International Journal of Healthcare Simulation
Adi Health+Wellness
84 Using the Team Tool in High-Fidelity Immersive Simulation for Internal Medicine Trainees: Assessing Leadership of Cardiac Arrest Scenarios
DOI 10.54531/ZSJX2498, Volume: 1, Issue: Supplement 1, Pages: A84-A84
Article Type: Research, Article History

Table of Contents





Non-technical skills (NTS) play a crucial role in cardiac arrest resuscitation performance, both in simulated and clinical environments [1]. Poor performance in these skills, particularly leadership, has been highlighted in acute medical emergency and cardiac arrest teams [2]. Simulation training aims to develop internal medical trainees (IMT) NTS in leading cardiac arrest teams, a role that is expected of them as they progress in their training.


This observational pilot study aimed to explore the leadership and team-working behaviours of IMT1 doctors in a simulated cardiac arrest scenario, to identify strengths and areas for improvement to focus future training.

Simulation activity outline:

The Scottish national IMT1 boot camp involves a variety of high-fidelity immersive simulation scenarios across the 3-day course. Trainees are in groups of six with one IMT taking a lead role in each scenario. This study assessed a scenario of shockable rhythm cardiac arrest. All group participants are involved as the cardiac arrest team, with the original ‘hot seat’ participant expected to take the role of team leader, unless otherwise agreed by the team. The scenario is followed by a facilitated debrief around leadership in cardiac arrest.


Following ethical approval from NHS Education for Scotland and written participant consent, videos of the cardiac arrest scenario were observed by the research team. Leadership and team behaviours were scored using the validated Team Emergency Assessment Measure (TEAM) [1]. Field notes including general observations of the three main TEAM categories (leadership, teamwork and task management) were also recorded. Participants completed a pre- and post-course questionnaire, including rating their confidence in leading cardiac arrests.


Seventeen videos involving 102 trainees were reviewed and scored using the TEAM tool. The average overall TEAM score was 6.19/10. Scores for each of the 11 NTS domains ranged from 2.13/4 to 3.25/4. IMT1s scored highly on adapting to changing situations and monitoring and reassessing, but poorly on team leader displaying direction and command and leader maintaining a global perspective. When leadership scores were high, overall team performance was also high. General observations from field notes found the team often did not allocate a leader until cardiac arrest occurred. The leader often struggled to remain hands-off with a lack of assertiveness and poor communication between the leader and team. One hundred and fourteen IMT1s completed a pre- and post-course questionnaire. Average pre-course confidence in cardiac arrest team leadership was 3.8/7, and among the lowest of all situations rated. This improved to 5.35/7 post-course, but compared with other situations, remained low.

Implication for practice:

This pilot study found leadership to be a key component in managing cardiac arrest for IMT1s, influencing overall team performance. Particular areas for improvement include hands-off leadership, leader assertiveness and whole team communication, which could be the focus of future educational interventions. Scenario participation and facilitated debrief improved overall confidence, but further focussed leadership and team training is required as IMT1s transition into the leadership role.

Keay, Kerins, and Tallentire: 84 Using the Team Tool in High-Fidelity Immersive Simulation for Internal Medicine Trainees: Assessing Leadership of Cardiac Arrest Scenarios



Cant RP, Joanne E, Porter SJ, Cooper K, Roberts I, Wilson CG. Improving the non-technical skills of hospital medical emergency teams: the team emergency assessment measure (TEAMTM). Emergency Med Australas. 22016;8(6):641646. Available from:


Robinson PS, Shall E, Rakhit R. Cardiac arrest leadership: in need of resuscitation? Postgrad Med J. 2016;92(1094):715720. Available from: Using the Team Tool in High-Fidelity Immersive Simulation for Internal Medicine Trainees: Assessing Leadership of Cardiac Arrest Scenarios&author=&keyword=&subject=Research,