Five domain-specific rooms
The public ABS structure separates oncology; trauma and critical care; GI, hepatobiliary and abdomen; head and neck, endocrine and GU; and thoracic, airway and chest wall.
Current ABS PSCE preparation
Protect the physiology. Define the anatomy. Own the rescue.
Prepare for the Pediatric Surgery Certifying Examination with realistic spoken cases, five-room domain coverage, operative description, progressive complications, and structured educational feedback.
5 × 30
Virtual rooms
4
Cases per room
10
Independent examiners
SurgiTest is an independent educational platform. It is not affiliated with or endorsed by the American Board of Surgery and does not reproduce secure examination content or predict certification.
Five-room simulation
Room 03 · GI / hepatobiliary / abdomen
CASE 2 / 4Examiner pivot
DeterioratingThe premature infant becomes hypothermic, acidotic, and poorly perfused while the abdominal exam worsens. What do you do now?
Candidate response
“This infant is unstable. I will call pediatric anesthesia and NICU support, warm, correct glucose, support perfusion, decompress, and prepare definitive source control…”
Pediatric physiology
01
Weight
02
Temp
03
Perfusion
ONC
30m
TCC
30m
GI
30m
HNGU
30m
THX
30m
Readiness signal
Safe · child-specific · operative · adaptive
Current public format
Five rooms reveal whether your judgment stays organized as the child, anatomy, and urgency change.
The PSCE is not one long conversation. It is a sequence of twenty structured cases across five content rooms. Preparation should therefore build both complete domain breadth and a decision framework that survives rapid switching.
Twenty structured cases
Four cases are presented in each 30-minute room. Efficient framing, timely decisions, operative detail, and complication rescue must remain stable across the complete examination.
Procedure description matters
ABS states that candidates should be able to perform and describe procedures in the Pediatric Surgery SCORE outline and that inability to describe a procedure is unsatisfactory on that case.
Virtual, monitored delivery
Current candidate instructions use a secure virtual workflow with technology verification, identity checks, screen sharing, proctoring, and strict limits on personal items and recording.
Current ABS public format
Five rooms. Four cases each. One complete specialty.
The PSCE moves through five consecutive 30-minute sessions. A new pair of examiners observes each room, and every room pressure-tests clinical judgment, procedure description, complications, and pediatric-specific decision-making.
Read the current exam guide150 min
Five consecutive clinical sessions
10
Independent examiner evaluations
20
Structured cases across all rooms
Virtual
Secure remote examination
01Reset →
30 minutes · four cases · two examiners
Oncology
Tumor biology, safe tissue diagnosis, staging, multidisciplinary sequencing, resectability, operative planes, organ preservation, and complications.
02Reset →
30 minutes · four cases · two examiners
Trauma & critical care
Pediatric resuscitation, nonoperative management, damage control, burns, nonaccidental trauma, ventilation, shock, and source control.
03Reset →
30 minutes · four cases · two examiners
GI, hepatobiliary & abdomen
Neonatal obstruction, congenital and inflammatory disease, hepatobiliary pathology, abdominal wall defects, nutrition, and postoperative rescue.
04Reset →
30 minutes · four cases · two examiners
Head & neck, endocrine & GU
Congenital anatomy, airway risk, endocrine disease, GU and anorectal reconstruction, associated anomalies, function, and long-term planning.
05Reset →
30 minutes · four cases · two examiners
Thoracic, airway & chest wall
Congenital lung and diaphragmatic disease, esophageal and airway pathology, infection, mediastinum, chest wall, and respiratory rescue.
The constant across every room
Recognize the child’s immediate threat, identify the findings that change management, commit to a safe plan, describe how to perform it, and adapt when the course changes.
Narrative decision loop
The examiners should be able to follow the child through every decision.
Pediatric surgery answers become certifiable when clinical knowledge is organized into timely action, technically credible execution, and an explicit response to deterioration.
Reusable opening
“My immediate concern is… I will stabilize by… The decision-changing information I need is… My primary plan is… because… If the child worsens, I will…”
01 · Stabilize
Protect the child nowTreat the physiologic threat before narrating the whole diagnosis.
Airway, breathing, circulation, temperature, glucose, perfusion, pain, and neurologic status come first. In a neonate or infant, small delays and small absolute losses can become major physiologic failures.
02 · Define
Find the decision-changing factsAsk only for information that changes urgency, anatomy, or therapy.
Age, weight, gestation, associated anomalies, hemodynamics, imaging anatomy, prior operations, disease stage, and available resources should narrow the problem—not become a generic inventory.
03 · Decide
Commit with conditionsChoose a primary plan while there is still time to defend it.
State observation, transfer, drainage, biopsy, resection, diversion, staged repair, or definitive reconstruction. Then explain the patient-specific threshold that would make you choose another path.
04 · Operate
Describe credible techniqueThe operation must be more than a name.
