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CATALYST: Technology-Assisted Collaborative and Experiential Learning for School Students

机译:催化剂:面向学生的技术辅助协作和体验式学习

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Advent of technology in the education domain has led to the emergence of new pedagogical models. However, there is very little study on the relevance of these models in developing regions. In this paper, we present a technology-enabled learning framework called CATALYST, which caters to technology-lean classroom environments particularly in developing regions such as India. The CATALYST framework combines concepts from experiential learning, collaborative and cooperative learning in education. The CATALYST framework is compared with the traditional classroom teaching in the context of teaching a 10th grade science concept of the Doppler Effect. Our user study on a set of 30 students demonstrates that CATALYST is more effective in improving students' understanding while generating higher student engagement as compared to the traditional approach. Additionally, the unique design of group activities in CATALYST leads to higher interaction among low and high performers as well as across the genders.
机译:技术在教育领域的出现导致了新的教学模式的出现。但是,关于这些模型在发展中地区的相关性的研究很少。在本文中,我们提出了一种称为CATALYST的技术支持的学习框架,该框架适合于技术密集型的教室环境,尤其是在印度等发展中国家。 CATALYST框架结合了经验学习,协作学习和合作学习的概念。在教授10年级多普勒效应科学概念的背景下,将CATALYST框架与传统的课堂教学进行了比较。我们对30名学生进行的用户研究表明,与传统方法相比,CATALYST在提高学生的理解力的同时更能提高学生的参与度。此外,CATALYST中小组活动的独特设计可提高低,高绩效者之间以及不同性别之间的互动度。

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