Technical knowledge made audible

How to Describe a Pediatric Surgery Operation Clearly, Safely, and Fast Enough for the PSCE

A procedure-description system built for the ABS expectation that candidates can explain how operations in the SCORE outline are performed—not merely name them.

22 min readSource reviewed July 29, 2026SurgiTest Clinical Editorial Team

Key takeaways

  • Lead with indication, urgency, alternatives, and child-specific preparation before narrating technical steps.
  • Describe anatomy and decision points that demonstrate safety, not every instrument movement.
  • Always include confirmation of success, complications, bailout options, postoperative destination, nutrition, pain, and family update.
  • Practice long and compressed versions because four cases must fit into each 30-minute room.

The public ABS expectation is explicit

The ABS states that PSCE candidates are expected to know how to perform and describe all procedures in the Pediatric Surgery SCORE outline. It also states that inability to describe a procedure is unsatisfactory performance on that case.

This makes procedure explanation a core oral-board skill. The examiner is not asking for an operative note. The examiner is determining whether the candidate understands indication, preparation, anatomy, sequence, judgment, rescue, and postoperative consequences well enough to perform independently.

Use the KIDSAFE operative framework

SurgiTest KIDSAFE operation framework
StepQuestion to answer
K — Know the indicationWhy this operation, why now, what alternatives exist, and what would make me defer or transfer?
I — Individualize the childHow do age, weight, gestation, congenital disease, physiology, nutrition, blood volume and family context change preparation?
D — Define setup and anatomyPosition, anesthesia, access, equipment, antibiotics, blood, imaging, incision and critical structures.
S — Sequence the operationWhat are the essential steps and where are the meaningful decision points?
A — Assess successHow will I confirm perfusion, patency, hemostasis, margins, viability, decompression, reconstruction and function?
F — Failure modes and rescueWhat can go wrong now, how will I recognize it, and what is the bailout, conversion, staging or consultation plan?
E — Exit and aftercareWhere does the child go, how will pain, ventilation, fluids, nutrition, tubes, monitoring, family updates and follow-up be managed?

A strong opening prevents the procedure from becoming a list of steps

Begin by stating the diagnosis, indication, urgency, and goal. Mention the most important alternative and why it is not preferred. Then state the child-specific preparation that must be complete before incision.

For an unstable child, stabilization and operative mobilization may occur in parallel. For congenital, oncologic, or reconstructive disease, multidisciplinary planning, staging, imaging, pathology, and long-term functional implications may be central to the indication.

Preparation is part of operative competence

  • Verify weight, age, gestation, allergies, medications, anticoagulation or bleeding risk, congenital heart or airway disease, and recent imaging.
  • Define fasting, gastric decompression, bowel preparation when appropriate, antibiotics, warming, glucose, vascular access, urinary access, blood availability, and expected blood loss.
  • Coordinate pediatric anesthesia, neonatology, oncology, critical care, urology, thoracic surgery, ENT, interventional radiology, perfusion or ECMO resources when needed.
  • Select age-appropriate instruments, staplers, scopes, tubes, energy devices, positioning aids and implants.
  • State how the family was counseled about alternatives, uncertainty, conversion, staging, stoma, loss of organ or bowel, long-term function, fertility, nutrition, and reoperation when relevant.

Name anatomy at the point it changes safety

Congenital orientation

Describe abnormal rotation, shared walls, fistulas, vascular supply, duplicated structures, ectopic tissue, associated anomalies and the relationship to normal landmarks.

Small structures, large consequences

Identify ureters, vas deferens, gonadal vessels, biliary structures, recurrent laryngeal nerves, thoracic duct, phrenic and vagus nerves, mesenteric blood supply, sphincter complex and pelvic nerves when relevant.

Oncologic planes

Define tumor boundaries, vascular encasement, organ preservation, margins, spill prevention and conditions that should stop or stage resection.

Growth and future function

Explain how the operation protects bowel length, lung, renal function, continence, fertility, chest growth, feeding, development and quality of life.

