在COVID-19时代调整实践青年发展STEM计划:LEAH Knox学者计划

Brandon Morgan, Erika Gaitan, Valerie L Polletta, Chloe Cheung, Lisa Aslan, Lisa S. Wolff, Vanessa Cheung, Mandana Sassanfar, Laura J. Wallace
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引用次数: 1

摘要

2020年,2019冠状病毒病大流行改变了校外STEM项目的格局。利亚诺克斯学者(LKS)项目是一个为期五周的,面对面的分子生物学研究经验,面向在科学领域代表性不足的低收入有色人种高中青年。该项目由非营利公共卫生组织“健康资源行动”与麻省理工学院(MIT)合作组织和实施。为应对疫情,2020年LKS项目的所有活动都从面对面转向了使用Zoom平台的虚拟参与。为了评估项目的实施,定性数据和定量数据通过四个虚拟的青年焦点小组和六次与LKS工作人员的关键信息访谈,以及前后调查收集。讨论探讨了规划的成功、挑战、改进的机会,以及规划的影响。这些讨论的主要结论确定了虚拟改编方案的几个成功之处,包括:建立青年与工作人员之间的关系,通过讲习班形式教授生活技能,以及实施实践研究课程。项目实施的障碍包括技术挑战,如有限的互联网能力和“变焦疲劳”;以及通过虚拟形式评估学生参与度的局限性。本案例研究的主要经验教训对需要适应COVID-19后新环境的STEM计划具有相关应用。这一经验的结果表明,“在家”的研究经验不仅在大流行期间是可能的,而且可以通过虚拟形式的科学实践经验,有效地帮助高中青年为基于stem的职业做好准备。这些努力对于积极消除STEM领域的不平等、促进公平和包容具有重要意义,特别是在不利环境下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adapting a Hands-On Youth Development STEM Program in the Age of COVID-19:The LEAH Knox Scholars Program
In 2020, the COVID-19 pandemic changed the landscape for out-of-school-time STEM programs. The LEAH Knox Scholars (LKS) program is a five-week, in-person molecular biology research experience for low-income high school youth of color who are underrepresented in the sciences. The program is organized and implemented by Health Resources in Action, a nonprofit public health organization in partnership with Massachusetts Institute of Technology (MIT). In response to the pandemic, all 2020 LKS program activities shifted from in-person to virtual engagement using the Zoom platform. To assess program implementation, qualitative data and quantitative data were collected through four virtual focus groups with youth participants and six key informant interviews with LKS staff, as well as pre-and post-surveys. Discussions explored program successes, challenges, opportunities for improvement, and perceived program impact. Key findings from these discussions identified several successes of the virtually adapted program including: relationship building between youth and staff, the teaching of life skills via a workshop format, and a the implementation of a hands-on research curriculum. Barriers to program implementation included technological challenges such as limited internet capability and “Zoom fatigue”; and limitations in assessing student engagement via the virtual format. Key learnings from this case study have relevant applications for STEM initiatives that need to adapt to the new environment post COVID-19. The findings of this experience demonstrate that “at-home” research experiences are not only possible in a pandemic but can be effective in preparing high school youth for STEM-based careers through hands-on experiences in the sciences in a virtual format. Such efforts are important, especially in adverse circumstances, to actively eliminate disparities and promote equity and inclusion in STEM fields.
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