A Product of the Instructional Design Process Developed According to the Seels and Glasgow Model: Interactive Hologram-Supported Material Set

Ebru Turan Güntepe, Esra Keleş
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Abstract

This study aims to design an educational process for teaching scientific concepts during the preschool period based on the instructional design model of Seels and Glasgow and to evaluate its effectiveness. For this purpose, a material set incorporating a teacher's manual and interactive holographic materials was developed. The teacher's manual developed has an inquiry-based approach according to which scientific concepts are structured in line with scientific information. Expert opinions were obtained regarding the developed material set. It was determined that the material set developed in line with expert opinions may be supportive in teaching scientific concepts in the preschool period. Moreover, it was found that the developed material set helped the concretization of abstract concepts that are difficult to observe and that require a process and assisted the children in constructing scientific information in their minds by way of generating realistic three-dimensional images. It is anticipated that, with the interactive holographic material set developed during the research, the lack of materials and scientific information in the preschool teaching process of scientific concepts may be prevented.
根据Seels和Glasgow模型开发的教学设计过程产品:交互式全息图支持的材料集
本研究旨在以Seels和Glasgow的教学设计模型为基础,设计一个学前阶段科学概念教学的教育过程,并对其有效性进行评估。为此目的,开发了一套包含教师手册和交互式全息材料的材料。开发的教师手册采用了基于探究的方法,根据这种方法,科学概念是根据科学信息构建的。对开发的材料集征求了专家意见。根据专家意见开发的教材集对学前科学概念教学具有一定的支持作用。此外,开发的材料集有助于将难以观察和需要过程的抽象概念具体化,并通过生成逼真的三维图像帮助儿童在脑海中构建科学信息。期望通过研究过程中开发的交互式全息素材集,可以避免幼儿科学概念教学过程中素材和科学信息的缺失。
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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