Pengembangan Multimedia Pembelajaran Interaktif Berbasis Macromedia Flash 8 pada Mata Pelajaran SKEP di Kota Cilegon

Juliarni Clarisa, Irwanto Irwanto, Didik Aribowo
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Abstract

The creation of the 2013 curriculum for YPWKS Vocational High School students in the 2019/2020 school year. The study program promotes student competency development through SKEP (Electrical Pneumatic Control System) disciplines. Based on observations from oral interviews, there was no multimedia learning to assist learning in these subjects, therefore the goal of this research is to support learning in SKEP subjects. The development research, or R&D (Research and Development), was carried out utilizing the Borg and Gall model, which was reduced from 10 to 7 stages. The model is divided into seven stages: one for research analysis and data collection, two for planning, three for product draft development, four for initial field trials, five for revising test results, six for product outcomes refining, and seven for dissemination and implementation. Three material experts and three media experts are involved in the feasibility of multimedia learning. Then the multimedia was tested on class XI students of the Industrial Automation Engineering competence program and the scale used in gauging the "Likert scale". Based on the results of validation by media experts and material experts, the feasibility of interactive learning multimedia in the media aspect was 73.99 (very good) from a score range of 65.00 X 80.00, and the feasibility of the material aspect was 58.99 (very good) from a score range of 52.00 X 64.00. Field According to trial data, students responded to the practicality of Interactive Learning Multimedia with an average score of 50% (very good) on a scale of 0-100%. These findings suggest that the created Electropneumatic Control System Learning Multimedia is appropriate for use in Electropneumatic Control System Learning activities, particularly for students in class XI Industrial Automation Engineering studying Pneumatic Control System material.
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西莱贡市SKEP课程的互动学习多媒体Flash 8开发
在2019/2020学年为YPWKS职业高中学生创建2013年课程。该研究计划通过SKEP(电气气动控制系统)学科促进学生的能力发展。根据口头访谈的观察,这些科目没有多媒体学习来辅助学习,因此本研究的目的是支持SKEP科目的学习。开发研究或研发(R&D)是利用Borg和Gall模型进行的,该模型从10个阶段减少到7个阶段。该模型分为七个阶段:一个阶段用于研究分析和数据收集,两个阶段用于规划,三个阶段用于产品草案开发,四个阶段用于初步实地试验,五个阶段用于修订测试结果,六个阶段用于改进产品结果,七个阶段用于传播和实施。三位材料专家和三位媒体专家参与了多媒体学习的可行性研究。然后对工业自动化工程专业11班学生进行了多媒体测试,并使用了Likert量表。根据媒体专家和材料专家的验证结果,在65.00 X 80.00评分范围内,多媒体互动学习在媒体方面的可行性为73.99(非常好),在52.00 X 64.00评分范围内,材料方面的可行性为58.99(非常好)。根据试验数据,在0-100%的范围内,学生对交互式学习多媒体的实用性的平均得分为50%(非常好)。
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