FREE CCRN (Pediatric) Exam Guide 2026: Pass AACN PICU Cert

CCRN (Pediatric) Exam Guide 2026: AACN's Critical Care Certification for PICU Nurses

The CCRN (Pediatric) credential — administered by the AACN Certification Corporation — is the specialty certification for registered nurses providing direct care to acutely and critically ill pediatric patients. If you work in a PICU, CVICU, pediatric CCU, pediatric step-down, peds ED, or pediatric transport, CCRN (Pediatric) is the credential that validates your mastery of the Synergy Model, the nine body-system clinical content, pediatric-specific PALS algorithms, and the professional practice standards that keep critically ill children alive and neurologically intact.

Pediatric critical care is not adult critical care in smaller sizes. Fluid resuscitation is weight-based; PALS shock algorithms differ from ACLS; congenital heart physiology dominates the CVICU population; airway anatomy, drug dosing, and developmental considerations all change the nursing priorities. AACN writes the CCRN (Pediatric) exam to reflect those differences — and it is deliberately a separate credential from CCRN (Adult) and CCRN (Neonatal). This FREE 2026 guide covers the exam structure, the two eligibility pathways, the AACN-published blueprint with verified percentages, per-system clinical deep dives, fees, recertification via CERPs, a 10-to-12-week study plan, free and paid resources, test-day strategy, common pitfalls, and the CCRN (Pediatric) vs CCRN (Adult) vs CCRN (Neonatal) vs PCCN decision.

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Start FREE CCRN (Pediatric) Practice QuestionsPractice questions with detailed explanations

Our pediatric critical care question bank spans cardiovascular (congenital heart, post-op CHD, shock, inotropes), pulmonary (bronchiolitis, status asthmaticus, pediatric ARDS, HFOV/iNO), neurologic (TBI, status epilepticus, VP shunts), multisystem (septic shock, DKA, oncologic emergencies, burns), the Synergy Model, and professional caring and ethical practice — mapped to the AACN 2026 CCRN (Pediatric) Test Plan and 100% FREE.

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What Is the CCRN (Pediatric) Certification?

CCRN stands for Critical Care Registered Nurse. AACN offers the CCRN credential in three population-specific variants — Adult, Pediatric, and Neonatal — each with its own exam, blueprint, and eligibility. CCRN (Pediatric) is the variant for nurses providing direct bedside care to critically ill children from approximately 30 days through adolescence in acute and critical care settings.

AACN Certification Corporation is the largest nursing specialty certifier in the United States, with more than 150,000 active certificants across its CCRN, PCCN, CCRN-K, CCRN-E, CMC, CSC, ACNPC-AG, and related credentials. CCRN (Pediatric) specifically identifies the bedside PICU nurse — distinct from CCRN-K (knowledge-professional, for nurses influencing critical care who are not at the bedside) and CCRN-E (tele-ICU).

The CCRN (Pediatric) exam is built on the AACN Synergy Model for Patient Care, a conceptual framework that matches eight patient characteristics (resiliency, vulnerability, stability, complexity, resource availability, participation in care, participation in decision making, predictability) with eight nurse competencies (clinical judgment, advocacy and moral agency, caring practices, collaboration, systems thinking, response to diversity, clinical inquiry, facilitation of learning). Expect the Synergy Model to appear both directly as Professional Caring and Ethical Practice items and indirectly across every clinical scenario.

CCRN (Pediatric) Exam Format and Structure 2026

The 2026 CCRN (Pediatric) exam is a computer-based, multiple-choice assessment delivered through AACN's partnership with PSI/AMP. Understanding the structure precisely lets you budget pacing and avoid the most common preventable failure — running out of time after over-analyzing early items.

The 25 pretest items are unscored and used to validate future questions. They are distributed throughout the exam and indistinguishable from scored items — treat every question as scored.

Pacing Target

With 150 items in 150 minutes, your working pace is exactly 60 seconds per question, with no built-in buffer. CCRN (Pediatric) candidates who run out of time almost universally did so because they spent three to four minutes on an ambiguous hemodynamics scenario in the first quarter of the exam. A strict "flag-and-move at 75 seconds" rule is the single most reliable pacing safeguard.

