automatic Voltage Regulator and Integrated Circuit Charging System. A descriptive research method was used, employing the survey questionnaire and written and practical examinations, to gather the data. Findings revealed the academic and socio-economic profile of the respondents; the results of the pre-and post-test in the written and practical evaluation on the 3 topics where improvements in scores are seen in the post-tests after the utilization of the Trainer Model as instructional materials. However, there were no significant effects of the input variables on the written and practical scores of the respondents.
具有自动调压和集成电路的教学汽车充电系统
本研究调查了在2018-2019学年第一学期,Bukidnon State University, Malaybalay, Bukidnon的汽车技术三年级学生中,模型创新作为教学材料的有效性。它突出了学生的概况考虑:学术地位(如正规,非正规);课程状态(例如第一课程、第二课程);单位荷载;家庭收入和规模;和主要科目。考试亦评估测试前及测试后有关“测试及维修线路/自动驾驶车辆收费系统”的笔试及实务考试成绩;测试和维修线路/IC充电系统;以及维修汽车电池,以及它们在活动和模拟中的表现。在笔试和实践考试中也对这三个主题进行了外部评价。最后,本文评估了所有输入变量和过程变量对研究输出变量的影响或影响,并在自动电压调节器和集成电路充电系统的教学培训师创新项目开发中建立了培训师模型。采用描述性研究方法,采用调查问卷和书面和实践考试,收集数据。调查结果揭示了受访者的学术和社会经济状况;使用培训师模型作为教学材料后,对三个主题的书面和实践评估的前后测试结果,在测试中可以看到分数的提高。然而,输入变量对被调查者的书面和实践分数没有显著的影响。
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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