Anytime, anywhere, anyone instruction: A tool for life-long learning

T. Piliouras, Pui Lam Raymond Yu, Xin Tian, S. Yu, N. Sultana, J. Lauer, L. Berry
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Abstract

This paper highlights the authors' experiences teaching high school students Science-Technology-Engineering-Mathematics (STEM) and technology literacy skills. Productive learning is engendered by trust, safety, supportive interpersonal relationships between mentors and students, and adaptation of teaching style to match the students' frame of reference. These principles are incorporated in the design of an online learning program called Best We Can Be. We discuss how technology-aided instruction encourages students to explore subject matter beyond their comfort zone. This fosters students' natural curiosity about STEM topics, and helps overcome their anxiety about whether they will be able to learn the subject matter. In Best We Can Be, students participate in structured, hands-on activities illustrating the cross-fertilization of academic disciplines (e.g., bioethics, which encompasses social, health and biological sciences, humanities, law, etc.) and their interdependency in society. We examine technology's enablement of student interactions within secure networks of mentors, experts, and peers. We discuss transformative impacts of broadening student appreciation of the world of possibilities that await them in future educational and career paths. The ultimate goal is for students to become self-motivated, life-long productive learners.
随时随地,任何人指导:终身学习的工具
本文着重介绍了笔者在高中学生科学-技术-工程-数学(STEM)和技术素养技能方面的教学经验。有效的学习是由信任、安全、导师和学生之间相互支持的人际关系以及适应学生的参考框架的教学方式产生的。这些原则被纳入了一个名为Best We Can Be的在线学习项目的设计中。我们讨论了技术辅助教学如何鼓励学生探索超出他们舒适区的主题。这培养了学生对STEM主题的天然好奇心,并有助于克服他们对是否能够学习主题的焦虑。在“Best We Can Be”课程中,学生参加结构化的实践活动,说明学科之间的相互作用(例如,生物伦理学,包括社会、健康和生物科学、人文科学、法律等)及其在社会中的相互依存关系。我们研究了技术在导师、专家和同伴的安全网络中对学生互动的支持。我们讨论了扩大学生对未来教育和职业道路上等待他们的可能性世界的欣赏所带来的变革性影响。最终目标是让学生成为自我激励、终身高效的学习者。
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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