Registration and Scheduling

You apply through the AACN candidate portal, submit attestation of your clinical hours and RN license, pay the exam fee, and receive a 90-day eligibility window. You then schedule at a PSI/AMP test center or via PSI online remote proctor within that window. Rescheduling is allowed with advance notice; no-shows forfeit the exam fee.

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Eligibility: Path 1 (Two-Year) vs Path 2 (Five-Year)

AACN offers two non-waivable eligibility pathways for CCRN (Pediatric). Both require a current, unrestricted US RN (or APRN) license and direct bedside care of acutely/critically ill pediatric patients.

Path 1 — Two-Year Option

• 1,750 hours of direct bedside care of acutely/critically ill pediatric patients during the previous 2 years,
• with at least 875 of those hours accrued in the most recent year preceding application.

Path 1 is the typical pathway for full-time PICU nurses with 2 years of experience.

Path 2 — Five-Year Option

• 2,000 hours of direct bedside care of acutely/critically ill pediatric patients during the previous 5 years,
• with at least 144 of those hours accrued in the most recent year preceding application.

Path 2 accommodates nurses with interrupted PICU time (parental leave, part-time, float, travel gaps) as long as a modest recent-year threshold is met.

What Counts as Qualifying Hours

Acceptable hours are direct bedside care of pediatric patients who are acutely or critically ill — defined by AACN as patients at high risk for actual or potential life-threatening problems. This includes PICU, pediatric CVICU, pediatric cardiac stepdown (for acute-phase post-op), pediatric ED high-acuity assignments, pediatric transport, and pediatric rapid-response/code-team hours where the nurse provided direct patient care. Non-qualifying hours include general-pediatric med-surg without acuity criteria, outpatient pediatric clinic, school nursing, and management time without direct patient interaction.

Document hours monthly in a dated log with unit, role, supervisor, and verifier contact. AACN audits approximately 10% of applications; undocumented hours are the most common reason for audit failure and disqualification.

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CCRN (Pediatric) Content Domains and Weighting 2026

Per the 2026 AACN CCRN (Pediatric) Test Plan, the 125 scored items are organized into two broad parts — Clinical Judgment (80%) built from nine body-system or multisystem clinical categories, and Professional Caring and Ethical Practice (20%) built from the AACN Synergy Model. Always verify the current weights in the AACN CCRN (Pediatric) Exam Handbook before finalizing your study plan.

Clinical Judgment (~80% of scored items)

Professional Caring and Ethical Practice (~20% of scored items)

Cardiovascular (~18%) and Pulmonary (~15%) together represent roughly one-third of the exam. Combined with the Multisystem content and pediatric-specific Synergy items, the CCRN (Pediatric) test rewards candidates who know congenital heart physiology, PALS shock algorithms, and pediatric respiratory failure cold.

Note: AACN periodically rebalances weights after each Role Delineation Study. Always confirm the current percentages against the 2026 AACN CCRN (Pediatric) Exam Handbook on aacn.org.

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High-Yield Clinical Deep Dives

These are the content areas where CCRN (Pediatric) candidates most often lose points. Prioritize them in your study plan proportionally.

Cardiovascular: Congenital Heart, Shock, Inotropes

PALS algorithms (2020 update, still current in 2026): bradycardia with poor perfusion (HR < 60 with signs of shock triggers CPR; epinephrine 0.01 mg/kg IV/IO q3-5 minutes; atropine for vagal/AV block only); SVT (vagal maneuvers stable; adenosine 0.1 mg/kg first dose, 0.2 mg/kg second, max 6 mg and 12 mg respectively; synchronized cardioversion 0.5-1 J/kg unstable); VF/pulseless VT (defibrillation 2 J/kg, then 4 J/kg, then >=4 J/kg max 10 J/kg; epinephrine and amiodarone 5 mg/kg or lidocaine).

