学生-教师成为教师-学生:教育工作者为中学后学生在发现教育倡议中丰富高中生STEM学习做准备

Graeme S. Noble, Josh Mogyoros, Laura Roa, Theresa Frost, Nicolas Ivanov, Nhien Tran-Nguyen, D. Kilkenny
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摘要

在加拿大,科学、技术、工程和数学(STEM)等科目的中学课程通常侧重于表面学习。虽然通常认为这是日后复杂而深入研究的先导,但这种教学方法并没有为学生在课堂之外的生活做好充分的准备,包括在他们选择的领域进行未来的研究。为了响应对STEM编程的需求,激发对死记硬背的标准化知识的批判性思考,于2016年创建了Discovery。作为多伦多大学应用科学与工程学院的一个跨学科项目,Discovery象征着多伦多大学和当地中学之间的参与性合作伙伴关系,以纵向的方式支持整个班级的高中学生的探究式学习。探索讲师——由多个级别的大专学生组成——与中学教育工作者一起设计基于问题的项目,以解决安大略省的主要课程目标。在一个学期的课程中,高中学生在大学教师的指导下参与生物、化学和物理方面的合作项目,以扩展他们的学习组合,超越传统课堂的局限。然而,尽管探索课程试图使所有参与者的学习多样化,但探索课程教师的教育发展在很大程度上仍然是隐性的。在本研究中,我们将在Discovery的讲师准备中引入教学发展课程。在七个每周模块的混合在线学习环境中,教师评估将直接包括讨论板,其中包含使用整体规则的基于内容和反思的提示,并间接包括指导学生的表现。目前正在进行一项试点计划,其中包括一些已登记的教师样本,随着计划的进展,将收集数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Student-Teacher Becomes the Teacher-Student: Educator Preparation for Post-Secondary Students to Enrich High School Student STEM Learning in the Discovery Educational Initiative
Secondary school curricula in Canada for subjects like science, technology, engineering, and math (STEM) often focus on surface-level learning. While frequently believed to be a precursor for later complex and in-depth studies, such approaches to teaching and learning fail to adequately prepare students for life outside of the classroom, including for future studies in their field of choice. In response to demands for STEM programming that inspires critical thought over rote standardizable knowledge, in 2016, Discovery was created. An interdisciplinary program operated out of the University of Toronto’s Faculty of Applied Science and Engineering, Discovery symbolizes a participatory partnership between the University of Toronto and local secondary schools to support inquiry-based learning for entire classrooms of high school students on a longitudinal basis. Discovery Instructors—consisting of multilevel post-secondary students—work alongside secondary school educators to devise problem-based projects that address key Ontario curriculum targets. Over the course of a semester, high school students are guided by university Instructors to engage in collaborative projects in biology, chemistry, and physics to expand their learning portfolios beyond the confines of a traditional classroom. However, while Discovery seeks to diversify learning for all involved, educator development for Discovery Instructors has remained largely implicit. In this study, we will introduce a teaching development course into Discovery’s Instructor preparation. Within a blended online learning environment across seven weekly modules, Instructor assessment will consist directly of discussion boards containing content- and reflection-based prompts using holistic rubrics and indirectly via mentored students’ performance. A pilot program is currently underway with a sample of enrolled Instructors with data to be collected as the program progresses.
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