Cell Tour: Learning About the Cellular Membrane Using Virtual Reality
Hope Poulter, Logan Diebold, Sean Kelly, Samuel Pakalapati, Asha Rao, Edgar Rojas-Muñoz · 2023
Virtual reality (VR) technology has emerged as a promising tool in education, offering new possibilities for learning in immersive environments. This paper explores the application of VR in biology education, specifically focusing on teaching the functionality of the cell membrane. The traditional methods of textbook reading and microscopic observation lack interactivity and engagement, motivating the development of a VR-based learning approach designed as a game-like experience. The study compares the knowledge gain of participants who played the VR game with a control group who watched instructional videos. Surprisingly, the control group exhibited a higher knowledge gain compared to the VR group. Analysis suggests that the VR participants were more distracted by the immersive nature of the VR environment and focused less on the instructional content. Future research involving larger and more motivated participant groups, such as freshmen or high school students, may yield different results. Despite the observed limitations, this study highlights the importance of balancing immersive experiences with focused instructional content for better learning outcomes.