Congenital heart defects — cyanotic vs acyanotic:

• Acyanotic (left-to-right shunt, increased pulmonary blood flow): VSD, ASD, PDA, AV canal. Present with CHF, poor feeding, failure to thrive. Nursing: diuretics, ACEi, digoxin, calorie-dense feeds.
• Cyanotic (right-to-left shunt or mixing, decreased pulmonary blood flow): Tetralogy of Fallot (TOF), transposition of the great arteries (TGA), truncus arteriosus, total anomalous pulmonary venous return (TAPVR), tricuspid atresia, hypoplastic left heart syndrome (HLHS). Present with cyanosis, "tet spells" in TOF (treat with knee-to-chest, oxygen, morphine, fluids, phenylephrine), ductal-dependent lesions requiring prostaglandin E1 (PGE1) to maintain patency.

Post-op CHD nursing: chest tube output (concerning > 3 mL/kg/hr for 3 hours or > 5 mL/kg in any hour), JET (junctional ectopic tachycardia) cooling to 35 degrees Celsius and amiodarone, low cardiac output syndrome 6-18 hours post-CPB, delayed sternal closure, single-ventricle staged palliation (Norwood stage 1, Glenn stage 2, Fontan stage 3).

Shock types in pediatrics:

• Hypovolemic (most common): 20 mL/kg isotonic bolus, reassess, up to 60 mL/kg then consider pressors.
• Distributive (septic, anaphylactic, neurogenic): aggressive fluid; epinephrine for cold shock, norepinephrine for warm shock per PALS/Surviving Sepsis pediatric.
• Cardiogenic (myocarditis, post-op CHD): cautious fluid (5-10 mL/kg), milrinone/epinephrine, address underlying rhythm and contractility.
• Obstructive (tamponade, tension pneumothorax, massive PE): relieve obstruction first.

Inotropes and vasoactives to know: epinephrine 0.05-1 mcg/kg/min (inotrope/vasopressor), norepinephrine 0.05-1 mcg/kg/min (vasopressor), dopamine 2-20 mcg/kg/min (dose-dependent), dobutamine 2-20 mcg/kg/min (inotrope), milrinone 0.25-0.75 mcg/kg/min (inodilator; watch hypotension), vasopressin for catecholamine-resistant shock.

Pulmonary: Bronchiolitis, Asthma, ARDS, Advanced Ventilation

Bronchiolitis/RSV: supportive care; nasal suction, HFNC 1-2 L/kg/min (max 60 L/min), no routine bronchodilators per AAP, no routine steroids. Escalate to CPAP/BiPAP or intubation for impending failure. Apnea common in infants < 2 months and ex-premies.

Status asthmaticus: continuous albuterol 0.5 mg/kg/hr, ipratropium, IV methylprednisolone 2 mg/kg then 1 mg/kg q6h, magnesium sulfate 25-50 mg/kg IV over 20 minutes, terbutaline SQ/IV for severe. Escalate to heliox, BiPAP, or intubation (ketamine induction preferred for bronchodilation).

Pediatric ARDS (PALICC-2 2023 criteria, current in 2026): acute onset within 7 days, chest imaging with new infiltrates, respiratory failure not fully explained by cardiac failure or fluid overload, oxygenation impairment measured by oxygenation index (OI) for invasively ventilated patients (mild 4-8, moderate 8-16, severe >=16) or oxygen saturation index (OSI) for noninvasive. OI = (FiO2 x MAP x 100) / PaO2; OSI = (FiO2 x MAP x 100) / SpO2.

Advanced ventilation:

• HFOV (High-Frequency Oscillatory Ventilation): tiny tidal volumes at 5-15 Hz, MAP set 2-5 above conventional, used in severe PARDS.
• HFJV (High-Frequency Jet Ventilation): often used in neonates and small infants with air-leak syndromes.
• iNO (Inhaled Nitric Oxide): selective pulmonary vasodilator; used for persistent pulmonary hypertension, post-op CHD with pulmonary hypertensive crises, and rescue in severe PARDS; wean carefully to avoid rebound pulmonary hypertension.

