Can a Structured, Video-Based Cadaver Curriculum Demonstrating Proficiency Enhance Resident Operative Autonomy?

Introduction: Autonomy is of foremost concern in the current era of surgical residency, and it is especially important to trainees when considering their surgical education. Factors impacting trainee independence include the restriction of clinical work hours and the development of advanced minimally invasive techniques such as robotics, which requires separate technical education outside of conventional surgical education. Moreover, when residents are left to learn fundamental exposures via their clinical experience alone, they run the risk of not being exposed to some fundamental skills based on case volume and type. The Department of Surgery at Emory University developed a cadaver-based simulation curriculum to standardize exposure to fundamental operative skills and enhance proficiency outside the operating room, with the larger aim of improving resident autonomy. Methods: Residents were assigned to small groups led by a chief resident with an even distribution of postgraduate year (PGY) levels. Each group participated in core surgical exposures and fundamental maneuvers on a cadaver over a 6-hour session. Residents were tested on skills according to their PGY level about 1 month after the course. Testing included recitation of the skill in an oral boards format, highlighting major steps, followed by performance of the skill. All steps were video-recorded with no resident identifiers. These were reviewed by 2 independent, blinded faculty examiners who assigned proficiency grades to each resident video. Results: Three hundred and thirty-three individual procedure evaluations were done over the 5-year period. Senior residents (PGY3-5) had 86% pass rate while junior residents (PGY1-2) had 70% pass rate. Overall, 21% of residents failed to achieve competence in their assigned skills. Junior residents were less likely to achieve competence compared to senior residents. Faculty graders had improved congruence in grading as the course progressed through the 5 years. The most recent 2 years had >80% congruence in faculty grading compared to less than 50% congruence in the first 2 years. 81% of attendings agreed this course positively influenced the granting of autonomy in the operating room. Conclusions: A cadaveric skills course focused on fundamental maneuvers with objective confirmation of achieving competency is a viable adjunct to clinical operative experience. Video-recorded evaluation, of these fundamental skills improved both resident and attending confidence in trainee operative skill.