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Near‐peer medical student simulation training
Author(s) -
Cash Thomas,
Brand Eleanor,
Wong Emma,
Richardson Jay,
Athorn Sam,
Chowdhury Faiza
Publication year - 2017
Publication title -
the clinical teacher
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.354
H-Index - 26
eISSN - 1743-498X
pISSN - 1743-4971
DOI - 10.1111/tct.12558
Subject(s) - likert scale , curriculum , medical education , thematic analysis , session (web analytics) , simulation training , medical simulation , medicine , simulated patient , psychology , qualitative research , computer science , simulation , pedagogy , developmental psychology , social science , sociology , world wide web
Summary Background There is growing concern that medical students are inadequately prepared for life as a junior doctor. A lack of confidence managing acutely unwell patients is often cited as a barrier to good clinical care. With medical schools investing heavily in simulation equipment, we set out to explore if near‐peer simulation training is an effective teaching format. Methods Medical students in their third year of study and above were invited to attend a 90‐minute simulation teaching session. The sessions were designed and delivered by final‐year medical students using clinical scenarios mapped to the Sheffield MBC hB curriculum. Candidates were required to assess, investigate and manage an acutely unwell simulated patient. Pre‐ and post‐simulation training Likert scale questionnaires were completed relating to self‐reported confidence levels. There is growing concern that medical students are inadequately prepared for life as a junior doctorResults Questionnaires were completed by 25 students (100% response rate); 52 per cent of students had no prior simulation experience. There were statistically significant improvements in self‐reported confidence levels in each of the six areas assessed (p < 0.005). Thematic analysis of free‐text comments indicated that candidates enjoyed the practical format of the sessions and found the experience useful. Discussion Our results suggest that near‐peer medical student simulation training benefits both teacher and learner and that this simplistic model could easily be replicated at other medical schools. As the most junior members of the team, medical students are often confined to observer status. Simulation empowers students to practise independently in a safe and protected environment. Furthermore, it may help to alleviate anxiety about starting work as a junior doctor and improve future patient care.

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