Extubation readiness: stable hemodynamics, minimal sedation, adequate spontaneous ventilation (Vt 4-6 mL/kg), FiO2 <=0.4, PEEP <=5, air leak around ETT (cuff leak test), intact cough and gag. Post-extubation stridor managed with racemic epinephrine and dexamethasone.

Neurological: TBI, Status Epilepticus, VP Shunts, CNS Infection

Pediatric TBI: age-adjusted GCS (infant verbal scale: 5 coos/babbles, 4 irritable cries, 3 cries to pain, 2 moans to pain, 1 none; motor scale modified for infants). ICP goals: maintain CPP age-appropriate (infants >40, children >50, adolescents >60 mmHg), ICP <20, head of bed 30 degrees midline, normothermia/controlled hypothermia, avoid hypotension and hypoxia, hypertonic saline 3% (3-5 mL/kg) preferred over mannitol in many pediatric centers.

Status epilepticus (pediatric definition: >=5 minutes of continuous or recurrent seizure): first-line benzodiazepine (lorazepam 0.1 mg/kg IV, midazolam 0.2 mg/kg IM/IN, diazepam 0.3 mg/kg IV). Second-line: levetiracetam 60 mg/kg, fosphenytoin 20 mg PE/kg, or valproate 40 mg/kg. Third-line (refractory): midazolam or pentobarbital infusion, continuous EEG.

Hydrocephalus and VP shunts: signs of malfunction — headache, vomiting, lethargy, bulging fontanelle in infants, sunset eyes, cranial nerve VI palsy. Tapping a shunt or shunt series imaging. Shunt infection presents as fever plus shunt symptoms; often requires externalization.

Meningitis/encephalitis: bacterial (S. pneumoniae, N. meningitidis, H. influenzae, GBS/E. coli in neonates) requires empiric ceftriaxone plus vancomycin plus dexamethasone (before or with first antibiotic dose for H. flu). Viral encephalitis (HSV — acyclovir empirically pending PCR).

Multisystem: Septic Shock, DKA, Oncology, Burns, Transplant

Pediatric septic shock (Surviving Sepsis Pediatric 2020, still current): recognize within 15 minutes, 10-20 mL/kg isotonic crystalloid bolus over 5-20 minutes up to 40-60 mL/kg, antibiotics within 1 hour, start peripheral epinephrine if fluid-refractory (cold shock) or norepinephrine (warm shock), hydrocortisone for catecholamine-resistant. Watch for fluid overload — stop bolusing at signs of hepatomegaly, rales, or worsening respiratory status.

Pediatric DKA fluid management: historically cautious due to cerebral edema risk (PECARN FLUID trial 2018 changed some practice — both 0.45% and 0.9% saline at either 1.5x or 2x maintenance showed no difference in neurologic outcomes). Insulin infusion 0.05-0.1 U/kg/hr, no bolus. Watch for cerebral edema (headache, altered mentation, bradycardia, hypertension, cranial nerve palsies — mannitol 0.5-1 g/kg or 3% saline 5 mL/kg). Add dextrose when glucose < 250-300 mg/dL; correct potassium before starting insulin if < 3.3 mEq/L.

Oncologic emergencies:

• Tumor lysis syndrome: hyperuricemia, hyperkalemia, hyperphosphatemia, hypocalcemia, AKI. Hydrate aggressively, allopurinol or rasburicase, correct electrolytes, no potassium or calcium in fluids initially.
• Febrile neutropenia: ANC < 500; empiric broad-spectrum antibiotics within 60 minutes; no rectal temps or suppositories.
• SVC syndrome, spinal cord compression, hyperleukocytosis, typhlitis — know acute recognition and nursing priorities.

Burns (Parkland pediatric formula): 3-4 mL/kg/% TBSA burned in the first 24 hours (half in first 8 hours from time of injury, half over next 16), plus maintenance fluids with dextrose (children have smaller glycogen stores than adults — a key pediatric distinction). Monitor urine output 1-2 mL/kg/hr in young children. Carbon monoxide and cyanide toxicity in closed-space fires.

