西雅图儿童虚拟研究训练计划:转向高中生远程科学教育

Alexander C. Chang, N. Machnicki, Sarah N. Garcia, W. H. Roden, Corey A. Coombs, Rebecca A. Carter, K. Bass, Amanda L Jones
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引用次数: 1

摘要

西雅图儿童研究所建立了一系列面对面的教育项目,以激励和授权学生探索生物医学研究和医疗保健的未来。2019冠状病毒病大流行使我们无法提供现场实验室项目,迫使我们迅速转向在线形式。虚拟研究培训计划(VRTP)是高中生为期一周的暑期体验,包括来自STEM中代表性不足的群体的学生。课程介绍了生物化学、免疫学和免疫疗法以及全球和公共卫生等主题。还包括实验室演示,强调医疗保健的前沿应用,以及关于大学和职业准备的讨论。主要挑战包括将面对面的课程转换为易于理解的虚拟格式,熟练掌握技术以提供无缝的最终用户体验和公平的访问,以及建立可量化的评估指标。学生们报告说,在科学概念和实验室程序知识方面,以及在为大学和未来的STEM职业做准备方面,统计上有显著的收获,效果显著。学生们也通过提问参与进来,这表明尽管是在线环境,他们仍然积极参与。本文讨论了将现场实验室程序改编为虚拟程序作为增加远程获取科学教育的潜在模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Seattle Children’s Virtual Research Training Program: Pivoting to Remote Science Education for High School Students
Seattle Children’s Research Institute has built a series of in-person education programs to inspire and empower students to explore futures in biomedical research and healthcare. The COVID-19 pandemic prevented us from offering an in-person laboratory program, forcing a rapid pivot to an online format. The Virtual Research Training Program (VRTP) was a one-week summer experience for high school students, including students from groups that are under-represented in STEM. The curriculum introduced topics such as biochemistry, immunology and immunotherapy, and global and public health. Also included were laboratory demonstrations to emphasize cutting-edge applications for healthcare and discussions regarding college and career preparation. Key challenges included converting the in-person curriculum into a digestible virtual format, becoming proficient with the technology to provide for a seamless end-user experience with equitable access, and establishing quantifiable metrics for evaluation. Students reported statistically significant gains with large effect sizes in knowledge about science concepts and laboratory procedures, and in preparation for college and future STEM careers. Students were also engaged by asking questions, indicating their active participation despite the online environment. This article discusses the adaptation of an in-person laboratory program into a virtual program as a potential model for increasing remote access to science education.
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