Bringing Physical Physics Classroom Online -- Challenges of Online Teaching in the New Normal

TL;DR

This paper discusses the challenges and opportunities of transitioning traditional physics classrooms to online formats during the COVID-19 pandemic, based on a 13-week course experience and reflections on future teaching methods.

Contribution

It provides an empirical account of conducting a full online physics course during the pandemic and analyzes the paradigm shifts and challenges faced.

Findings

Identified key challenges in online physics teaching.

Highlighted benefits of online tools for physics education.

Reflected on potential improvements for physical classrooms.

Abstract

The onset of the COVID-19 pandemic in 2020 has greatly impacted all forms of social activities globally, including traditional classroom activities across all levels of instruction (kindergarten to universities). While many countries have opted for suspension of lessons, this cannot continue indefinitely and alternative means to continue lessons must be developed. While online and blended learning (including MOOCs) have been an active subject of research and discourse during the pre-pandemic days, onset of the pandemic has suddenly created an immediacy to such means of course delivery, better than any administrator or teaching committee could have done. This creates both a gap and tension in terms of successful and engaging content delivery, where traditional modes of synchronous content delivery is now forced to be brought online. Yet, the situation provides educators with an opportunity to explore the merits and weaknesses of online learning. Thus, this article seeks to outline the challenges and paradigm shifts involved in such synchronous online learning as a replacement for traditional classroom learning, following our experience at SUTD of conducting a full 13-week online physics course between May to August 2020. At the same time, we reflect on the merits brought about by the availability of such technologies that can potentially be translated to the physical physics classrooms.