Comparing teaching with tactile guidance with video modeling with self‐evaluative video feedback to train medical skills

McCafferty et al. (2024) taught four adults to suture and intubate. They tried two ways to coach: a tiny wrist buzzer that vibrated when the learner did a step right, or watching a demo video then rating their own try on video.

The team flipped the two methods day by day so each person got both. They counted how many steps were done correctly until each learner hit mastery.

Both groups learned the skills. Three of four people reached mastery faster with the buzzer than with the video-plus-self-score method.

The fourth learner finished in about the same time under both conditions.

Capalbo et al. (2022) saw the same pattern in nine-year-old soccer players: video modeling alone was weak, but adding video feedback gave big gains. McCafferty swaps the buzzer for added feedback and again beats video-only style.

Martinez et al. (2024) looks like a clash at first. They found almost no difference between video feedback alone and video modeling plus feedback in youth soccer. The gap is age and task: kids learning ball taps versus adults doing exact medical steps. Tiny errors matter more in a hospital, so the buzzer’s instant cue gives the edge.

Sorrell et al. (2025) conceptually replicates the win for video packages. They used virtual video modeling plus feedback to train teachers to run trial-based FAs and saw solid skill gains, showing the approach travels across professions.

If you train staff on precise medical or clinical tasks, add an immediate sensor cue like a vibration tag. It cuts time to mastery without extra instructor talk. No buzzer gear? Use video modeling plus self-review; it still works, just a tad slower.