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Introduction <p>Traditional cardiology orientation training offers limited exposure to acute overnight decision-making under high cognitive load. Simulation provides a safe, reproducible environment for deliberate practice and reflection.</p> Methods <p>A multi-scenario, high-fidelity “night-float” simulation was implemented for incoming cardiology fellows at the NCH Rooney Heart Institute. Fellows managed sequential acute cardiovascular emergencies with embedded nurses and standardized patients, followed by structured debriefing using the PEARLS framework. Pre- and post-simulation surveys assessed confidence across clinical, procedural, and communication domains.</p> Results <p>Five fellows participated. Post-simulation confidence improved across all domains, with the greatest gains in decision-making and leadership under pressure. Faculty observed enhanced situational awareness and prioritization as scenarios progressed.</p> Conclusions <p>This cardiology night-float simulation is a feasible, reproducible high-impact orientation model. Early performance observations enabled individualized feedback and follow-up, supporting mastery learning and readiness for overnight call responsibilities.</p>

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A fellows first night on call: managing the chaos in the storm

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年6月30日

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  • Daniel B. Hanna,
  • Douglas W. Harrington,
  • Sankalp Patel,
  • Mazen Albaghdadi,
  • Michael Flynn,
  • Luis H. Paz Rios,
  • Robert J. Cubeddu,
  • Viviana Navas

摘要

Introduction

Traditional cardiology orientation training offers limited exposure to acute overnight decision-making under high cognitive load. Simulation provides a safe, reproducible environment for deliberate practice and reflection.

Methods

A multi-scenario, high-fidelity “night-float” simulation was implemented for incoming cardiology fellows at the NCH Rooney Heart Institute. Fellows managed sequential acute cardiovascular emergencies with embedded nurses and standardized patients, followed by structured debriefing using the PEARLS framework. Pre- and post-simulation surveys assessed confidence across clinical, procedural, and communication domains.

Results

Five fellows participated. Post-simulation confidence improved across all domains, with the greatest gains in decision-making and leadership under pressure. Faculty observed enhanced situational awareness and prioritization as scenarios progressed.

Conclusions

This cardiology night-float simulation is a feasible, reproducible high-impact orientation model. Early performance observations enabled individualized feedback and follow-up, supporting mastery learning and readiness for overnight call responsibilities.