Brown Ashlyn R, Egan Melissa, Lynch Sararose, Buffalari Deanne
Neuroscience Department, Westminster College, New Wilmington, PA 16172.
Education Department, Westminster College, New Wilmington, PA 16172.
J Undergrad Neurosci Educ. 2019 Jun 30;17(2):A159-A167. eCollection 2019 Spring.
Neuroscience outreach efforts are currently aimed at older elementary or high school children and have not traditionally assessed effectiveness. Additionally, programs are often initiated by either neuroscientists or educators alone, with few combined instances of these groups working together. Considering the wide range of benefits that accompany interdisciplinary collaborations for outreach, this study sought to develop a neuroscience curriculum for preschool students via collaborations between neuroscience and education departments. Six neuroscience lessons addressing various functions of the brain were taught to preschool students in consecutive weeks. The first lesson was given to the entire class, after which a baseline pre-assessment was performed. Students were then divided into groups, after which only half of the class received further neuroscience instruction. A post-assessment measured for increases in neuroscience knowledge in the students. Results showed that students who received the neuroscience lessons had a greater understanding of content-specific material compared to the group who did not receive neuroscience lessons. The undergraduates involved also reported great benefits from participation in this program. This work addresses the gap in interdisciplinary science programming targeting young elementary aged students, and also provides a framework for improved design and assessment of such programs to continue to better scientific outreach efforts.
目前,神经科学普及工作主要针对小学高年级或高中学生,且传统上并未对其效果进行评估。此外,相关项目通常由神经科学家或教育工作者单独发起,这两个群体很少有联合开展工作的情况。考虑到跨学科合作开展普及工作会带来诸多益处,本研究旨在通过神经科学系与教育系的合作,为学龄前儿童开发一门神经科学课程。连续几周向学龄前儿童讲授了六节关于大脑各种功能的神经科学课程。第一课面向全班授课,之后进行了一次基线预评估。然后将学生分成小组,之后只有一半的班级接受了进一步的神经科学教学。通过后评估来衡量学生神经科学知识的增长情况。结果表明,与未接受神经科学课程的小组相比,接受神经科学课程的学生对特定内容的理解更深入。参与其中的本科生也表示从参与该项目中受益匪浅。这项工作填补了针对小学低年级学生的跨学科科学项目的空白,还为改进此类项目的设计和评估提供了一个框架,以持续推动更好的科学普及工作。