Pediatric Assessment For EMS Providers: How To Stop Panicking And Start Managing Sick Kids
Ask a room full of EMTs and medics what scares them most and you hear the same two answers over and over: an EKG they cannot interpret, and a kid they cannot resuscitate.
Pediatric calls hit different. The patient is tiny, the parents are staring at you, and your brain immediately wants to sprint into panic mode. Suddenly that smooth adult cardiac arrest rhythm is gone and you are stuck flipping through protocols thinking, "What is the Epi dose again for a 3 year old?"
Good news: pediatric calls do not have to feel like that forever. With a simple framework and a little intentional training, pediatric assessment can move from "System 2 panic" (slow, clunky thinking) to "System 1" (fast, automatic, calm).
This guide walks through a practical pediatric assessment game plan for EMS providers that blends real world experience, the Pediatric Assessment Triangle, and tools like Handtevy and Broselow, backed by current evidence.
Why Pediatric Calls Feel So Scary
On an adult cardiac arrest, most experienced crews are in System 1 thinking. You roll up and you already know: get on the chest, shock if needed, 1 mg epi every 3 to 5 minutes, supraglottic or tube size is basically autopilot. You barely have to think.
With kids, that all goes out the window. Now you are asking: What is a normal heart rate for a 10 month old again? Are 40 respirations per minute okay or terrible? How many kilograms is a 3 year old? How do I turn that into mLs of epi?
That is pure System 2. Slow, clunky, math heavy, and very sensitive to stress.
On top of that, kids are not "little adults" physiologically, you see parents watching every move, and nobody wants their mistake to be the reason a child does poorly.
So we get the classic move: scoop the kid up, flee to the ambulance, and drive fast to the hospital instead of working the problem on scene.
But for most pediatric medical emergencies, especially respiratory and cardiac, the best chance for survival comes from high quality care on scene, not a panicked ride to the ED.
How Kids Are Actually Different
You already know the phrase "kids are not just little adults," but it helps to spell out what that really means for EMS assessment.
Airway and breathing
Kids come with bigger heads and bigger tongues relative to body size, a more anterior airway, smaller airways that plug, swell, and collapse faster, and much smaller lungs and tidal volumes.
Bag them like an adult and you can cause barotrauma and pneumothorax in a hurry. You also need more careful positioning: the big occiput can flex the neck, so a small towel under the shoulders can help align the airway.
Cardiovascular and Vitals
Normal vitals change a lot by age. Infants have fast heart rates and high respiratory rates. As kids get older, both trends slowly come down.
Knowing the general pattern by age is huge for pediatric assessment. A heart rate of 150 is terrifying in grandma, but completely normal in a sick infant.
Body Surface Area and Thermoregulation
Kids have a larger body surface area relative to their mass, which means they lose heat faster, they are more vulnerable to burns, and positioning and exposure for assessment must be balanced with keeping them warm.
All of that feeds into how quickly they compensate and then suddenly crash. Young children can look surprisingly okay while burning through every reserve they have. When they finally decompensate, it can be very fast.
The Pediatric Assessment Triangle: Your 10 Second Doorway Check
The Pediatric Assessment Triangle (PAT) is one of the most useful tools ever given to prehospital pediatrics. It looks at three things: Appearance, Work of breathing, and Circulation to skin.
It was designed to give you an instant, from the doorway "gut check" for how sick a child is and what system is failing, and it is well supported as a practical EMS tool. Think of it as your 10 second snapshot before you touch the kid, ask a single question, or put a stethoscope on their chest.
Appearance
Appearance gives you a fast sense of neurologic status, oxygenation, and how well the kid is coping. The classic TICLS mnemonic is often used: Tone, Interactiveness, Consolability, Look or gaze, and Speech or cry.
Ask yourself: Are they limp or fighting you when you examine them? Do they cling to the caregiver like a normal shy toddler, or walk happily to five strangers in uniforms? Are they looking around, tracking you, crying loudly? Are they glassy eyed, staring, or not responding?
A crying, fighting toddler is usually much better off than the silent limp one.
Work of Breathing
You can see a ton before you ever put ears on the chest. Look for nasal flaring, exaggerated belly breathing, subcostal and intercostal retractions, suprasternal tugging at the notch, head bobbing, and audible stridor, wheeze, or grunting.
Mild belly motion may be normal in small kids. Significant retractions and suprasternal tugging are late signs that they have been working hard for a while and are running out of gas.
Circulation to skin
Finally, scan the skin: color (pink, pale, gray, mottled, or blue), capillary refill, temperature of hands and feet, and any obvious bleeding.
Pale or "china doll" white skin, mottling, or peripheral cyanosis can be early signs of shock, anemia, or poor perfusion. Checking conjunctiva and oral mucosa can quickly confirm pallor when you are worried about blood loss.
None of this replaces ABCs or a full head to toe exam. The PAT just gives you a fast, structured way to answer three questions right away: How sick is this kid? What system is failing? Do I need to act before I investigate further?
Why Respiratory Problems Rule Pediatric Emergencies
If you remember one simple rule about pediatric critical illness, make it this: In kids, respiratory problems dominate.
