Moore Victoria Del Gaizo, Scheifele Lisa Z, Chihade Joseph W, Provost Joseph J, Roecklein-Canfield Jennifer A, Tsotakos Nikolaos, Wolyniak Michael J
Department of Chemistry, Elon University, Elon, NC 27244.
Department of Biology, Loyola University Maryland, Baltimore, MD 21210.
J Microbiol Biol Educ. 2021 Mar 31;22(1). doi: 10.1128/jmbe.v22i1.2623. eCollection 2021.
The COVID-19 pandemic has challenged undergraduate instructors and students in an unprecedented manner. Each has needed to find creative ways to continue the engaged teaching and learning process in an environment defined by physical separation and emotional anxiety and uncertainty. As a potential tool to meet this challenge, we developed a set of curricular materials that combined our respective life science teaching interests with the real-time scientific problem of the COVID-19 pandemic in progress. Discrete modules were designed that are engaging to students, implement active learning-based coursework in a variety of institutional and learning settings, and can be used either in person or remotely. The resulting interdisciplinary curriculum, dubbed "COVID-360," enables instructors to select from a menu of curricular options that best fit their course content, desired activities, and mode of class delivery. Here we describe how we devised the COVID-360 curriculum and how it represents our efforts to creatively and effectively respond to the instructional needs of diverse students in the face of an ongoing instructional crisis.
新冠疫情以前所未有的方式给本科教师和学生带来了挑战。在一个因物理隔离、情绪焦虑和不确定性而定义的环境中,双方都需要找到创造性的方法来继续进行互动式教学和学习过程。作为应对这一挑战的潜在工具,我们开发了一套课程材料,将我们各自的生命科学教学兴趣与正在发生的新冠疫情这一实时科学问题结合起来。我们设计了一些离散的模块,这些模块能吸引学生,在各种机构和学习环境中实施基于主动学习的课程作业,并且既可以面授也可以远程使用。由此产生的跨学科课程,名为“COVID - 360”,使教师能够从一系列课程选项中进行选择,这些选项最适合他们的课程内容、期望的活动以及授课方式。在这里,我们描述了我们如何设计COVID - 360课程,以及它如何体现我们在面对持续的教学危机时,为创造性且有效地满足不同学生的教学需求所做出的努力。