Indication, preparation, positioning, exposure, critical anatomy, sequence, endpoint, tubes or drains, postoperative destination, and rescue options make technical judgment audible.
05 · Rescue
Control cause and physiologyWhen the case changes, the answer should change explicitly.
Recognize bleeding, ischemia, leak, airway loss, sepsis, obstruction, tension physiology, or failed reconstruction; support physiology and obtain definitive control in parallel.
06 · Close
Complete the care arcOwn the child beyond the operating room.
State ventilation, monitoring, nutrition, pain control, tubes, imaging, family communication, long-term function, follow-up, and the exact findings that trigger escalation or reoperation.
One complete decision surface
Every case should prove more than diagnosis recall.
The strongest Pediatric Surgery preparation connects physiology, anatomy, operative judgment, rescue, and long-term function. That is what allows the same framework to survive twenty different cases.
Pressure-test question
“What changes because this is this child, at this age, with this physiology, in this institution, right now?”
01
Child and physiology
Age, weight, gestation, airway, perfusion, temperature, glucose, congenital disease, nutrition, and baseline function.
02
Anatomy and extent
Localization, associated anomalies, stage, ischemia, perforation, obstruction, airway effect, vascular involvement, and prior operations.
03
Timing and resources
Stabilize first or operate now, local care or transfer, required anesthesia, critical care, blood, imaging, and subspecialty support.
04
Operative execution
Exposure, critical anatomy, sequence, reconstruction, endpoint, specimen handling, tubes, drains, and postoperative destination.
05
Failure and rescue
Bleeding, ischemia, leak, obstruction, airway loss, sepsis, respiratory failure, technical inability, reoperation, and transfer.
06
Longitudinal ownership
Growth, nutrition, bowel or bladder function, continence, fertility, development, recurrence, surveillance, and caregiver communication.
Practice cases by domain
The five rooms are the blueprint. Physiology, technique, and rescue are the connective tissue.
The catalog should cover all official rooms while repeatedly testing neonatal vulnerability, operative description, complication recognition, family communication, and institutional capability.
Domain 01
Oncology
Biopsy strategy, staging, sequencing, resectability, organ preservation, margins, complications, and surveillance.
Domain 02
Trauma & critical care
Age-adjusted resuscitation, nonoperative management, damage control, burns, ventilation, shock, and child protection.
Domain 03
GI, HPB & abdomen
Neonatal obstruction, congenital disease, inflammation, hepatobiliary pathology, abdominal wall, nutrition, and rescue.
Domain 04
Head, neck, endocrine & GU
Congenital anatomy, airway risk, endocrine disease, GU and anorectal reconstruction, function, and long-term planning.
Domain 05
Thoracic, airway & chest wall
Congenital lung and diaphragmatic disease, esophagus, airway, infection, mediastinum, chest wall, and respiratory rescue.
Domain 06
Neonatal physiology
Gestation, weight, temperature, glucose, blood volume, congenital heart disease, associated anomalies, and transport.
Domain 07
Operative technique
Indication, setup, exposure, anatomy, sequence, endpoint, tubes, drains, postoperative care, and technical alternatives.
Domain 08
Complication rescue
Hemorrhage, ischemia, leak, obstruction, sepsis, airway loss, respiratory failure, reoperation, transfer, and reassessment.
Built for observable performance
Match every public examination demand to a deliberate practice behavior.
The value is not another list of diagnoses. It is repeated practice converting pediatric knowledge into safe, timely, technically credible action under questioning.
Think in pediatric physiology
Age-specific case framing
Practice weight, gestation, airway, temperature, glucose, blood volume, congenital disease, nutrition, development, and institutional capability as decision-changing variables.
Commit before the case outruns you
Voice-first examiner pressure
State the immediate threat, stabilize, request only decision-changing data, choose a primary plan, and define the findings that would change timing or transfer.
Describe a credible operation
Technical-sequence rehearsal
Verbalize indication, preparation, exposure, anatomy, sequence, endpoint, reconstruction, tubes, drains, postoperative destination, and bailout options.
Adapt to deterioration
Progressive complications
Respond to hemorrhage, ischemia, leak, obstruction, sepsis, airway loss, respiratory failure, failed reconstruction, and resource constraints as new information arrives.
Cover every official room
Blueprint-aware catalog practice
Interleave original cases across all five public examination domains while repeatedly testing neonatal physiology, technique, rescue, systems judgment, and family communication.
Repair observable weaknesses
Structured educational feedback
Review organization, findings, problem solving, critical-error avoidance, limitation recognition, adaptability, technical explanation, and longitudinal ownership without claiming an official ABS score.
Operative experience is important—but it is not a personal-case oral format
Audit experience separately. Practice the PSCE with original structured cases.
