A Virtual Platform for Teaching ACLS Pharmacology to Undergraduate Medical Students

Abstract

Introduction: During the initial surge of the COVID‐19 pandemic, in accordance with AAMC recommendations, all undergraduate medical student learning at the Herbert Wertheim College of Medicine was transitioned to online platforms. We developed a voice‐over interactive presentation for the teaching of pharmacologic treatments used in the American Heart Association (AHA) Advanced Cardiac Life Support (ACLS) algorithms. Methods All fourth‐year students in the Class of 2020 (n=120) viewed the mandatory online presentation and completed the associated 28 item MCQ assessment. The 16‐minute voice‐over presentation was prepared using Microsoft PowerPoint. Content addressed all major AHA ACLS algorithms including approximately six minutes of content specifically addressing pharmacologic interventions. Both the presentation and the assessment were delivered to students though the CanvasMed learning management system. Student satisfaction and feedback were obtained via anonymous post‐session survey administered through the Qualtrics survey tool. Results: All students (n=120) completed the post‐session assessment. Of the 28 items, seven assessed pharmacologic interventions. Overall mean performance on the post‐session assessment was 89.6% (SD 7.5%) and 74.4% (SD 17.4%) on pharmacology‐directed items. 80 out of 120 students (response rate= 66.7%) completed the post‐session survey. On a 5‐point Likert scale (0‐“Not at all” through 4‐“Very”), mean post‐session response to the statement “How satisfied were you with the online lesson?” was found to be 3.27 (SD 0.85), with 47.5% (n=38) selecting “Very” and 37.5% (n=30), selecting “Mostly.” Conclusion: An interactive online platform may be used effectively to teach pharmacologic ACLS interventions to fourth year medical students. This online module may also be used to facilitate more active learning pedagogies when students safely return to the classroom.

Construction of College Aesthetic Education Quality Improvement Model under Big Data Network

“…They lack of in-depth understanding of aesthetic education and carry out aesthetic education as art education, which inevitably leads to the low quality of aesthetic education. This cognition artificially reduces the educational scope and field of aesthetic education [30]. The model of teacher professional development management has comprehensively innovated the traditional teacher training model, and the specific innovation dimensions are shown in Figure 2.…”

Design of Multimedia Intelligent Teaching Platform for Preschool Curriculum Based on Edge Computing

“…The rapid and direct interaction of multi-media intelligent teaching platform makes people's communication jump out of the limitation of time and space. People are doing all kinds of attempts, such as online job hunting, online trading, and online education [7]. As the forefront of the new generation of education, kindergartens should also keep pace with the times and let children take the first step on a starting line that closely follows the trend as soon as possible.…”