Last reviewed: October 27, 2026
One of the stranger transitions in surgical training is realizing that becoming more senior does not make uncertainty disappear. It changes its shape.
Early in residency, uncertainty is obvious. You may not know the local pathway, the anatomy well enough, which test matters next, or what your attending expects. Later, you often know much more and still face decisions that do not have a clean answer: whether a patient is merely slow to recover or beginning to deteriorate, whether an operation should happen tonight or can safely wait, whether an equivocal scan changes the plan, whether the safest move is to act or to watch.
The uncomfortable lesson is that good surgical judgment is not the elimination of uncertainty. It is learning how to make uncertainty visible, contain it, and act safely while it is still there.

Why uncertainty feels different in surgery
Surgery creates a particular kind of pressure because decisions often have consequences that are immediate, visible, and difficult to reverse. You may have incomplete information, a changing patient, limited time, and several reasonable options. At the same time, training rewards decisiveness. Residents quickly notice that confident communication is valued in the operating room, on rounds, and during consults.
That can create a dangerous misunderstanding: that sounding certain is the same thing as being competent.
It is not. A 2018 study specifically examining hesitation in the operating room described uncertainty as part of progressive autonomy rather than simply evidence of incompetence. Research in surgical residents has also treated tolerance of uncertainty as a learnable professional issue, not a personality defect. More recent qualitative work across residency describes uncertainty around treatment decisions, ethical decisions, and communication as a recurring feature of increasing responsibility.
The resident-side reality is therefore not “stop being uncertain.” It is: become more precise about what you are uncertain about.
Replace “I don’t know” with a defined uncertainty
Vague uncertainty is hard to manage. Defined uncertainty is much easier.
Instead of thinking, “I have no idea what is going on,” try separating the problem into three questions:
- What do I know? The reliable facts: physiology, examination, trend, imaging, operation performed, time course.
- What am I unsure about? The specific missing piece: diagnosis, severity, timing, response to treatment, or threshold for intervention.
- What would change what I do? The next observation, test, examination finding, senior review, or passage of time that would move the plan.
This sounds simple, but it changes the quality of a discussion. “I’m not sure” can feel like surrender. “I think A is most likely because of X and Y, but I’m concerned about B because of Z; if the lactate rises or the examination changes, I would escalate the plan” is clinical reasoning.
A plan can be provisional without being weak
Residents often feel pressure to produce the final answer. But many surgical plans are deliberately conditional.
A good provisional plan has a working diagnosis, an action now, a reassessment point, and a trigger that changes the plan. That structure matters because “watching” is not the same as doing nothing. Observation can be an active strategy when somebody has defined what is being watched, how often, and what would end the observation period.
This is especially important overnight. If you inherit an ambiguous problem, the safest plan is rarely “see how they are in the morning” without further detail. The resident covering the patient needs to know what deterioration would look like and who needs to hear about it.
That connects directly to two other resident skills: recognizing postoperative deterioration and knowing when to call your senior. Uncertainty becomes safer when it is paired with explicit surveillance and escalation.

