This paper presents a workflow-driven VR simulation system for esports event production, designed to enable interaction with core production subsystems, including lighting control, audio management, and broadcast monitoring, within a task-based virtual environment that integrates spatial fidelity, workflow structure, and real-time feedback. A controlled pretest–posttest experiment with 80 undergraduate participants was conducted to evaluate the system in comparison with lecture-based instruction. The results indicate that while both approaches produced comparable gains in conceptual knowledge, the VR-based simulation led to significantly greater improvements in applied operational understanding and higher levels of user engagement. Interaction analytics further show that increased task complexity is associated with higher interaction frequency and lower completion rates, reflecting a trade-off between interaction fidelity and usability. These findings suggest that the effectiveness of VR-based simulation lies in its capacity to support scenario-based operational reasoning rather than conceptual learning alone, contributing to the design of virtual environments for complex workflow-based training.
Ariya et al. (2026) studied this question.