IMPLEMENTATION OF SCIENCE LEARNING USING COMPUTER BASED INSTRUCTION THROUGH SIMULATION MODELS

S. Fatonah, Abroto Abroto, Noor Alfi Fajriyani, Eka Putri Ningsih, Irfan Irfan, Kharisma Romadhon
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Abstract

The process of implementing Natural Science Learning (IPA) is often said to be a difficult subject so that the decline in student interest in the subject (IPA) can be seen when the student learning process is more passive during learning. The method that is commonly applied is in the form of a lecture method so that the results of the students are more willing to listen during the learning process. The purpose of this study is to determine the implementation of science learning using Computer Based Intruction through a simulation model. The type of research used in this study is qualitative research. Data collection techniques in this study using interviews and documentation. The results of this study describe that at MI Ma'arif Darussalam Plaosan has applied science learning using Computer Based Instuction through a simulation model, namely utilizing visual media in teacher learning has provided more concrete and real learning in learning with the help of visual media. supported by student responses and responses that are very enthusiastic about the learning that is applied, namely based on Computer Based Intruction experienced by students, this has succeeded in supporting student activity. In the simulation model, there are four roles of the teacher, namely: first a teacher explains, second as an intermediary, third as a coach and fourth as a discussion. This simulation learning is four stages which are the stages of orientation, training, simulation and debriefing
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通过仿真模型实现科学学习的计算机教学
实施自然科学学习(IPA)的过程通常被认为是一门困难的学科,因此当学生在学习过程中更加被动时,就可以看到学生对该学科兴趣的下降。通常采用的方法是以讲课法的形式,使学生在学习过程中更愿意听取结果。本研究的目的是通过模拟模型来确定利用计算机教学进行科学学习的实施。本研究使用的研究类型是定性研究。本研究采用访谈法和文献法收集数据。本研究的结果描述了在达鲁萨兰国马阿里夫学院,Plaosan通过仿真模型应用了基于计算机教学的科学学习,即在教师学习中利用视觉媒体在视觉媒体的帮助下提供了更具体和真实的学习。在学生的反应和对所学知识的热情的支持下,即基于学生体验到的计算机教学,这已经成功地支持了学生的活动。在模拟模型中,教师有四种角色,即:第一是教师解释,第二是中介,第三是教练,第四是讨论。模拟学习分为定向、训练、模拟、述职四个阶段
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