神经元计划:利用低成本神经科学进行远程教育推广。

Bassil Ramadan, Ulises M Ricoy
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引用次数: 1

摘要

神经元计划(本科生研究、拓展和网络中的神经科学教育)是一个免费项目,面向亚利桑那大学(UA)神经科学和认知科学(NSCS)专业的一年级学生,包括代表性不足的少数族裔(URM)学生。神经元计划建立在由Ricoy博士(2010-2019)举办的前Grass基金会赞助的研讨会上,利用后院大脑的低成本设备实施动手和文化响应的主动学习课程,以提高西班牙裔服务机构(HSI) URM学生在科学领域的学生保留率。我们介绍了在COVID大流行开始时神经元计划的实施情况。结合远程学习和同伴指导的最佳实践,我们开展了为期三周的项目,探索神经科学和神经生理学的原理。亚利桑那大学NSCS的入学和人口统计数据表明,历史上的剥夺公民权和项目流失主要影响着明尼苏达大学的学生。作为之前URM神经科学同伴指导项目的延伸(Ricoy,在北新墨西哥学院研究研讨会上的演讲,2010,2011;在奇卡诺人/西班牙裔美国人和美洲原住民科学进步协会(Society for Advancement of Chicanos/ hispanic and Native Americas in Science, 2012)的演讲中,我们利用低成本设备和远程会议来推进本科导师社区,并与高中学员合作实践课程。在整个项目中,本科生导师在为学员制作和讲授四门实验课程的同时接受指导。通过与第一修正案学校合作,我们更好地与历史上服务不足的学生建立了联系。该方案的关键是为大流行期间正在接受远程学习的学生提供实践机会。设备的分发允许高中生在本科生导师的指导下进行远程实验。NEURON项目实现了将导师和学员都培养成新兴科学家的目标。
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The NEURON Program: Utilizing Low-Cost Neuroscience for Remote Education Outreach.

The NEURON initiative (Neuroscience Education in Undergraduate Research, Outreach, and Networking) is a free program engaging first year students, including underrepresented minority (URM) students in Neuroscience and Cognitive Science (NSCS) at the University of Arizona (UA). The NEURON program builds on former Grass Foundation-sponsored workshops run by Dr. Ricoy (2010-2019) implementing hands-on and culturally responsive active learning curriculum with low-cost equipment from Backyard Brains to increase student retention of URM students in the sciences at Hispanic Serving Institutions (HSI). We present the implementation of the NEURON program at the onset of the COVID pandemic. Combining best practices of distance learning and peer mentoring, we conducted three-week projects exploring principles of neuroscience and neurophysiology. Enrollment and demographic data from NSCS at the UA demonstrate historical disenfranchisement and program attrition primarily impacting URM students. As an extension on previous URM peer mentorship programs in Neuroscience (Ricoy, presentation at Northern New Mexico College Research Symposium, 2010, 2011; presentation at Society for Advancement of Chicanos/Hispanics and Native Americas in Science, 2012), we leveraged low-cost equipment and remote sessions to advance the community of undergraduate mentors and pair with high school mentees on hands-on curriculum. Throughout the program, undergraduate mentors received guidance while crafting and delivering four laboratory lessons to mentees. By coordinating with a Title I school, we better connected with historically underserved students. Critical to this program was providing hands-on opportunities to students who were undergoing distance-based learning during the pandemic. Distribution of equipment allowed high school students to experiment remotely, guided by undergraduate mentors. The NEURON program met its objectives of fostering both mentors and mentees as burgeoning scientists.

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