Halpin Patricia A, Crowther Gregory J
Department of Life Sciences, University of New Hampshire at Manchester, Manchester, NH 03101.
Department of Life Sciences, Everett Community College, Everett, WA 98201.
J Microbiol Biol Educ. 2021 Mar 31;22(1). doi: 10.1128/jmbe.v22i1.2529. eCollection 2021.
As most instruction has been forced online, biology instructors have become acutely aware of the many advantages and limitations of online teaching. Here, we investigate one possible advantage of online education: the ease of allowing remote guest speakers to interact with students in real time. In particular, we piloted a model in which guest speakers could facilitate direct music-related interactions with students, possibly benefiting students' content knowledge and sense of community. In the context of an undergraduate animal physiology course, face-to-face lessons on arterial blood gases and the renal system were supplemented with videoconferences with a guest speaker who presented relevant content-rich songs and led class discussions of the lyrics. Survey and test data suggested that, after each of the lessons, the students (i) had increased confidence in their understanding of the material, (ii) performed better on objective test questions, and (iii) attributed their learning chiefly to the musical intervention. While our approach awaits further exploration and testing, this report provides preliminary evidence of its feasibility and offers practical suggestions for others who may wish to give it a try.
由于大多数教学活动都被迫转移到了线上,生物学教师们已经敏锐地意识到了在线教学的诸多优点和局限性。在此,我们探究在线教育的一个潜在优势:便于邀请远程嘉宾与学生进行实时互动。具体而言,我们试行一种模式,即嘉宾能够促进与学生进行直接的音乐相关互动,这可能有益于学生的知识掌握以及集体归属感。在一门本科动物生理学课程中,关于动脉血气和肾脏系统的面对面课程通过与一位嘉宾进行视频会议得到了补充,这位嘉宾展示了内容丰富的相关歌曲,并主持了关于歌词的课堂讨论。调查和测试数据表明,在每堂课之后,学生们(i)对所学内容的理解信心增强,(ii)在客观测试题上表现更佳,(iii)将他们的学习主要归功于音乐干预。虽然我们的方法有待进一步探索和测试,但本报告提供了其可行性的初步证据,并为其他可能希望尝试的人提供了实用建议。