Comparing Basic Life Support Serious Gaming Scores With Hands-on Training Platform Performance Scores

The integration of serious gaming with sensor-equipped hands-on training modules represents a significant advancement in Basic Life Support (BLS) education. By utilizing a centralized learning management system to synthesize digital gaming performance with objective physical metrics—such as compression depth and frequency—educators can move beyond the limitations of traditional observation-based assessments. The primary thesis of this approach is that combining visual Objective Structured Clinical Examination (OSCE) criteria with precise sensor data yields a more reliable and comprehensive evaluation of a learner’s resuscitation capabilities than any single method alone.

Data collected from a cohort of 25 participants reveals distinct performance disparities across these modalities. While learners achieved an average score of 88.3 out of 100 in the serious game and 84.4 in the OSCE, their performance on the sensor-based hands-on module averaged only 70.7. Notably, OSCE scores were 17 percent higher than those recorded by the sensors, highlighting a potential overestimation of proficiency when relying solely on visual observation. Statistical analysis confirms that there is no significant correlation between these different training modalities, nor are there performance variations based on gender, suggesting that each platform measures unique facets of the learner’s skill set.

These findings underscore the necessity of a multi-faceted training architecture to ensure clinical competency. Because the serious game and the sensor-based module provide distinct, non-overlapping insights, their integration offers a superior overview of learner performance compared to conventional methods. Moving forward, the expansion of this framework into mixed-reality environments promises to further refine the precision of BLS training, providing a robust, data-driven foundation for medical education that bridges the gap between theoretical knowledge and practical application.