如何设计与研究相一致的物理学 DEI 干预措施

Angela Johnson
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引用次数: 0

摘要

本文提供了在物理环境中设计有效的多样性、公平和包容(DEI)干预措施的资源。文章总结了对多元化、公平与包容(DEI)干预措施的批评,并回顾了表明多元化、公平与包容(DEI)干预措施显示出适度但积极益处的研究结果。文章涵盖了物理学界对多元化、平等和包容(DEI)干预的具体担忧(来自持怀疑态度的参与者的抵制、对少数群体成员的意外负面影响)。文章探讨了六个设计问题:1) 干预的预期结果是什么?(列出可能出现的结果) 2) 如何向参与者说明干预的合理性?3)干预是自愿的还是必须的?4) 参与者是谁?5) 干预措施将包括哪些活动?(6) 你将如何知道干预措施是否有效? 提供其他研究人员用来衡量特定结果的工具,以及关于如何开展有发表价值的评估的额外建议)。我们将利用研究成果和建议对每个问题进行探讨,并利用物理学和其他 STEM 环境中的实例进行说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How to design research-aligned DEI interventions in physics
This article provides resources to design effective diversity, equity and inclusion (DEI) interventions in physics settings. It summarizes critiques of DEI interventions and reviews research findings suggesting that DEI interventions show modest but positive benefits. It covers physics-specific concerns around DEI (resistance from skeptical participants, unintended negative consequences for members of minoritized groups). The article then explores six design questions: 1) What are the intended outcomes of the intervention? (with a list of possible outcomes) 2) How will the intervention be justified to participants? 3) Will the intervention be voluntary or required? 4) Who will the participants be? 5) What activities will the intervention consist of? (with suggested activities paired to outcomes) 6) How will you know whether the intervention worked? (with tools used by other researchers to measure particular outcomes, and bonus suggestions for how to carry out publication-worthy evaluations). Each question is explored using research results and recommendations, and illustrated using examples from physics and other STEM settings.
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