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Simulated-learning environments; early-stage students; paramedicine; eye-tracking; clinical decision making
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Using Eye Tracking, Time-To-Action, Heart-Rate And Perceived Task Difficulty To Assess Level Of Distraction And Performance Of Entry-Level Paramedicine Students In Low- Versus High-Fidelity Simulation, Owen Carter, Brennen W. Mills, Cobie Rudd, Natalie Strobel, Louise Claxton, Nathan Ross
Using Eye Tracking, Time-To-Action, Heart-Rate And Perceived Task Difficulty To Assess Level Of Distraction And Performance Of Entry-Level Paramedicine Students In Low- Versus High-Fidelity Simulation, Owen Carter, Brennen W. Mills, Cobie Rudd, Natalie Strobel, Louise Claxton, Nathan Ross
eCULTURE
Introduction
There is limited research investigating the usefulness of high-fidelity simulations (HFS) for early-stage students. Some argue the additional expense of HFS over low-fidelity simulation (LFS) is unnecessary as early-stage students are too easily distracted by non-relevant stimuli inhibiting student’s ability to focus on the core task. However, the extent to which this is true is yet to be empirically tested.
Methods
First-year paramedicine students were randomly assigned to complete either a LFS or HFS involving a collapsed patient with an obstructed airway. Level of distraction was measured via eye-tracking, arousal via heart-rate (HR), task difficulty via the NASA TLX, …