The Design and Implementation of Technology-Based Inclusive Classroom Activities in Inclusive Early Childhood Education and Care: A Pilot Study in Four European Countries.

Q3 Health Professions Studies in Health Technology and Informatics Pub Date : 2023-08-23 DOI:10.3233/SHTI230674
Jo Daems, Tessa Delien, Bert Bonroy, Hilde Pitteljon, Xanthipi Aristidou, Marianna Efstathiadou, Katerina Mavrou, Arianna Gherardini, Ilaria Valoti, Gordana Blagojevska, Kristijan Lazarev, Dance Todorovska
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Abstract

Access to inclusive and qualitative education on an equal basis is a clear right of every child, even from the very beginning in Early Childhood Education and Care (ECEC). However, inclusive education is often not possible without access to appropriate (assistive) technologies. Notwithstanding the opportunities of technology to enhance inclusion of all children, it is still limitedly integrated by educators and teachers into their curriculum. Therefore, the SKATE project aims in gearing innovative technology as resource for inclusive education. This study describes and evaluates the preparation, the design, the implementation, and the effects of technology-based classroom activities in inclusive ECEC. The classroom activities are developed and implemented by school teams of 14 preschools spread over four European (EU) countries. A total of 50 school team members participated in a SKATE Learning Programme. This resulted in more than 20 technology-based inclusive class activities, created by school teams together with technology experts. Across the four countries, approximately 330 pre-schoolers, with and without special educational needs (SEN), participated. At this moment, 13 school team members from four EU countries and 45 parents from two EU countries evaluated the technology-based inclusive classroom activities. Nearly all teachers agreed that the activity promoted the inclusion of all children. Teachers reported that most of the children enjoyed the activity. This was confirmed in the evaluation by the parents. Most parents had the impression that the activity was meaningful, joyful and inclusive for all children.

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全纳幼儿教育与关怀中基于技术的全纳课堂活动的设计与实施:欧洲四国的试点研究。
在平等的基础上获得包容性和高质量的教育是每个儿童的明确权利,甚至从幼儿教育和护理(ECEC)的一开始就是如此。然而,如果不能获得适当的(辅助)技术,包容性教育往往是不可能的。尽管技术有机会加强所有儿童的融合,但教育工作者和教师将技术有限地纳入他们的课程。因此,SKATE项目旨在将创新技术作为全纳教育的资源。本研究描述并评估了包容性教育中基于技术的课堂活动的准备、设计、实施和效果。课堂活动是由分布在四个欧洲国家的14所幼儿园的学校团队开发和实施的。共有50名学校队员参加了滑板学习计划。这导致了20多个基于技术的包容性课堂活动,由学校团队和技术专家共同创建。在这四个国家,大约有330名学龄前儿童参加了这项研究,他们有或没有特殊教育需要。此时此刻,来自4个欧盟国家的13名学校团队成员和来自2个欧盟国家的45名家长对基于技术的包容性课堂活动进行了评估。几乎所有的老师都认为这个活动促进了所有孩子的融合。老师们报告说,大多数孩子都喜欢这项活动。这一点在家长的评价中得到了证实。大多数家长的印象是,这个活动对所有的孩子来说都是有意义的、快乐的和包容的。
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来源期刊
Studies in Health Technology and Informatics
Studies in Health Technology and Informatics Health Professions-Health Information Management
CiteScore
1.20
自引率
0.00%
发文量
1463
期刊介绍: This book series was started in 1990 to promote research conducted under the auspices of the EC programmes’ Advanced Informatics in Medicine (AIM) and Biomedical and Health Research (BHR) bioengineering branch. A driving aspect of international health informatics is that telecommunication technology, rehabilitative technology, intelligent home technology and many other components are moving together and form one integrated world of information and communication media.
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