Ask for the reasoning, not just the answer
One of the fastest ways to waste a senior review is to receive the decision without understanding the threshold behind it.
You call about a patient. The senior says, “Get a CT.” Or, “No, we can wait.” Or, “Book the case.” You carry out the instruction and the patient is managed appropriately—but your internal decision model may not have changed at all.
When the situation allows, the educational question is not merely “What should I do?” It is “What in this case made you choose that?” The answer might be the trajectory rather than the absolute laboratory value, a detail on the examination, the operation performed, the cost of waiting, or simply experience with how a complication usually declares itself.
This is how supervision becomes more than permission. Current ACGME general surgery requirements, effective July 1, 2026, explicitly frame resident responsibility as progressive authority and conditional independence, with delegation based on both patient needs and the individual resident’s skills. Programs must also define circumstances in which residents communicate with supervising faculty. In other words, uncertainty and supervision are built into the architecture of training; they are not exceptions to it.
Do not borrow certainty from somebody else
A subtle training trap appears when a resident becomes very good at predicting an attending’s preference. Knowing local practice and individual technique matters. But there is a difference between understanding why a surgeon chooses an approach and simply learning the answer that gets approval fastest.
If every uncertain decision is resolved by guessing what the senior wants, you can become efficient without becoming independent.
A better habit is to form your own provisional plan before asking. It can be wrong. The point is to expose the reasoning:
“I would do X because of A and B. I’m less certain about C, and that is the part I wanted to discuss.”
Now the correction has somewhere to land. You can compare your model with the senior’s model rather than merely replacing your answer with theirs.
This is closely related to how residents earn operative autonomy: progressive independence depends on supervisors seeing not only technical performance but reliable judgment, communication, and recognition of limits.
The OR makes uncertainty socially visible
On the ward, you can often step away, review the chart, look something up, or discuss a question quietly. In the operating room, uncertainty may happen with everybody watching.
You hesitate over the next step. Anatomy does not look the way you expected. The tissue plane is unclear. You cannot immediately answer a question. That moment can feel disproportionately large because uncertainty is now public.
The instinct may be to hide it by moving faster. That is usually the wrong lesson.
A pause can be a sign that the resident has recognized a mismatch between the expected situation and the actual one. The useful next move may be to re-orient, identify landmarks, state what is unclear, or ask for guidance. The goal is not theatrical confidence. It is safe progression through the case.

Confidence should follow the evidence you have
Residents sometimes imagine that senior surgeons simply feel certain more often. Expertise does improve pattern recognition and decision quality, but experienced surgeons also become better at recognizing which details deserve uncertainty.
The practical goal is calibrated confidence: strong confidence when the evidence is strong, lower confidence when the evidence is incomplete, and a willingness to change the plan when new information arrives.
That is different from indecision. Indecision avoids committing. Calibrated uncertainty can still produce a clear action: resuscitate now, repeat the examination in an hour, obtain imaging, discuss with the attending, operate, or deliberately observe.
Keep a record of decisions that surprised you
Case numbers tell you what you have done. They do not necessarily tell you how your judgment changed.
A small private learning log can be more useful if it captures decisions rather than patients: “I expected X; the senior focused on Y; next time I will look for Z.” No identifiers are needed. The value is in recording the gap between your original model and what you learned.
Over time, repeated uncertainty becomes pattern recognition. You start to know which postoperative findings are common noise, which combinations make you uneasy, which decisions can wait, and which cannot. That is one reason the middle of residency feels so different from the beginning: the knowledge base is larger, but the decisions are also increasingly yours.
What changes as you become senior
The biggest change is not that you stop saying “I’m not sure.” It is that the sentence becomes more useful.
You become quicker at defining the uncertain variable. You know which uncertainty is acceptable and which requires immediate escalation. You can make a provisional plan without pretending it is final. You are more comfortable changing your mind when the trajectory changes. And eventually, junior residents start bringing their uncertainty to you.
That last step matters. A senior resident who responds to every question with ridicule teaches juniors to hide uncertainty. A senior who asks, “What do you think is happening, and what are you worried about?” teaches them to reason through it.
Surgical training is often described as learning to make decisions. A large part of that process is actually learning which decisions can be made with confidence, which need more information, and which need another person in the room.
Sources and Further Reading
- ACGME Program Requirements for Graduate Medical Education in General Surgery, effective July 1, 2026.
- Ott M, et al. Resident hesitation in the operating room: does uncertainty equal incompetence? Medical Education. 2018.
- Ying DL, et al. Measuring Uncertainty Intolerance in Surgical Residents Using Standardized Assessments. Journal of Surgical Research. 2020.
- “With Great Responsibility Comes Great Uncertainty”: residents’ experiences of uncertainty and responsibility. 2024.
- Belhomme N, et al. Medical residents’ responses to clinical uncertainty. Medical Education. 2026.


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