What are some high‑yield, interesting pediatric topics suitable for a 20‑minute teaching presentation for junior doctors?

High-Yield Pediatric Teaching Topics for Junior Doctors

For a 20-minute presentation to fellow junior doctors, I recommend focusing on pediatric cardiac arrest recognition and management, pediatric septic shock, or pediatric early warning systems—these are clinically actionable, evidence-based topics that directly impact morbidity and mortality in your daily practice.

Top Recommended Topics:

1. Pediatric Cardiac Arrest: Recognition and High-Quality CPR

• Why it's compelling: Survival from in-hospital cardiac arrest (IHCA) in pediatrics is 41.1%, with favorable neurological outcomes in up to 47% of survivors—meaning your actions directly determine whether a child lives or dies with intact brain function 1
• Cover the updated 2020 guidelines on:
  • High-quality CPR technique: compression depth, rate, and recoil 2, 1
  • When to use 1-hand vs 2-hand compressions for children 2
  • Automated external defibrillator (AED) use in infants with out-of-hospital cardiac arrest 2
  • Real-time monitoring during CPR using end-tidal CO2 and near-infrared spectroscopy (NIRS) to guide resuscitation quality 2
• Clinical pearl: Most pediatric arrests are respiratory in origin, making early recognition and intervention critical 1

2. Pediatric Septic Shock: Fluid Resuscitation and Vasoactive Support

• Why it's high-yield: Septic shock is a common pediatric emergency where early recognition and aggressive management reduce mortality 2, 1
• Structure around the 2020 consensus recommendations:
  • Fluid administration strategies: how much, how fast, and when to stop 2
  • Vasoactive drug selection and timing 2
  • Role of corticosteroids in refractory septic shock 2
• Controversy to discuss: The evolving evidence on fluid bolus volumes in resource-limited vs resource-rich settings creates real clinical dilemmas 2

3. Pediatric Early Warning Systems (PEWS): Preventing Cardiac Arrest

• Why it's practical: PEWS can identify deteriorating children before they arrest, directly impacting your ability to call for help early 2
• Cover:
  • How PEWS scores work and their validation 2
  • When to activate rapid response/medical emergency teams 2
  • Recognition of prearrest states: bradycardia requiring CPR (HR <60/min with poor perfusion) 2
• Real-world application: This is something you'll use on every shift to decide when to escalate care 2

4. Pediatric Arrhythmias: Recognition and Emergency Management

• Why it's interesting: Includes dramatic cases with immediate interventions that save lives 2, 1
• Focus on:
  • Supraventricular tachycardia (SVT): drug choices (adenosine vs others) 2
  • Unstable ventricular tachycardia: synchronized cardioversion 2
  • Bradycardia management: atropine vs epinephrine, when to pace 2
  • Channelopathies: recognizing long QT and other inherited conditions 2
• Case-based approach: Use ECG examples to make it interactive 2

5. Pediatric Airway Management: Advanced Techniques and Pitfalls

• Why it's anxiety-provoking (and therefore valuable): Airway management in children terrifies most junior doctors 2, 1
• Cover evidence-based practices:
  • Cuffed vs uncuffed endotracheal tubes (the evidence now supports cuffed) 2
  • Atropine use during emergency intubation 2
  • Cricoid pressure: should you use it? (Evidence says no) 2
  • Devices to verify tube placement: capnography is essential 2
  • Ventilation rates during CPR with and without advanced airways 2
• Common pitfall: Over-ventilation during CPR decreases cardiac output and survival 2

6. Pulmonary Hypertensive Crisis in Pediatrics

• Why it's dramatic: These children can deteriorate catastrophically, and knowing the management algorithm saves lives 2
• Cover:
  • Recognition of pulmonary hypertensive crisis and right heart failure 2
  • Role of inhaled nitric oxide and prostaglandin I2 2
  • Sedation strategies: opioids, sedatives, and neuromuscular blockade 2
• High-stakes scenario: Common in post-cardiac surgery patients and those with congenital heart disease 2

7. Pediatric Defibrillation: Getting It Right

• Why it matters: Incorrect pad placement or energy dosing can mean the difference between successful defibrillation and continued arrest 2, 1
• Evidence-based recommendations:
  • Pad size, type, and placement 2
  • Energy doses for defibrillation 2
  • Single vs stacked shocks 2
• Practical demonstration: Bring a defibrillator and practice pads to make it hands-on 2

Why These Topics Beat "Fever and Rash":

• Immediate clinical impact: These conditions require rapid decision-making that directly affects mortality 2, 1
• Evidence-based algorithms: The 2020 International Consensus and AHA Guidelines provide clear, actionable recommendations 2, 1
• Skill-building: These topics address procedures and decisions junior doctors must make independently 3
• Memorable: High-acuity scenarios stick in memory better than diagnostic differentials 3

Presentation Tips:

• Use case-based learning: Start with a real scenario, walk through the management, then review the evidence 3
• Include simulation or demonstration: Hands-on practice with CPR manikins or defibrillators increases engagement 3
• Focus on pitfalls: What mistakes do junior doctors commonly make, and how do you avoid them? 2, 1
• Make it interactive: Use audience polling or quick knowledge checks 3