Patient Engagement in Medical Trainee Selection: A Scoping Review

Abstract

Purpose The stakes of medical trainee selection are high, making it ironic and somewhat paradoxical that patients and the public often get little say in selection practices. The authors sought to undertake a knowledge synthesis to uncover what is known about patient engagement across the medical trainee selection continuum. Method The authors conducted a scoping review aimed at exploring the current state of practice and research on patient engagement in medical trainee selection in 2017-2021. MeSH headings and keywords were used to capture patient, community, and standardized patient engagement in selection processes across multiple health professions. The authors employed broad inclusion criteria and iteratively refined the corpus, ultimately, limiting study selection to those reporting engagement of actual patients in selection within medicine, but maintaining a broad focus on any patient contributions across the entire selection continuum. The Cambridge Framework was adapted and used to organize the included studies. Results In total, 2,858 abstracts were reviewed, and ultimately, 28 papers were included in the final corpus. The included studies were global but nascent. Most of the literature on this topic appears in the form of individual projects advocating for patient engagement in selection rather than cohesive programs with empirical exploration of patient engagement in selection. Job analysis methodology was particularly prominent for incorporating the patient voice into identifying competencies of relevance to selection. Direct patient engagement in early selection activities allowed the patient voice to assist candidates in determining their fit for medicine. Conclusions Patient engagement has not been made a specific focus of study in its own right, leading the authors to encourage researchers to turn their lens more directly on patient engagement to explore how it complements the professional voice in medical trainee selection.