Simulation-based mastery: VR modules now replicate haptic feedback and tissue resistance, letting clinicians log “digital flight hours” before touching a scalpel. AI-curated curricula: Adaptive engines push different case complexities based on a learner’s performance metrics, trimming time-to-competency by up to 40 percent.
Simulation-based mastery: VR modules now replicate haptic feedback and tissue resistance, letting clinicians log “digital flight hours” before touching a scalpel. AI-curated curricula: Adaptive engines push different case complexities based on a learner’s performance metrics, trimming time-to-competency by up to 40 percent.
Simulation-based mastery: VR modules now replicate haptic feedback and tissue resistance, letting clinicians log “digital flight hours” before touching a scalpel. AI-curated curricula: Adaptive engines push different case complexities based on a learner’s performance metrics, trimming time-to-competency by up to 40 percent.
.webp)
