Keyword: game-based learning

ABSTRACT: Physics education often faces challenges in communicating abstract concepts effectively and maintaining student interest. This study explored the integration of immersive virtual reality (IVR) with game-based learning to improve educational impact and student
engagement. The designed IVR game included the principles of inquiry-based, constructivist, and situated learning. It included four levels that mimicked real-world physics situations, each focusing on a particular physics concept and featuring interactive puzzles. This setup enabled students to progress throughout the game while improving their understanding of abstract concepts. The addition of characters such as guides and opponents enriched the storyline and elevated the immersive experience. The experimental results of 19 participants from four different majors demonstrated positive gaming experiences and an improved understanding of the physics concepts. Most of the participants rated the physics education game highly for its positive impact and participation, showing a significant interest in learning through the IVR platform. In general, 95% of the participants gave the game high ratings for its educational value and overall learning experience. The study highlighted the promise of game-based IVR learning in the advancement of physics education and highlighted ways to increase student motivation and participation.

ABSTRACT: This research compared the effects of solo and collaborative gameplay formats on learning achievement and motivation among freshmen English students. Sixty studentswere randomly assigned to play educational games either individually or in small groups over 10weeks.While both groups received similar instructional time, one played independently using individual devices, while the other played in small groups sharing a single device. A pre-test and post-test design was used, with a 20-multiple-choice exam assessing freshman English knowledge. A modified Motivated Strategies for Learning Questionnaire was also administered to measure five dimensions of motivation (intrinsic goal orientation, extrinsic goal orientation, task value beliefs, control beliefs, and self-efficacy for learning). Post-test scores were significantly higher for the collaborative gameplay group, suggesting team-based interaction enhanced learning. However, a multivariate analysis of variance showed no significant differences between groups on any of the motivation dimensions measured. The findings demonstrate collaborative gameplay may boost achievement without compromising motivation when compared to solo gameplay.

ABSTRACT: This narrative review critically examines the application of gamification in higher education. Gamification, the integration of game elements into learning, is increasingly used to enhance student engagement and motivation. However, the effectiveness of gamification depends on its alignment with learning objectives. Superficial use of game elements, such as irrelevant badges, can hinder meaningful learning outcomes. Moreover, over-reliance on extrinsic rewards can lead to short-term motivation but may compromise deep learning. Additionally, a competitive culture fostered by gamification might hinder collaboration and stress individual achievement. To harness gamification’s benefits, educators must carefully design game mechanics to promote collaboration, select suitable activities, and consider diverse learning styles. This review underscores the need for thoughtful integration of gamification and the importance of evaluating its impact on pedagogical goals in higher education. The article concludes by providing implications for research and practice.