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(50) THE IMPACT OF ARTIFICIAL INTELLIGENCE AND PRACTICAL WORK IMPLEMENTATION ON SCIENCE LITERACY: UAE SCIENCE TEACHERS’ PERSPECTIVES

机译:(50)人工智能与实际工作实施对科学素养的影响:阿联酋科学教师的观点

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This study aims to explore the use of artificial intelligence and practical work in science classes in UAE schools. Specifically, it focuses on the goals of Virtual Labs (VLs), the activities they entail, and the extent to which VLs are used in practical work from the perspective of the schools’ science teachers. Qualitative data were collected using structured interviews. The sample comprised 45 science teachers from ten UAE Cycle 2 schools. Three research questions concerning the goals and frequency of practical work were developed to guide the study. These were, first: how do science teachers in the UAE perceive the goals and reasons for doing practical work in school laboratories? Second, to what extent does Artificial Intelligence (AI) improve science teaching methods? Third, to what extent does the use of AI, including VLs, impact on students’ achievement and their understanding of scientific knowledge when compared with traditional methods of practical work? The results showed that science teachers have varied priorities regarding the goals of practical work. The majority (67%) believed that practical work should develop students’ innovative skills, while 53% suggested practical work should help students develop their knowledge of science. Additionally, the respondents suggested scientific and intellectual skills, and students’ attitudes towards science, should also be developed through practical work in school science labs. Regarding the frequency of practical work, about 80% of science teachers reported using practical work on a weekly basis. Regarding the third research question, findings suggested VLs were not used regularly. When they were, it was only to a limited extent. When used, however, VLs increased students’ engagement, motivation, and achievement. A discussion of the results’ implications suggests a need to re-examine current practices in terms of implementation and frequency. Recommendations are given for scientific pedagogy in the UAE and for future researchers.
机译:本研究旨在探讨阿联酋学校科学课程中的人工智能和实践工作。具体而言,它专注于虚拟实验室(VLS)的目标,他们所持有的活动,以及VLS在学校科学教师的角度来看vls的范围。使用结构化访谈收集定性数据。该样本由十个UAE周期2所学校组成45名科学教师。制定了三个关于实际工作频率的研究问题,以指导研究。首先,这些是:阿联酋的科学教师如何感知到学校实验室实际工作的目标和原因?第二,人工智能(AI)改善科学教学方法的程度在多大程度上?第三,与传统的实际工作方法相比,使用AI(包括VL),包括VL,对学生的成就以及对科学知识的影响程度如何?结果表明,科学教师对实际工作目标有所不同。大多数人(67%)认为,实际工作应该培养学生的创新技能,而53%的建议实际工作应该帮助学生培养他们对科学的了解。此外,受访者还建议通过学校科学实验室的实际工作制定科学和智力技能,学生对科学的态度。关于实际工作的频率,大约80%的科学教师每周使用实际工作。关于第三次研究问题,结果表明VLS没有定期使用。当他们的时候,它只是有限的程度。然而,当使用时,VLS增加了学生的参与,动机和成就。对结果的影响讨论表明需要在实施和频率方面重新审查现有实践。建议在阿联酋和未来的研究人员中给予科学教育学。

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