Studies of pediatric cardiac arrest and critical illness show respiratory etiologies are a leading cause and often the trigger that leads to arrest.
For EMS, that means most sick kids you see will have a primary respiratory issue, your assessment should put extra weight on work of breathing and oxygenation, and early airway support and ventilation can literally prevent cardiac arrest.
That is why drowning and neonatal resuscitation protocols emphasize ventilations first. Getting air in can kick start the whole system again.
So when you walk through the door to a sick child, your eyes should immediately go to breathing and effort: Is this kid tiring out? Are they too agitated to tolerate your interventions? Or are they quiet, cyanotic, and about to stop breathing?
Your decisions on whether to just do blow by oxygen, support with BVM, or move quickly toward advanced airway should flow from that.
Make the Math Easier: Handtevy, Broselow, and Freeing Up Brain Space
One of the biggest stressors on pediatric calls is med math. You are trying to do weight based dosing in kilograms, while people are crying and someone is yelling for the IO drill. This is peak System 2, and it is exactly where humans make mistakes.
Length and age based systems exist to take that load off your brain so you can spend your mental energy on good clinical decisions and communication.
Handtevy vs Broselow
Both Handtevy and Broselow systems aim to estimate weight using length or age and give you pre calculated doses and equipment sizes.
A real world comparison of Handtevy and Broselow in prehospital use found no statistically significant difference between the two for weight estimation and related performance.
Other work has highlighted that Broselow tape doses do not always match actual EMS protocols, which can set you up for discordance in the field.
The big idea: you need a system, and your agency needs to train on that system until everyone is fluent. Whether it is Handtevy, Broselow, or a locally customized length based tool, consistency beats heroics.
A few simple mental shortcuts
Even with an app or tape, a couple of mental tricks do help. Age to kilograms (Handtevy style): 1 year old is about 10 kg, 3 years is about 15 kg, 5 years is about 20 kg, 7 years is about 25 kg, 9 years is about 30 kg.
Epi volume in arrest: PALS recommends 0.01 mg per kg of 1:10,000 concentration every 3 to 5 minutes IV or IO. That is 0.1 mL per kg. So a 10 kg child gets 1 mL, a 15 kg child gets 1.5 mL, and a 20 kg child gets 2 mL.
Once your crew rehearses this ahead of time, you can walk into a 4 year old arrest and calmly say: "Estimate 15 kg. Get 1.5 mL epi ready. Number 1 supraglottic. Get an IO."
That is the difference between chaos and a smooth, confident resuscitation.
On Scene, Not Scoop and Run: Managing The Call Like a Pro
There is still a strong cultural pull in some agencies to grab the kid and run. It feels safer for the provider, but it is often worse for the child.
For medical pediatric arrests and critical respiratory failure, the evidence and expert consensus point toward high quality CPR, early Epi at correct doses, and effective ventilation and airway support. These do not magically improve in the back of a moving rig.
A few principles: If the child is in cardiac arrest from a medical cause, your safest move is usually to stay put, work the code, and get good compressions and meds going before transport. If the child is severely burned, ejected, or shows obvious massive trauma, you may need to prioritize rapid transport to the closest appropriate facility once you secure the airway and control life threats.
The skill is knowing when to slow down and when you truly do not have time. The PAT, your primary survey, and vitals should guide that decision, not the emotional noise of the scene.
Training, Checklists, and Turning Peds into System 1
You cannot think your way into being calm on pediatric calls. You have to train your way there.
Run pediatric mega codes regularly
Do not just run STEMIs and adult respiratory distress in training. Build scenarios that include febrile seizures vs non febrile seizure in a toddler, RSV or bronchiolitis in an infant with increasing work of breathing, pediatric cardiac arrest where crews must use your actual tape or app, and trauma with abdominal penetration or burns with airway involvement.
Make people uncomfortable in practice so they can be less terrified on the real thing.
Use checklists like pilots
Aviation has known for decades that humans under stress need checklists. Create simple checklists for pediatric arrest, respiratory distress, and seizure. Include estimated weights, first line meds, and common airway sizes. Practice using the checklist under time pressure so it feels natural.
Research on checklists in high stakes environments consistently shows reduced error rates, and pediatric EMS is exactly that kind of environment.
Debrief every tough pediatric call
After the dust settles: What went well? What did not? Where did you freeze or fumble? What training or checklist would have helped?
Make it normal to talk openly and honestly. That is how you turn one bad night into a permanent upgrade in crew performance.
Key Takeaways for Your Next Pediatric Call
Pediatric assessment does not have to feel like dark magic. Remember the rule: most pediatric critical events are respiratory at their core. Use the Pediatric Assessment Triangle from the doorway. Know normal vitals by age so you do not over or under react. Use a system so you are not doing math on scene. Prioritize airway and breathing. Stay on scene for medical arrests and respiratory failure when you can safely provide high quality care there. Train, drill, and debrief until pediatric calls feel like System 1, not a pop quiz from the universe.
You are not supposed to magically love pediatric calls. You are supposed to have a game plan. Build it, practice it, and your next sick kid will get a calmer, more effective version of you.