VIRTUAL LABORATORY DEVELOPMENT AS ICT BASED LEARNING MEDIA IN ACID AND BASIC TITRATION LEARNING

F. Hidayat, H. Astutik
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引用次数: 1

Abstract

. This study used the Research and Development (R & D) method. In this case, the development of a Virtual Laboratory with a Dick & Carey model that is consisted of 10 components which are limited to the formative evaluation stage. The stage consists of the expert judgment stage, small group try out, and field try out to produce an ICT-based teaching material in the form of a Virtual Laboratory on Acid Base Titration learning that is valid, practical and effective. To achieve this goal, this study will be carried out in 1 (one) year starting from the preliminary study then continued with the preparation of a draft of ICT-based learning media in the form of Virtual Laboratory learning media. This draft was validated and trialed on a small scale field, analyzed, and revised. The draft revised on a small-scale trial is then tested on a large scale, revised and refined to produce the quality learning media. The stages of validation are carried out theoretically and empirically along with the expert. The result of this study indicated that the Virtual Laboratory learning media that was developed is suitable to be used as ICT-based learning media in the Acid Base Titration material which is marked by the results of media expert evaluations with the criteria of "good" and by material experts with the criteria of "very good". The Virtual Laboratory that was developed also has an acceptability level with the criteria of the students’ responses and lecturers which is "very supportive" and supported by the evaluation data on the average completeness of students (grades A and B) of 87.5%.
虚拟实验室开发作为基于信息技术的酸和碱滴定学习媒体
.本研究采用了研究与开发(R&D)方法。在这种情况下,虚拟实验室的开发采用 Dick & Carey 模型,该模型由 10 个部分组成,仅限于形成性评价阶段。该阶段包括专家判断阶段、小组试用阶段和实地试用阶段,目的是以酸碱滴定学习虚拟实验室的形式制作出有效、实用和高效的基于信息和通信技术的教学材料。为实现这一目标,本研究将从初步研究开始,用一年的时间编写虚拟实验室学习媒体形式的基于信息和传播技术的学习媒体草案。该草案在小范围实地验证和试用、分析和修订。在小规模试验基础上修订的草案再经过大规模试验、修订和完善,最终形成高质量的学习媒体。验证的各个阶段都是与专家一起从理论和经验上进行的。研究结果表明,所开发的虚拟实验室学习媒体适合作为酸碱滴定教材中基于信息和通信技术的学习媒体,媒体专家的评价结果为 "好",教材专家的评价结果为 "很好"。开发的虚拟实验室的可接受性也达到了学生和讲师 "非常支持 "的标准,学生(A 级和 B 级)的平均完成率为 87.5%的评价数据也证明了这一点。
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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