Transplant: acute rejection, calcineurin inhibitor toxicity, opportunistic infections (CMV, EBV, PCP), PTLD, GVHD in BMT/SCT recipients. Strict infection-control precautions.

Synergy Model: 8 Patient Characteristics x 8 Nurse Competencies

The AACN Synergy Model is not filler content — it underpins ~20% of scored items as Professional Caring and Ethical Practice, and frames every clinical scenario on the exam. Memorize the two lists and understand how they intersect:

Eight Patient Characteristics:

1. Resiliency — capacity to return to restorative level of function
2. Vulnerability — susceptibility to stressors
3. Stability — ability to maintain steady-state equilibrium
4. Complexity — intricate entanglement of systems
5. Resource availability — family, social, fiscal, spiritual, personal
6. Participation in care — extent patient/family engages in care
7. Participation in decision making — extent patient/family engages in decisions
8. Predictability — summative characteristic allowing expectation of a certain course

Eight Nurse Competencies:

1. Clinical judgment — clinical reasoning including decision making, critical thinking
2. Advocacy and moral agency — working on another's behalf; ethical compass
3. Caring practices — vigilance, engagement, responsiveness to create safe healing environment
4. Collaboration — working with others toward shared goals
5. Systems thinking — tools and knowledge to manage environmental and system resources
6. Response to diversity — recognition and appreciation of differences
7. Clinical inquiry (innovator/evaluator) — ongoing inquiry, integration of research/EBP
8. Facilitation of learning — ability to facilitate learning for patients, families, staff

Expect items that name a patient characteristic and ask which nurse competency best matches, or scenarios asking which Synergy concept the nurse is demonstrating. The model also grounds ethics items (end-of-life, advance directives, organ donation, cultural humility, family-centered care).

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CCRN (Pediatric) Exam Fees 2026

CCRN (Pediatric) fees are published on the AACN site; always confirm before registering. Current 2026 fees in US dollars:

AACN membership runs approximately $92 per year (RN rate) and provides access to AACN Advanced Critical Care, Critical Care Nurse journal, AACN clinical practice guidelines, and discounted certification fees. For most candidates, joining AACN immediately before application pays for itself via the ~$115 exam-fee differential alone — and gives access to the single most valuable study resource, the AACN Core Curriculum for Pediatric Critical Care.

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Recertification: 100 CERPs or Re-Examination

CCRN (Pediatric) certification is valid for 3 years. AACN offers two recertification pathways:

Renewal by Continuing Education (CERPs) — most common

Earn 100 CERPs (Continuing Education Recognition Points) during your 3-year cycle, distributed across AACN's three categories:

• Category A (Clinical Judgment) — minimum 60 CERPs. Clinical content directly tied to the exam blueprint (body systems, disease processes, interventions).
• Category B (Advocacy/Moral Agency, Caring Practices, Response to Diversity) — minimum 10 CERPs. Ethics, patient- and family-centered care, cultural humility, end-of-life.
• Category C (Collaboration, Systems Thinking, Clinical Inquiry, Facilitation of Learning) — minimum 10 CERPs. Leadership, EBP, research, teaching, QI.

The remaining 20 CERPs can be distributed across any category. You must also maintain a current, unrestricted RN license and meet a practice-hour requirement (432 hours of direct bedside care of critically ill pediatric patients during the 3-year cycle, with at least 144 in the year before renewal).

Renewal by Examination

Retake and pass the current CCRN (Pediatric) exam at the standard exam fee. Useful for nurses whose CE opportunities are limited or who want a formal blueprint refresh.

Practical advice: log CERPs quarterly in the AACN online tracker, attend the AACN National Teaching Institute (NTI) once per cycle (NTI alone can deliver 30-40+ CERPs), and apply at least 60 days before your expiration date to avoid lapse.

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10-to-12-Week CCRN (Pediatric) Study Plan

Most working PICU RNs succeed with 10 to 12 weeks of structured preparation. The plan below uses 12 weeks; compress to 10 if your pediatric critical care hours are recent and heavy.