Describe decisions, not every instrument movement

  1. 01

    Access and exposure

    State open, laparoscopic, thoracoscopic, endoscopic or combined approach and why it fits anatomy, physiology and resources.

  2. 02

    Confirm the diagnosis and extent

    Describe the initial survey and any finding that changes the planned operation.

  3. 03

    Control immediate hazards

    Hemorrhage, contamination, torsion, ischemia, airway obstruction, sepsis or tumor spill prevention may determine sequence.

  4. 04

    Perform the definitive reconstruction or resection

    Name the critical steps, tissue planes, blood supply, measurements, orientation and technical choices that affect outcome.

  5. 05

    Confirm success

    Use direct inspection, perfusion, leak testing, imaging, endoscopy, bronchoscopy, cholangiography, pathology or functional assessment when appropriate.

  6. 06

    Close deliberately

    Explain drains, tubes, stoma, temporary closure, second look, specimen handling, counts, hemostasis and wound strategy selectively.

The best descriptions expose judgment at branch points

Open versus minimally invasive

Use stability, size, anatomy, prior surgery, visualization, oncologic goals, equipment and surgeon capability.

Primary repair versus staged treatment

Use contamination, edema, perfusion, tension, physiology, prematurity, abdominal domain and available critical care.

Resection versus preservation

Protect bowel, lung, kidney, gonad and other future function while achieving safe disease control.

Anastomosis versus diversion

Use perfusion, tension, contamination, bowel quality, physiology, distal function and ability to rescue a leak.

Continue versus stop

Recognize unsafe anatomy, unexpected disease, resource limitation or need for another specialist before causing irreversible harm.

Every operation answer needs a complication plan

Complication language
TimeWhat to include
IntraoperativeBleeding, vascular or organ injury, loss of airway, physiologic collapse, tumor spill, ischemia, inability to complete, conversion and damage control.
Early postoperativeRespiratory failure, hemorrhage, leak, sepsis, obstruction, compartment physiology, wound failure, tube malfunction, pain and fluid or glucose problems.
LateStricture, recurrence, adhesive obstruction, dysmotility, nutritional failure, stoma problems, continence or fertility effects, chest-wall recurrence, growth and developmental consequences.

Operations that deserve repeated fluent practice

  • Ladd procedure for malrotation and volvulus, including bowel viability and second-look strategy.
  • Repair of esophageal atresia and tracheoesophageal fistula, including gap assessment, airway, leak and stricture.
  • Congenital diaphragmatic hernia repair after physiologic stabilization.
  • Pull-through operation for Hirschsprung disease and management of enterocolitis.
  • Anorectal malformation evaluation and staged or primary repair.
  • Biliary atresia exploration and portoenterostomy principles.
  • Nephrectomy for Wilms tumor with oncologic handling and vascular considerations.
  • Neuroblastoma resection with vessel, nerve and organ preservation decisions.
  • Pulmonary lobectomy or thoracoscopic lesion resection.
  • Airway foreign-body rigid bronchoscopy and rescue strategy.
  • Pyloromyotomy, appendectomy, ostomy creation and closure, gastrostomy, central access and common endoscopic procedures.

Practice three versions of every operation

Procedure-description drill
VersionUse
Three-minute completeBuild the full safe structure with all major decisions.
Ninety-second focusedDemonstrate indication, setup, anatomy, steps, confirmation and rescue in a typical oral case.
Thirty-second pivotAnswer one examiner question about the critical step, alternative, complication or bailout without restarting the entire operation.

Put the framework under pressure

Practice the answer out loud—not only on paper.

Voice-first cases, adaptive examiner follow-up, imaging, complications, and structured educational feedback for pediatric surgery.

Start a Pediatric Surgery Case

Questions candidates ask

Frequently asked questions

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.

Source transparency

Official references

Board requirements, dates, and candidate instructions can change. Confirm current details directly with ABS and the Board’s candidate portal.

Continue preparing

Start a Pediatric Surgery Case