印为红字的
概化理论
等级间信度
可靠性(半导体)
医学
医学教育
基石
教育测量
梅德林
心理学
医学物理学
课程
数学教育
教育学
视觉艺术
物理
量子力学
发展心理学
法学
政治学
功率(物理)
艺术
评定量表
作者
David Taylor,Yoon Soo Park,Rylan Egan,Ming‐Ka Chan,Jolanta Karpinski,Claire Touchie,Linda Snell,Ara Tekian
出处
期刊:Academic Medicine
[Ovid Technologies (Wolters Kluwer)]
日期:2017-10-25
卷期号:92 (11S): S110-S117
被引量:119
标识
DOI:10.1097/acm.0000000000001908
摘要
Purpose Entrustable professional activities (EPAs) have become a cornerstone of assessment in competency-based medical education (CBME). Increasingly, EPAs are being adopted that do not conform to EPA standards. This study aimed to develop and validate a scoring rubric to evaluate EPAs for alignment with their purpose, and to identify substandard EPAs. Method The EQual rubric was developed and revised by a team of education scholars with expertise in EPAs. It was then applied by four residency program directors/CBME leads (PDs) and four nonclinician support staff to 31 stage-specific EPAs developed for internal medicine in the Royal College of Physicians and Surgeons of Canada’s Competency by Design framework. Results were analyzed using a generalizability study to evaluate overall reliability, with the EPAs as the object of measurement. Item-level analysis was performed to determine reliability and discrimination value for each item. Scores from the PDs were also compared with decisions about revisions made independently by the education scholars group. Results The EQual rubric demonstrated high reliability in the G-study with a phi-coefficient of 0.84 when applied by the PDs, and moderate reliability when applied by the support staff at 0.67. Item-level analysis identified three items that performed poorly with low item discrimination and low interrater reliability indices. Scores from support staff only moderately correlated with PDs. Using the preestablished cut score, PDs identified 9 of 10 EPAs deemed to require major revision. Conclusions EQual rubric scores reliably measured alignment of EPAs with literature-described standards. Further, its application accurately identified EPAs requiring major revisions.
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