Education and Training in Hypospadias Surgery: Current Status, Competency Assessment, and the Role of Modern Educational Tools

103 surveyed surgeons reported a gap between the case volume needed for competency and what residency actually delivers

Journal: Journal of Pediatric Urology | Published: 2026-01-12 | Type: Narrative Review + Cross-Sectional Survey | PMID: 41610466 Authors: Ulman Ibrahim (Ege University, Turkey), Abbas Tariq (Sidra Medicine / Weill Cornell, Qatar), Tonnhofer Ursula (Medical University of Vienna), Braga Luis H (McMaster University, Canada), Hadidi Ahmed T (Hypospadias Center, Sana Klinikum, Germany) Funding/COI: Not disclosed for either

Summary

Hypospadias is among the most common congenital penile anomalies, but the surgeons repairing it are trained inconsistently across programs worldwide. This paper pairs a narrative literature review with a survey of 103 members of the Hypospadias International Society (HIS) conducted at their 2024 Cairo meeting, finding that trainees routinely get fewer procedures than attendings consider necessary for competency. The authors argue that simulation tools, structured curricula, and competency-based assessments like OSATS could narrow that gap.

Claims

• Surveyed surgeons reported a measurable gap between the ideal number of hypospadias cases for competency and the actual exposure achieved during residency and fellowship — no specific threshold numbers provided
• Most respondents endorsed microsurgical training and stepwise case progression as preferred training models
• Limited case volumes and inconsistent curricula were the most commonly identified barriers
• Competency-based tools (OSATS, structured feedback) rated as more objective than traditional apprenticeship models
• Simulation modalities — animal models, 3D-printed replicas, synthetic tissue, VR/AR — described as offering reproducible skill development environments
• E-learning and tele-mentoring identified as expanding training access across geographic regions

Study Quality

This is a narrative review layered on top of a convenience survey of 103 respondents at a single professional society meeting. Narrative reviews, by design, are not systematic: there is no documented search strategy, inclusion/exclusion criteria, or PRISMA flow diagram, making it impossible to assess whether the literature selection is representative or cherry-picked. The survey data are the paper's only original contribution, and they carry significant methodological baggage — 103 self-selected attendees at one congress in Cairo are not a sample that generalizes to the global hypospadias surgery workforce.

No statistical testing of survey results is reported in the abstract, and effect sizes for the "gap" between ideal and actual case volumes are absent. The paper identifies the problem (training variability) and gestures toward solutions (simulation, e-learning) without providing evidence that those solutions close the gap or improve outcomes.

Red Flags

• Sample bias by design: HIS congress attendees are the most engaged, highest-volume specialists in the field — the worst possible sample for measuring training deficiencies in the average program
• No quantitative survey results: The abstract reports directional findings ("a gap exists") without the actual numbers respondents gave; this is a major omission for a survey paper
• Narrative review without systematic methods: Literature conclusions are not reproducible and cannot be graded for evidence quality
• No funding or COI disclosed: For a paper advocating VR/AR simulation platforms, the absence of disclosure is a gap that should raise eyebrows
• Circular authority: Findings from a survey of HIS members presented at HIS's own meeting, then used to advocate for HIS's preferred training model
• No outcome data: The entire paper concerns training process; no link is established between any proposed educational intervention and actual surgical complication rates

Strengths

• International authorship across five institutions on four continents gives breadth to the expert consensus
• Correctly identifies OSATS as a validated, objective assessment tool with an existing evidence base
• Raises a legitimate problem — high complication rates and variable training — that the field has documented elsewhere
• Covers the simulation landscape comprehensively enough to be a useful entry point for program directors

Verdict

This paper is a well-intentioned position statement dressed up as research. The survey is too small, too biased, and too underreported to carry evidential weight, and the narrative review is opinion with citations rather than a synthesis of the evidence base. It will be useful to a program director looking for an overview of training modalities, but it should not be cited as evidence that any particular intervention improves outcomes. The field needs prospective data linking training inputs to complication rates — this paper makes the case for why that research is needed, not what the answer is.