OpenExamPrepPractice questions with detailed explanations

Weeks 3-4: Cardiovascular Deep Dive. Congenital heart defects (acyanotic vs cyanotic), post-op CHD, shock types, inotropes/vasoactives, PALS bradycardia/tachycardia algorithms. Begin 50-item timed blocks twice per week.

Weeks 5-6: Pulmonary and Advanced Ventilation. Bronchiolitis, status asthmaticus, PARDS with OI/OSI criteria, HFOV/HFJV/iNO, extubation readiness. One full timed 75-item block.

Weeks 7-8: Neurological and Multisystem. TBI with pediatric GCS, status epilepticus, VP shunts, CNS infection, septic shock with Surviving Sepsis Pediatric 2020, DKA with pediatric fluid management, oncologic emergencies, Parkland pediatric burns, transplant.

Weeks 9-10: Endocrine/Heme/Immuno/GI/Renal/Integ + Behavioral/Psychosocial. SIADH/DI, coagulopathies, immune compromise, GI bleed, ATN, pressure injury prevention. Pediatric pain assessment, developmental considerations, delirium screening, family-centered care. One full 125-item simulation by end of week 10.

Weeks 11-12: Synergy Model, Professional Practice, Weak-Area Remediation, Final Simulation. Memorize the 8 patient characteristics and 8 nurse competencies. Ethics, end-of-life, organ donation, cultural humility. Review error log. Second full 125-item timed simulation. Taper in the final 3 days — light review only, sleep, logistics.

Non-negotiables across all weeks: a running error log (why you missed each question with the correct rationale), two timed mixed blocks per week from week 4, and at least one full 150-item simulation before test day.

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Free and Paid CCRN (Pediatric) Resources

Free:

• OpenExamPrep FREE CCRN (Pediatric) Practice Questions — 100% free, AI-explained, blueprint-aligned.
• AACN CCRN (Pediatric) Exam Handbook — free download on aacn.org; the authoritative blueprint.
• AACN Synergy Model resources — free on aacn.org.
• PALS provider manual summaries — AHA instructor sites, free algorithm cards.
• YouTube — PICU-focused channels, RegisteredNurseRN, PediatricPearls for congenital heart review.
• PALICC-2 guidelines — open-access publication for pediatric ARDS criteria.
• Surviving Sepsis Pediatric 2020 — open-access.

Paid (optional):

• AACN Core Curriculum for Pediatric Critical Care, 4th edition — the single most-cited textbook for CCRN (Pediatric); comprehensive system-by-system content aligned to the exam blueprint.
• Barkley Pediatric CCRN review course — weekend intensive or on-demand; popular paid review.
• Laura Gasparis Vonfrolio CCRN (Pediatric) review — classic, high-energy review DVDs/streams.
• PALS Provider Manual (AHA) — buy the most recent edition; algorithms anchor many exam items.
• NRP Provider Manual — helpful if your exam scope includes infants transitioning from neonatal care.

Do not buy multiple overlapping paid resources. One comprehensive textbook (AACN Core Curriculum for Pediatric Critical Care) + one review course + a solid question bank is sufficient for most candidates.

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Test-Taking Strategy

• Read the stem twice. Identify the child's age, weight class, clinical phase (preop/intraop/postop for CHD; hyperacute/acute for shock; compensated/decompensated for respiratory), and what is being asked (priority, next action, best response).
• Think pediatric-first. CCRN (Pediatric) rewards pediatric-specific answers. If an item could be answered the adult way or the pediatric way, the pediatric-specific answer is almost always correct.
• Weight matters. Dosing and fluid items hinge on weight. Calculate quickly; double-check decimal placement.
• PALS, not ACLS. Pediatric shock and arrest algorithms differ from adult. Do not default to adult ACLS.
• Synergy language is a hint. If a stem uses "vulnerability," "complexity," or "predictability," the correct answer usually invokes a specific nurse competency.
• Eliminate extremes. "Always" and "never" are usually wrong. Priority questions reward the highest-acuity intervention first (airway, breathing, circulation, disability, exposure).
• Flag and move at 75 seconds. Do not let a hard item eat the time you need for easier items later.

