In her influential 2013 New York Times column, Pauline Chen explored whether modern surgical training, shaped by duty-hour limits and evolving educational models, produced surgeons who were technically competent but less prepared for independent practice. Chen highlighted concerns that reducing trainees’ time in the operating room might deprive them of opportunities to internalize sound clinical judgment through repeated experience and responsibility.
Nearly fifteen years later, orthopaedic surgeons are still asking whether our training systems prioritize efficiency and technical metrics over deep clinical judgment, and what that means for patient safety and long-term competency.
For orthopaedic surgeons involved in training, this raises uncomfortable but necessary questions. Are current programs rewarding efficiency at the expense of deliberate reasoning? Are trainees being evaluated more often on how quickly they complete procedures than on how they make decisions when plans change? And how often are attending surgeons explicitly modeling their own judgment, rather than assuming it will be absorbed implicitly?
The tension between speed and judgment
Historically, orthopaedics tied surgical mastery not just to hand-eye coordination and procedural throughput, but to the cognitive process of decision making under uncertainty.
What contemporary evidence shows is that surgical education continues to evolve rapidly. The ways programs train surgeons are changing alongside institutional pressures and policy decisions. Recent policy analysis argues that current training structures leave some residents underprepared for the level of independent judgment required in complex clinical practice, particularly when efficiency metrics dominate training priorities.
What evidence suggests about preparedness
A 2025 review published in Frontiers in Surgery examines modern surgical education models and emphasizes that while technical skills training continues to advance, formal methods for assessing judgment and clinical decision making remain inconsistent. The review highlights a gap between technical competency and the cognitive skills required for real-world surgical decision making, calling for greater emphasis on structured judgment development within training programs.
Where newer training approaches rely heavily on simulation and competency benchmarks, the review notes that judgment formation requires deliberate integration of cognitive challenges. Technical repetition alone is not sufficient.
The risk of speed-centric metrics
Pressure to improve efficiency and throughput across healthcare systems can influence training culture. Policy critiques warn that an overemphasis on speed and simplified performance metrics may unintentionally deprioritize reflective reasoning and situational judgment. Without intentional safeguards, training environments risk encouraging rapid task completion rather than careful clinical deliberation.
For orthopaedic surgeons, where procedural complexity and patient variability are common, the consequences of judgment gaps may be especially pronounced.
In orthopaedics, surgeons exercise judgment well before the first incision and long after the final suture. These decisions are rarely reducible to speed or checklists. Training environments that emphasize rapid task completion may unintentionally leave less room for trainees to articulate why they made a particular choice or how they weighed alternatives in real time.
Technology: Aid or distraction?
Artificial intelligence and advanced simulation technologies now play an increasingly integrated role in surgical training. A 2025 report from Johns Hopkins University describes how AI-driven platforms are being used to provide real-time feedback. These tools help trainees refine both technical execution and elements of decision making during simulated procedures.
These systems augment traditional training by identifying recurring patterns and performance gaps, with the potential to support judgment development when used alongside human supervision and mentorship.
However, the growing role of technology also raises questions about whether reliance on algorithmic guidance could affect trainees’ confidence in independent decision making.
Rebalancing training for judgment
If speed-based metrics and technical benchmarks risk overshadowing cognitive development, surgical educators and practicing orthopaedic surgeons who train residents in daily clinical settings may need to rethink how judgment is taught and evaluated.
The Frontiers in Surgery review stresses the importance of incorporating validated tools that explicitly assess judgment and decision making. It cautions against assuming these skills will develop passively through technical training alone.
Graded autonomy and structured reflection remain central to this process. These approaches allow trainees to engage with the reasoning behind surgical decisions in real clinical contexts.
Revisiting judgment in training
Orthopaedic surgery requires more than procedural speed or technical accuracy. Sustaining excellence in the field depends on training models that balance measurable performance with intentional development of orthopaedic decision making. This balance ensures that future surgeons have the capacity for efficient performance and sound judgment.
For orthopaedic surgeons, the challenge is whether training environments are being intentional about what they reward, measure, and model. Are they creating environments where judgment is part of the education? And if not, what would need to change for that to happen?
Sources
Are Today’s New Surgeons Unprepared?
New AI Could Teach the Next Generation of Surgeons
Overview of surgical training and assessment of surgical skills: a narrative review
