The design and implementation discovery learning method on virtual museum of Indonesia:(A case study museum of geology for rock materials)

L. L. Sarah, A. Prihatmanto, P. Rusmin
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引用次数: 6

Abstract

The future museum is an integral part of life, especially in learning process. Although museum as learning is integrated into the school curriculum today, learning in the museum has not yet remains effective due to lack of students involvement, short visit time, inanimate object displays that don't interact with students (visitors) and insufficient number of museum guides compared to the number of visitors, all of which hamper student's opportunity to study better. One of the ways to overcome the problem is by applying discovery learning. This learning method was developed to better enable the virtual museum as the beginning of the realization of the concept development of the future museum. Discovery learning method prototype was developed at Virtual Museum of Indonesia (VMI) as a virtual museum of Bandung Geological Museum, limited in rock materials matter starting from types of rocks, rock textures and forming rocks. This prototype was developed based on web-3D technology. Learning methods developed in VMI were tested in Labschool UPI. The test was carried out using quasi experimental one group pretest postest design method with processing based on criteria. The test's result showed that there are an increase in cognitive learning outcomes of students after learning through discovery learning methods in the VMI. Learning effectiveness based on normalized gain score is medium and and the learning outcome in average category. This indicates good prospect for further development regarding deficiencies shown during implementation and testing.
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印度尼西亚虚拟博物馆发现学习方法的设计与实现(以岩石材料地质博物馆为例)
未来的博物馆是生活中不可或缺的一部分,尤其是在学习过程中。虽然今天博物馆作为一种学习已经融入了学校课程,但是由于学生的参与度不够,参观时间短,无生命的物体展示不与学生(参观者)互动,博物馆的导游数量与参观者数量相比不足,这些都阻碍了学生更好地学习的机会,因此在博物馆学习尚未保持有效。克服这个问题的方法之一是应用发现学习。开发这种学习方法是为了更好地使虚拟博物馆作为实现未来博物馆概念发展的开端。发现学习方法原型是在印度尼西亚虚拟博物馆(VMI)开发的,作为万隆地质博物馆的虚拟博物馆,从岩石类型,岩石纹理和形成岩石开始,限制在岩石材料问题上。这个原型是基于web-3D技术开发的。在VMI中开发的学习方法在Labschool UPI中进行了测试。试验采用准实验一组前测后测设计方法,根据标准进行处理。测试结果表明,通过VMI的发现学习方法学习后,学生的认知学习成果有所提高。基于归一化增益得分的学习效果为中等,学习效果为中等。这表明了在实现和测试期间显示的缺陷的进一步开发的良好前景。
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