Assessing student satisfaction with university policies related to in-person classes in the era of COVID-19: a case study from Korea

S Sungyo Jung Y Yoojin Cho J Jinhyun Kwon Y Yeram Yang J Jaewon Lee (Department of Chemical Engineering) S Sungkyoon Kim

Abstract

Abstract This study assessed key determinants of student satisfaction with university infection prevention policies during the expansion of in-person classes amid the COVID-19 pandemic. Conducted at a South Korean university, the research surveyed 386 undergraduate and graduate students, examining the impact of health literacy, protective behavior, risk perception, institutional support, and engagement with COVID-19 information on satisfaction. Findings indicate that among online-only students, vaccination status significantly influenced satisfaction levels, suggesting that perceived safety plays a key role in mitigating pandemic-related concerns. For students attending in-person classes, frequent engagement with COVID-19 notifications and willingness to use a university-provided COVID-19 information database were strongly associated with higher satisfaction. Additionally, the study reveals a passive approach to information acquisition, highlighting students’ preference for institution-driven communication rather than independent information-seeking. These results underscore the importance of clear, structured institutional communication and proactive support systems in enhancing student satisfaction and well-being. The findings provide actionable recommendations for universities to develop strategic communication policies, expand institutional support, and improve student engagement, particularly in collectivist cultures where institutional guidance is central to decision-making.

Article Details

Volume / Issue Vol. 15, Issue 1
Published March 22, 2025
ISSN 2045-2322
Publisher Nature Portfolio

Journal Info

Scientific Reports

Nature Portfolio

ISSN: 2045-2322 Open Access Life Sciences

Authors (6)

S

Sungyo Jung

Y

Yoojin Cho

J

Jinhyun Kwon

Y

Yeram Yang

J

Jaewon Lee

Department of Chemical Engineering

S

Sungkyoon Kim