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A Disease-Specific Hybrid Rotation Increases Opportunities for Deliberate Practice
Mackenzie R Cook1, Amanda N Graff-Baker1, Alexis M Moren1
1Department of Surgery, Oregon Health and Science University, Portland, Oregon.
A new multidisciplinary breast rotation (MDB) provides more opportunities for deliberate practice (DP) and technical skill development in surgical interns. This focused rotation enhances learning and operative experience compared to traditional programs.
Area of Science:
- Surgical Education
- Medical Training
- Residency Programs
Background:
- Deliberate practice (DP) is crucial for achieving mastery-level learning in surgical residency.
- Optimizing residency curricula with DP can enhance trainee skill acquisition.
- Limited work hours necessitate efficient educational structures.
Purpose of the Study:
- To evaluate if a multidisciplinary breast rotation (MDB) offers increased opportunities for deliberate practice (DP) for surgical interns.
- To compare the MDB with traditional community rotations (TCR) and university surgical oncology services (USOS) regarding DP and educational value.
Main Methods:
- General surgery interns at an academic tertiary care center participated in a 4-week MDB, TCR, or USOS.
- The MDB included dedicated time in surgery, clinic, radiology, pathology, oncology, and didactics.
- Retrospective comparison of rotation feedback and resident operative volume between the different rotation types.
Main Results:
- Interns rated the MDB significantly higher for opportunities to perform procedures compared to TCR and USOS.
- The MDB received higher ratings for faculty teaching and educational materials than the TCR.
- Interns on the MDB performed more operations and focused on specific breast procedures (resections, lymph node dissections, port placements).
Conclusions:
- The MDB is a unique, disease-specific rotation that integrates multidisciplinary care and enhances deliberate practice opportunities.
- The MDB structure is highly rated by interns and offers greater potential for mastery learning than TCR or USOS.
- This novel rotation design can optimize intern surgical education within current work hour limitations.
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