ABP Pediatric Critical Care Medicine study plan
ABP Pediatric Critical Care Medicine · Give each week a clear focus.
8 weeks · About 7 hours per week
Respiratory physiology, respiratory failure, and mechanical ventilation
Map a stepwise bedside approach for recognizing and classifying respiratory failure in infants and children, separating hypoxemic from hypercapnic physiology.
Interpret arterial blood gas, venous blood gas, and capnography data across 10 self-written vignettes to distinguish shunt, dead-space, and hypoventilation patterns.
Compare conventional lung-protective ventilation with high-frequency oscillatory ventilation, justifying initial settings, alarm limits, and escalation triggers.
Derive an extubation-readiness checklist that combines spontaneous breathing trial criteria, cuff-leak assessment, secretion burden, and sedation status.
Your checkpoint
Produce a one-page ventilator troubleshooting algorithm plus a 25-item self-authored respiratory quiz; score at least 80% and record every missed concept in an error journal.
Respiratory physiology, respiratory failure, and mechanical ventilation & Cardiovascular physiology, shock, and hemodynamic support
Calculate oxygen content, oxygen delivery, oxygen consumption, and oxygen extraction ratio in eight worked clinical examples.
Differentiate hypovolemic, distributive, cardiogenic, and obstructive shock using bedside perfusion findings, lactate trends, central venous oxygen saturation, and point-of-care echocardiography.
Construct a vasoactive infusion titration table for epinephrine, norepinephrine, dopamine, milrinone, and vasopressin that lists pediatric dose ranges, receptor effects, and major adverse effects.
Evaluate fluid resuscitation strategies, including balanced crystalloid selection, reassessment intervals, and signs of fluid overload.
Your checkpoint
Create a shock-state decision table and pass a 20-item self-authored case quiz at 85% or higher; complete a 10-case fluid-responsiveness log with the reasoning for each fluid bolus or restriction decision.
Cardiovascular physiology, shock, and hemodynamic support & Sepsis, infection, and immunologic disorders in the critically ill child
Apply contemporary pediatric sepsis resuscitation principles, including timed antibiotics, fluid titration, and vasoactive escalation, to six written cases.
Distinguish systemic inflammatory response, sepsis, and septic shock using clinical criteria, laboratory markers, and response to initial resuscitation.
Interpret immunodeficiency warning signs and outline first-hour critical care management for febrile neutropenia, tumor lysis syndrome, and hyperleukocytosis.
Compare empiric antimicrobial selection principles for community-acquired, hospital-acquired, and immunocompromised pediatric infections, including source-control timing.
Your checkpoint
Draft a one-page sepsis first-hour checklist and a 15-item antimicrobial stewardship quiz; score at least 85% and annotate two cases where the initial regimen would change after culture data.
Sepsis, infection, and immunologic disorders in the critically ill child & Procedures, monitoring, resuscitation, and transport
Demonstrate airway and resuscitation sequencing across six simulated scenarios, including rapid sequence intubation drug selection, bag-mask ventilation, and failed-airway rescue.
Interpret invasive and noninvasive monitoring data, including arterial waveform changes, central venous pressure trends, capnography, and near-infrared spectroscopy.
Outline stabilization and transport preparation for a critically ill child, including pre-transfer checklists, team composition, and structured handoff communication.
Describe device-related infection prevention and complication surveillance for central lines, endotracheal tubes, and urinary catheters.
Your checkpoint
Complete a timed 30-item mixed sepsis, resuscitation, and monitoring assessment at 80% or higher and submit a one-page transport checklist ready for use in a simulation.
Procedures, monitoring, resuscitation, and transport & Neurologic and neurosurgical critical care
Sequence indications, contraindications, and complication avoidance for eight bedside procedures, including thoracentesis, tube thoracostomy, central venous access, intraosseous access, and lumbar puncture.
Interpret serial pediatric neurologic examinations, including Glasgow Coma Scale scoring, pupillary findings, brainstem reflexes, and herniation syndromes.
Construct a tiered intracranial pressure management plan covering positioning, sedation, osmotherapy, ventilation targets, seizure control, and surgical consultation triggers.
Analyze electroencephalographic patterns and apply a status epilepticus treatment algorithm from first-line benzodiazepine through refractory infusion therapy.
Your checkpoint
Build a procedure indication-and-complication matrix covering eight procedures plus a status epilepticus algorithm; score at least 80% on a 25-item neuro and procedure quiz.
Neurologic and neurosurgical critical care & Trauma, burns, and surgical/perioperative critical care
Differentiate traumatic brain injury priorities from nontraumatic intracranial pathology, including timing of imaging and neurosurgical consultation.
Evaluate burn resuscitation using weight-based fluid formulas, airway burn indicators, escharotomy triggers, and inhalation injury management.
Assess traumatic abdominal injury, abdominal compartment syndrome, massive transfusion triggers, and spinal immobilization and clearance decisions.
Plan perioperative critical care for a child after major surgery, including pain management, fluid and blood product strategy, and ventilator weaning.
Your checkpoint
Author three complete trauma or burn simulation scripts with debrief points and pass a 20-item trauma quiz at 85% or higher.
Renal, endocrine, metabolic, and gastrointestinal critical care & Trauma, burns, and surgical/perioperative critical care
Calculate maintenance and replacement fluids, correct sodium and potassium disorders, and apply acute kidney injury staging with continuous renal replacement indications.
Interpret endocrine emergencies, including diabetic ketoacidosis, adrenal crisis, thyroid storm, diabetes insipidus, and syndrome of inappropriate antidiuretic hormone.
Outline gastrointestinal critical care for acute liver failure, variceal bleeding, pancreatitis, and postoperative abdominal complications.
Integrate nutritional support, glucose control, and metabolic monitoring into the care plan of a critically ill surgical patient.
Your checkpoint
Produce a two-page electrolyte, acute kidney injury, and endocrine quick reference; pass a 25-item quiz at 85% or higher and complete five continuous renal replacement prescription exercises.
Ethics, end-of-life care, professionalism, and systems of care
Apply a structured ethical framework to informed consent, assent, surrogate decision-making, and resolution of disagreements among care teams and families.
Describe brain death determination, organ donation conversations, and integration of palliative care alongside life-sustaining treatment.
Outline systems-of-care principles, including regionalization, transport networks, disaster triage, and quality improvement methods.
Audit the personal error journal and construct a three-month maintenance study plan targeting the weakest domains.
Your checkpoint
Complete a 100-item cumulative self-authored final examination at 85% or higher, submit a 500-word written ethics case analysis, and finalize a dated three-month maintenance plan.
Milestones
Week 2: Cumulative 60-item self-authored assessment across domains 1 and 2 scored at 80% or higher, with a written one-page summary of the three most frequently missed concepts.
Week 4: Cumulative 100-item self-authored examination across domains 1, 2, 3, and 7 scored at 80% or higher; error journal shows fewer than 15 unresolved concepts.
Week 6: Cumulative 80-item self-authored assessment across domains 3, 4, 5, and 7 scored at 82% or higher; all three simulation scripts peer-reviewed or self-reviewed against a debrief rubric.
Week 8: Final 100-item cumulative examination across all eight domains scored at 85% or higher; weakest two domains identified with a dated remediation plan for the next three months.