The certification pathway requires an operative experience report for the Pediatric Surgery Qualifying Examination application. The public Certifying Examination description, however, uses structured cases prepared for the five oral rooms rather than candidate-submitted personal cases.
SurgiTest therefore does not market Personal Case Uploads as a PSCE requirement. The case-list preparation guide uses your operative experience to expose breadth and weak domains while keeping official reporting and oral-exam simulation clearly separate.
Review official training requirementsOfficial operative report
Documents breadth and complexity for the qualifying-exam application under current ABS requirements.
PSCE structured cases
Twenty Board-prepared case discussions across five published oral-examination rooms.
SurgiTest readiness audit
Maps real experience to domain confidence without copying patient data or replacing official reporting.
SurgiTest catalog practice
Uses original educational cases to rehearse judgment, technique, rescue, and communication.
Complete preparation library
Eleven physician-level guides, connected around one examination architecture.
Move from current format and study planning through operative description, unstable-child rescue, domain practice, logistics, and a complete five-room mock.
A deliberate 12-week arc
Build breadth first, then protect execution across all twenty cases.
The plan increases switching cost, operative specificity, crisis pressure, and cumulative fatigue only after the answer framework is stable.
Open the complete study plan1
Weeks 1–3
Build the five-room map
Establish one reusable answer architecture, baseline every public room, and identify gaps in pediatric physiology, anatomy, technique, and longitudinal care.
2
Weeks 4–6
Make the operation audible
Practice indications and procedural descriptions from setup through postoperative destination, with anatomy, safety checks, alternatives, and bailout plans.
3
Weeks 7–9
Pressure-test rescue
Add neonatal instability, hemorrhage, airway events, ischemia, leak, obstruction, sepsis, respiratory failure, transfer decisions, and failed first-line management.
4
Weeks 10–12
Simulate twenty cases
Run five consecutive timed rooms, retest recurring defects, complete technology and logistics checks, and taper without changing the framework.
Observable answer signals
Sound like the pediatric surgeon who can protect the child, execute the operation, and own the entire care arc.
Opens with age, weight, physiology, urgency, and the immediate threat before listing a broad differential.
Requests data because it changes timing, anatomy, therapy, transfer, or operative candidacy—not because it is routinely available.
Commits to a primary plan and states the precise finding that would trigger observation, transfer, drainage, diversion, staged repair, or definitive reconstruction.
Can describe each operation in a reproducible sequence with critical anatomy, technical endpoints, postoperative care, and rescue options.
Recognizes when pediatric anesthesia, NICU or PICU, oncology, trauma, ECMO, interventional radiology, or another center is necessary.
Treats physiology and definitive source control in parallel when a child becomes unstable.
Closes with nutrition, growth, development, bowel or bladder function, surveillance, family communication, and escalation thresholds.
Completes five consecutive 30-minute rooms without losing organization, pace, adaptability, or professional composure.
Candidate questions
Clear boundaries between current ABS facts and SurgiTest educational design.
Official examination structure, training requirements, simulation choices, and educational feedback are labeled separately so the preparation remains useful without overstating what the Board publishes.
What is the current Pediatric Surgery Certifying Examination format?
The ABS currently describes the PSCE as a virtual oral examination with five consecutive 30-minute sessions. Two examiners conduct each session, four structured cases are presented in each room, and the five rooms cover oncology; trauma and critical care; GI, hepatobiliary and abdomen; head and neck, endocrine and GU; and thoracic, airway and chest wall.
Does the PSCE use candidate-submitted personal cases?
The public PSCE description identifies structured cases prepared in advance rather than candidate-submitted cases. The certification pathway separately requires an operative experience report for the Pediatric Surgery Qualifying Examination application. SurgiTest therefore uses original catalog cases and does not present Personal Case Uploads as a current PSCE requirement.
Does SurgiTest reproduce ABS questions or calculate an official result?
No. SurgiTest uses original educational scenarios informed by public examination structure. It does not reproduce secure questions, calculate an official ABS grade, predict certification, or claim endorsement by the American Board of Surgery.
Why is procedure description so important?
The ABS publicly states that candidates are expected to know how to perform and describe procedures in the Pediatric Surgery SCORE outline and that inability to describe a procedure is unsatisfactory performance on that case. Practice should therefore include concise operative explanation, not only diagnosis and indication.
Where should I verify dates and virtual-exam instructions?
Use the current ABS website, your ABS portal, the final assignment, the admission letter, and the mandatory technology-interview instructions. Operational details can change, and the candidate-specific documents control.
Five rooms. Twenty cases. One dependable surgical voice.
Stabilize. Define. Decide. Operate. Rescue. Reassess.
Practice original Pediatric Surgery cases aloud, respond to examiner pivots, and turn each missed decision or incomplete operation into a specific repair before the next five-room mock.
The public PSCE description uses structured cases rather than candidate-submitted personal cases. Pediatric Surgery practice therefore uses original standardized educational scenarios.