论文标题
增加对可访问物理实验室的投资:物理教育社区的行动呼吁
Increase Investment in Accessible Physics Labs: A Call to Action for the Physics Education Community
论文作者
论文摘要
美国物理教师协会(AAPT)实验室委员会集会了一个工作队,该工作组是向物理教育社区写一封公开信,呼吁增加对无障碍实验室课程的投资。本文的贡献者包括对公开信兴趣的学生,教职员工和有残疾的教师。在本文档中,我们认识到需要使物理实验室在所有空间(例如高中课程,研究生水平课程,研究实验室)中更容易获得。我们专注于本科生在物理实验室课程中残疾学生的经历,因为这是写作团队拥有最多集体经验的背景。本文档的预期观众包括本科生,教职员工和教职员工,尤其是那些直接在实验室课程中的人;物理部门;和会员社会,包括AAPT。 我们首先介绍文档的动力以及可访问性和多样性在教育和劳动力中的重要性。我们从更广泛的可访问性背景开始,将重点放在物理教育以及当前的事务状态以及可访问资源的可用性上。然后,在物理实验室课程的特定背景下讨论可及性,重点介绍了如何创建障碍并可以降低障碍。在探索改善可访问性的思想和策略时,我们认识到,开发多种实验室调查途径,为更多的学生实验室计划中的学生提供了机会。
The American Association of Physics Teachers (AAPT) Committee on Laboratories assembled a task force whose charge was to write an open letter to the physics education community calling for increased investment in accessible lab courses. Contributors to this paper include students, staff, and faculty with and without disabilities who expressed interest in the open letter. In this document, we recognize the need for making physics laboratories more accessible in all spaces (e.g., high school courses, graduate level courses, research labs). We focus on the experiences of students with disabilities in physics lab courses at the undergraduate level because that is the context for which the writing team had the most collective experience. The intended audiences for this document consist of undergraduate physics students, staff, and faculty, especially those who have direct stake in laboratory courses; physics departments; and member societies, including AAPT. We begin by presenting our motivation for the document and the importance of accessibility and diversity in education and the workforce. We start with the broader context of accessibility, narrowing our focus to physics education and the current state of affairs and availability of accessible resources. Accessibility is then discussed in the specific context of physics laboratory courses, focusing on how barriers are created and can be lowered. In exploring ideas and strategies for improving accessibility, we recognize that the development of multiple pathways for laboratory investigation creates opportunities to expand learning opportunities for more students in physics lab programs.