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Common Pitfalls

1. Treating CCRN (Pediatric) as CCRN (Adult) with smaller doses. PALS differs from ACLS — bradycardia with poor perfusion in a child triggers CPR at HR < 60 with signs of shock, not a pacing decision tree. Cold shock uses epinephrine, warm shock uses norepinephrine — opposite of some adult teaching.
2. Fluid-management errors. Pediatric burns require Parkland formula plus maintenance fluids with dextrose (adults do not). DKA fluid rates matter — cerebral edema risk is pediatric-specific. Septic shock bolus volumes and stopping criteria differ.
3. Congenital heart gaps. Acyanotic vs cyanotic, ductal-dependent lesions, PGE1, tet spells, single-ventricle staged palliation (Norwood/Glenn/Fontan), post-op JET — these dominate CV items.
4. Oxygenation Index math. OI = (FiO2 x MAP x 100) / PaO2; know the PARDS severity cutpoints (mild 4-8, moderate 8-16, severe >=16).
5. Ignoring the Synergy Model. It is ~20% of the exam and threads every clinical scenario. Memorize the two 8-item lists.
6. Confusing CCRN variants. CCRN (Pediatric) vs CCRN (Adult) vs CCRN (Neonatal) — each is a separate exam with a separate blueprint. Study the pediatric one.
7. Skipping timed practice. Untimed review creates false confidence that does not survive the 60-second pacing target.

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Career Value: PICU RN Salary and CCRN (Pediatric) Differential

Registered nurses had a median annual salary of approximately $93,600 in the most recent Bureau of Labor Statistics report. PICU RNs typically earn $90,000 to $115,000 depending on region, setting (freestanding children's hospital vs academic medical center vs community PICU), shift profile, and years of experience. Freestanding children's hospitals in high-cost metros and Level 1 pediatric trauma/transplant centers can exceed that range substantially.

CCRN (Pediatric) commonly carries a 3 to 8 percent certification differential or annual bonus where employers offer structured recognition programs. More importantly, CCRN (Pediatric) is frequently a prerequisite for PICU charge RN, preceptor, clinical educator, CNS, pediatric transport, and PICU manager roles — and for pediatric CV-ICU, ECMO-specialist, and rapid-response/code-team pathways. It is a mobility credential: because it is a national, ABSNC-accredited certification, it transfers across employers, states, and even countries without re-examination (subject to local licensure), which matters for travel PICU RNs and military/federal pediatric nurses.

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CCRN (Adult) vs CCRN (Pediatric) vs CCRN (Neonatal) vs PCCN

AACN offers several related credentials — picking the right one matters.

Decision rules:

• Work in a PICU or pediatric CVICU? Take CCRN (Pediatric).
• Work in a NICU with preterm and term infants in the first ~30 days of life? Take CCRN (Neonatal).
• Float between PICU and pediatric step-down? CCRN (Pediatric) is still the right choice; AACN does not currently offer a pediatric-specific PCCN.
• Adult ICU nurses who transfer into peds must recertify under the pediatric exam — the CCRN credential is population-specific and does not transfer between adult/peds/neonatal.

Some nurses hold multiple population-specific CCRNs (for example, CCRN (Adult) and CCRN (Pediatric) for dual-role pediatric ED charge RNs who also cover adults). Each requires its own eligibility, exam, fee, and CERP maintenance.

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Official Sources

AACN (aacn.org) — Certification Corporation: CCRN (Pediatric) Exam Handbook, blueprint, fees, renewal; Synergy Model; Core Curriculum. PSI/AMP (psionline.com) — test-center and remote-proctor delivery. AHA (heart.org) — PALS provider manual, algorithm updates. PALICC-2 (2023) — pediatric ARDS consensus. Surviving Sepsis Pediatric (2020) — open-access pediatric sepsis guidelines. BLS Occupational Outlook Handbook — RN salary, employment, projections.

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