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Teaching and assessing surgical competency in ophthalmology training programs.

Abstract

BACKGROUND AND OBJECTIVE: The Accreditation Council for Graduate Medical Education (ACGME) has mandated implementation of six new competencies in resident training in the United States. An implementation strategy is proposed to teach and assess cataract surgical competence. PATIENTS AND METHODS: An intradepartmental Task Force for the ACGME competencies reviewed the literature for assessment tools to develop an implementation matrix for assessing surgical competence. RESULTS: "Good practices" (gleaned from the literature) were adapted for the institution's needs and tested, including (1) written and explicit goals or objectives for each stage of training; (2) substitution of a criterion-referenced (Dreyfus model) scoring rubric for a norm-referenced, peer-benchmarked global evaluation; (3) use of formative rather than summative feedback; (4) incorporation of deliberate practice (Ericsson model); and (5) portfolio-based documentation of sentinel event markers and remediation. CONCLUSION: An implementation matrix for teaching and assessing surgical competence might be useful for local compliance with the ACGME mandate.

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BibTeXRIS

Thomas A Oetting, Andrew G Lee, Hilary A Beaver, A Tim Johnson, H Culver Boldt, Richard Olson, Keith Carter. Teaching and assessing surgical competency in ophthalmology training programs.. https://doi.org/10.3928/15428877-20060901-05

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Teaching and assessing competence in cataract surgery.

PURPOSE OF REVIEW: To review recent literature regarding innovative techniques, methods of teaching and assessing competence and skill in cataract surgery. RECENT FINDINGS: The need for assessment of surgical competency and the requirement of wet lab facilities in ophthalmic training programs are being increasingly emphasized. Authors have proposed the use of standardized forms to collect objective and subjective data regarding the residents' surgical performance. Investigators have reported methods to improve visualization of cadaver and animal eyes for the wet lab, including the use of capsular dyes. The discussion of virtual reality as a teaching tool for surgical programs continues. Studies have proven that residents trained on a laparoscopic simulator outperformed nontrained residents during actual surgery for both surgical times and numbers of errors. Besides virtual reality systems, a program is being developed to separate the cognitive portion from the physical aspects of surgery. Another program couples surgical videos with three-dimensional animation to enhance the trainees' topographical understanding. SUMMARY: Proper assessment of surgical competency is becoming an important focus of training programs. The use of surgical data forms may assist in standardizing objective assessments. Virtual reality, cognitive curriculum and animation video programs can be helpful in improving residents' surgical performance.

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