The room went quiet the way rooms do before something consequential, when conversation thins and all you can hear is the pulse in your ears.

“Captain Kumar,” the instructor said, “you have an in-flight engine failure. What do you do?”

I stood at attention, spine locked, as my classmates turned toward me with the focused expectation of a clinical team evaluating a tenuous presentation. A bead of sweat slid down my temple. And suddenly Wright-Patterson Air Force Base faded around the edges. I was no longer a flight surgeon trainee. I was an intern again at Saint Michael’s Medical Center in Newark, New Jersey, standing in a cramped, fluorescent-lit conference room with a few EKGs in hand, each one more jagged and ambiguous than the last.

The cardiology attending, an old-school clinician with a particular fascination for rare conduction disorders, especially Brugada syndrome, tapped the upper right corner of the tracing with a capped pen. “Well, Doctor Kumar,” he said, stretching doctor just enough to make the title feel provisional, “walk us through this, step by step. Is this normal?”

Chief residents lined the back wall. Medical students clustered near the door. The overnight team stood beside me, waiting to see whether I could distinguish artifact from pathology under the weight of collective scrutiny.

I had finished intern year only a few years before AMP, but as I listened for my standup scenario, that old sensation, being publicly tested with no margin for hesitation, returned instantly. Both rooms demanded the same thing: composure under surveillance.

Aerospace Medicine Primary (the six-week course that initiates Air Force flight surgeons) is divided into three two-week blocks: academics, flight operations, and advanced aeromedical principles. The academic portion unfolds in a cavernous hall lined with bright red seats, half affectionately and half resentfully nicknamed the big red bed.

I never saw it happen myself, but the legends persisted: Anyone who drifted off during the marathon of lectures risked having an old aircraft tire placed around their neck, a ritual meant to correct posture, wakefulness, and attitude all at once. Myth or relic, it communicated the culture clearly: Fatigue is understandable; disengagement is not.

Flying came next. Cirrus SR22s for cross-country navigation, formation practice, and night landings. Pitts S-2s for aerobatics that disassembled your vestibular certainty. Other airframes for tactical and physiological training. None of it was spectacle. It was applied physiology (hypoxia, spatial disorientation, task saturation) translated from conceptual knowledge into lived experience. But nothing matched the psychological intensity of standup.

In military pilot training, standup reduces stress to its most distilled form. The instructor presents an emergency (engine failure, hydraulic loss, runaway trim) and calls on a student. The student rises and begins with the mandatory phrase: “I will maintain aircraft control, analyze the situation, take proper action, and land as soon as conditions permit.”

Then comes the boldface: the critical-action steps memorized verbatim. Not roughly. Not approximately. Exactly. Hesitation is failure. A misplaced word is failure. Deliver it calmly or shakily; accuracy is all that matters.

The logic is clinically elegant: If you cannot articulate the steps during a quiet morning in a classroom, you will not execute them when inverted at altitude with smoke filling the cockpit and flames licking at your peripherals.

Which is why, when my instructor delivered my hypothetical engine failure that morning, my mind went immediately back to that Saint Michael’s conference room. The few EKGs fanned in my hand. The cardiologist circling the right precordial leads. The chief residents watching from the back of the room. The medical students whispering about ischemic patterns or possible Brugada morphology. And me (an intern who had barely learned to trust his own clinical eye) trying to stay composed as I traced out millimeter differences in ST elevation under live fire.

We tend to imagine that medicine and military aviation belong to separate cultures, governed by different rules, different expectations, different kinds of stress. But their pedagogies mirror each other more closely than either field acknowledges. Both rely on controlled exposure to pressure. Both use public correction not as punishment, but as preparation. Both expect trainees to stand up, without notes, and navigate uncertainty, whether the uncertainty is a malignant arrhythmia or a simulated engine failure on takeoff.

Standup taught me that emergencies reward memorized, internalized sequences, not improvisation. Residency taught me that cognitive overload feels the same whether you are interpreting an EKG at 3 a.m. or reciting boldface in a silent room full of peers.

That morning at Wright-Patterson, I recited my checklist correctly. But what stayed with me was not the sequence itself. It was the recognition that whether you are standing in a hospital conference room or in a pilot-training classroom, the essential question never changes: Can you maintain control while someone measures your competence in real time?

Because emergencies don’t care if you’re a pilot or an intern. And neither does gravity.

Avishek Kumar is a medical oncologist.