NREMT common mistakes
NREMT · Understand the traps and how to avoid them.
Arriving at the patient and immediately asking 'What happened?' or reaching for the blood pressure cuff before forming an initial general impression, then presenting the call in a jumbled order that never establishes a chief complaint.
Candidates practice skills in isolation (BP, auscultation, splinting) and never rehearse the sequence of scene size-up, general impression, primary assessment, and secondary assessment as a single continuous flow. Under testing stress the hands start working before the brain has set a structure, so findings get gathered in whatever order they happen to appear.
What to do instead
Rehearse a fixed verbal scaffold on every practice patient: scene safe, standard precautions, number of patients, general impression, chief complaint, then ABC findings. Out loud, state the general impression before touching the patient ('appears alert, speaking in full sentences, no obvious distress'). Present handoffs in the same order every time until it becomes automatic.
Treating 'airway' as a single check that is completed once and never revisited, so a patient who was talking on arrival is not reassessed after becoming drowsy or after a vomiting episode.
The primary assessment is taught as a linear checklist, and candidates mentally tick the A box after the first pass. Deterioration is gradual and easy to miss when attention shifts to the secondary survey, splinting, or paperwork.
What to do instead
Build a habit of repeating the primary assessment after every intervention and at fixed intervals. State the reassessment out loud ('rechecking airway, still patent, no stridor'). In practice scenarios, deliberately have the patient deteriorate and require the candidate to catch the change on a repeat pass.
Ventilating an apneic patient with a bag-valve mask using one hand on the mask, squeezing fast and hard, and never watching for chest rise, resulting in gastric distention and ineffective oxygenation.
Candidates are anxious to 'do something' and equate speed and force with competence. One-handed mask seal is easier to demonstrate but leaks, so the candidate compensates by squeezing harder rather than fixing the seal.
What to do instead
Practice two-handed mask technique (thenar eminence plus thumb of one hand, remaining fingers of both hands lifting the jaw) with a second rescuer squeezing. Ventilate only until visible chest rise, roughly one breath every 5 to 6 seconds for an adult, and confirm effectiveness by watching the chest and listening for the escape of air, not by counting squeezes.
In a cardiac arrest, delivering compressions too shallow or too slow, leaning on the chest between compressions, and pausing for long stretches to check a rhythm, place an airway, or move the patient.
Fatigue sets in after the first minute and depth silently degrades. Rhythm checks and airway placement feel like productive work, so candidates allow long interruptions without realizing how quickly perfusion pressure falls.
What to do instead
Train with a feedback device or metronome: at least 100 to 120 compressions per minute, at least 2 inches deep in an adult, full recoil, and interruptions under 10 seconds. Rotate compressors every 2 minutes during the rhythm check, and rehearse choreography so airway and monitor tasks happen without stopping compressions.
Applying a tourniquet loosely, above a joint without tightening, or loosening it periodically to 'let blood flow,' and failing to note the application time.
Candidates worry about limb loss and about causing pain, so they under-treat. Many have never applied a real windlass under stress and do not know what 'tight enough' feels like, which is until bleeding stops and the windlass cannot be turned further.
What to do instead
Practice on a training limb until the endpoint is clear: bleeding controlled, distal pulse may be absent, pain is expected and acceptable. Place 2 to 3 inches proximal to the wound, not over a joint, tighten until bleeding stops, secure the windlass, and write the time on the patient or a tape strip. Never loosen in the field.
Missing hypoperfusion in a trauma patient because a normal blood pressure reading is treated as reassurance, without correlating mental status, skin signs, capillary refill, and pulse quality.
Candidates anchor on the number on the monitor and are taught that a 'normal' systolic pressure means the patient is stable. Compensated shock keeps pressure normal while perfusion is already failing, and the monitor lags behind the patient.
What to do instead
Assess perfusion as a pattern: mental status, skin color and temperature, radial pulse character, and capillary refill, with blood pressure as one data point among several. State the trend, not the single value, and reassess after every intervention and during transport. Treat the patient who is anxious, pale, and tachycardic as shocky even with a normal pressure.
In a patient with difficulty breathing, giving a full detailed secondary history and medication list before providing oxygen or assisting ventilations, or withholding assisted ventilation because the patient is still breathing on their own.
Candidates over-learn the history-taking sequence and believe a complete assessment must precede treatment. They also misread 'assist ventilations' as reserved for apneic patients only.
What to do instead
Treat life threats as they are found: oxygen and ventilatory support first, history second. Practice the rule that inadequate breathing (too fast, too slow, too shallow, poor chest rise, altered mental status) means assisted ventilations with a bag-valve mask, even if the patient is still taking breaths. Take the history while treatment is running, not before it.
Defaulting to a 'medical' impression for a patient with altered mental status, dizziness, or weakness without considering and actively ruling out hypoglycemia and stroke, and without a blood glucose check.
The presentation is vague and the candidate latches onto the first plausible story (dehydration, flu, 'just weak'), then gathers only findings that support it. Stroke and hypoglycemia are the classic treatable causes that get missed.
What to do instead
For any altered mental status, weakness, or neurologic complaint, obtain a blood glucose early and perform a structured stroke screen (facial droop, arm drift, speech). Ask about the exact time symptoms began and record it, because it drives transport destination and treatment options. Explicitly state what you ruled out and how.
During imminent delivery, pulling or clamping the cord immediately, rushing the delivery of the head, or failing to prepare for the newborn's airway and warmth before the baby arrives.
Candidates focus entirely on the mother and the mechanics of delivery, and treat the newborn as a problem to solve after the fact. Adrenaline pushes toward 'helping' by pulling, which causes tearing and cord problems.
What to do instead
Set up before delivery: towels, bulb syringe, bag-valve mask, and a warm dry environment. Support the perineum and let the head deliver with the mother's pushes, check for a nuchal cord and slip it over the head if present, and do not pull the cord. Dry and stimulate the newborn, suction only if needed, keep the baby warm, and reassess the mother for hemorrhage after delivery.
Failing to establish incident command or to give a structured radio report, transmitting disorganized information, and neglecting scene safety hazards such as traffic, downed lines, or bystanders before approaching.
Candidates view operations as background knowledge and rehearse only clinical skills. On scene, the urgency to reach the patient overrides the habit of pausing to identify hazards and to announce a clear arrival report.
What to do instead
Practice a standard arrival report: unit identification, on scene, brief scene description, number of patients, and requested resources. Before approaching, name the hazards out loud and the control measures (traffic vest, apparatus placement, staging). In multi-patient scenarios, assign command and treatment roles explicitly rather than everyone converging on the first patient.