Medical students' preparation for the transition to postgraduate training through final year elective rotations.

Objectives: This study adds to the ongoing discussion on how to ease the transition from undergraduate medical training to postgraduate training. In the Netherlands there is no central matching system for admission to residency. Medical school graduates just apply for a position in an open job market. Many choose to acquire general or specialty-specific clinical experiences after the medical degree before residency, to further explore career opportunities and to increase their chances to get into their preferred specialty. To shorten this gap between undergraduate and the start of postgraduate training, the sixth and final year of most Dutch medical schools is designed as a "transitional year". Students work with more clinical responsibilities than in the earlier clerkships, and this year includes many elective options. Our study focuses on these elective options and explores how medical students use these transitional year electives to prepare for transition to postgraduate training. Methods: In 2012-2013 we asked all 274 graduating students at one Dutch medical school to complete an open-answer questionnaire with the following topics: their preferred specialty at the start of the transitional year, electives they chose during this year and reasons for these choices, and whether the transitional year electives changed their career considerations. Questionnaire results were coded by two researchers and were discussed with all members of the research team. Results: A total of 235 students responded (86%). Answers about motivation for choices revealed that most electives where chosen for career orientation and to optimize chances to get into a residency program. Students also focused on additional experiences in specialties related to their preferred specialty. Many students chose electives logically related to each other, e.g. combinations of surgery and radiology. About two-thirds of the respondents stated that their elective experiences did confirm their specialty preferences or resulted in a more clear insight. Conclusion: We conclude that students use the transitional year electives to focus on their future postgraduate training program, i.e. for orientation and to align their curriculum vitae with their preferred specialty, resulting in spontaneous early specialty streaming. To take advantages of this streaming, and to make sure students can transfer their experiences to other specialties if their career preferences change, individual elective Entrustable Professional Activities (EPAs), next to the core EPAs for all medical students, may serve to prepare a smooth transition to a specialty of choice and should be fully documented.

The case for use of entrustable professional activities in undergraduate medical education.

Many graduate medical education (GME) programs have started to consider and adopt entrustable professional activities (EPAs) in their competency frameworks. Do EPAs also have a place in undergraduate medical education (UME)? In this Perspective article, the authors discuss arguments in favor of the use of EPAs in UME. A competency framework that aligns UME and GME outcome expectations would allow for better integration across the educational continuum. The EPA approach would be consistent with what is known about progressive skill development. The key principles underlying EPAs, workplace learning and trust, are generalizable and would also be applicable to UME learners. Lastly, EPAs could increase transparency in the workplace regarding student abilities and help ensure safe and quality patient care. The authors also outline what UME EPAs might look like, suggesting core, specialty-specific, and elective EPAs related to core clinical residency entry expectations and learner interest. UME EPAs would be defined as essential health care activities with which one would expect to entrust a resident at the beginning of residency to perform without direct supervision. Finally, the authors recommend a refinement and expansion of the entrustment and supervision scale previously developed for GME to better incorporate the supervision expectations for UME learners. They suggest that EPAs could be operationalized for UME if UME-specific EPAs were developed and the entrustment scale were expanded.

Effects of two different instructional formats on scores and reliability of a script concordance test.

The script concordance test (SCT) is designed to assess clinical reasoning by adapting the likelihood of a case diagnosis, based on provided new information. In the standard instructions students are asked to exclude alternative diagnoses they have in mind when answering the questions, but it might be more authentic to include these. Fifty-nine final-year medical students completed an SCT. Twenty-nine were asked to take their differential diagnosis into account (adapted instructions). Thirty students were asked not to consider other diagnoses (standard instructions). All participants were asked to indicate for each question whether they were confused answering it with the given instructions ('confusion indication'). Mean score of the test with the adapted instructions was 81.5 (SD 3.8) and of the test with the standard instructions 82.9 (SD 5.0) (p = 0.220). Cronbach's alpha was 0.39 for the adapted instructions and 0.66 for the standard instructions. The mean number of confusion indications was 4.2 (SD 4.4) per student for the adapted instructions and 16.7 (SD 28.5) for the standard instructions (p = 0.139). Our attempt to improve SCTs reliability by modifying the instructions did not lead to a higher alpha; therefore we do not recommend this change in the instructional format.