Our team has been at the forefront of pediatric surgical simulation, helping transform how young surgeons learn high-stakes procedures. We developed and validated anatomically accurate 3D-printed models for cleft lip repair and laryngotracheal reconstruction. These tools enable learners to practice in a low-risk environment, enhancing both technical skill and surgical confidence.
In our study using 3D-printed models to improve patient and parent understanding prior to endoscopic endonasal skull base surgery, we found that these visual aids significantly enhanced comprehension and communication (PMID: 37459769). Additionally, we developed a temporal bone drilling simulator to train residents in procedures such as cochlear implantation, providing a realistic and hands-on method to build surgical skills (PMID: 33554632). Together, these innovations highlight the expanding tole of simulation and advanced modeling in pediatric otolaryngology education and patient engagement.