Simulation Events

Worst-Case Scenarios Managing OTO Emergencies in Practice Workshop

This hands-on workshop is geared toward preparing practicing otolaryngologists for low-frequency, high stakes emergency situations that may not occur often in their daily routines. The scenarios will enhance decision-making skills, effective communication, and team leadership.

SIM Tank

Watch the top three most innovative simulation project authors present to a panel of expert judges and compete for cash prizes. Simulation projects are judged on innovation and creativity, scalability throughout the specialty, and advancement of training and practice in the field of otolaryngology. These exemplary projects are selected from the 2023 Call for Simulation Proposals.

• A Smart Cochlear 3D-Printed Model with Custom Software to Train Otolaryngologists – Anita Jeyakumar MD, Avi Shaw DO, Kilee Bayne DO, Mercy Health

• Development and Validation of a Novel Human Fixed Cadaveric Model Reproducing Cerebrospinal Fluid Circulation for Training in Endoscopic Skull Base Surgery – Laura-Elisabeth Gosselin, MD, Université Laval, Quebec City, Quebec, Canada

• Virtually Augmented Surgical Navigation in FESS Simulation Training: A Prospective Trial of Repeated Measures – Michael Yim, MD, Mackenzie Latour, MD, LSU Health Shreveport

Simulation Reception and Showcase

The Simulation Reception and Showcase immediately follows SIM Tank and provides an opportunity for simulation scholars to demonstrate their innovative otolaryngology simulators, projects, and curriculum.

• A Low-Cost Telescope Augmented by 3D Printing for Rigid Endoscope Simulation – Regan C. Manayan, MD, Beth Israel Deaconess Medical Center, Department of Otolaryngology-Head & Neck Surgery, Harvard Medical School, Boston, MA

• A Low-Cost, High-Fidelity Model to Simulate Extracapsular Plane Dissection in Tonsillectomy – William Pellegrini, MD, Michael Platt, MD,  Boston University School of Medicine

• A Smart Cochlear 3D-Printed Model with Custom Software to Train Otolaryngologists – Avi Shaw, DO, Mercy Health

• A Three-Dimensional Printed Laryngoscope Holder for Continuous Laryngoscopy During Exercise – Maxwell Newby, MD, Seattle Children’s Hospital and the University of Washington

• An Ex Vivo Animal Model for Mastering Surgical Skills in Endoscopic Transtemporal Facial Nerve Decompression – Sapna Ramkrishna Parab, MBBS, MS, DNB – Sushrut Ent Hospital and Dr Khan’s Research Center, Talegaon Dabhade, Maharashtra India

• Building Phonomicrosurgical Skills through Simulation: An Easy Model for Operating Room Downtime – Julia Thomas, MD, MSPH, University of Chicago

• Development and Validation of a Novel Human Fixed Cadaveric Model Reproducing Cerebrospinal Fluid Circulation for Training in Endoscopic Skull Base Surgery – Laura-Elisabeth Gosselin, MD,  Université Laval, Quebec City, Quebec, Canada

• Development and Validity of an Entirely Three-Dimensionally Printed Microlaryngeal Surgery Simulator – Nazaneen Grant, MD, Medstar Georgetown University Hospital

• Development of a Peroral Vocal Fold Injection Simulator – Brian Reilly, MD, Temple University Hospital

• Going back to the basics: a low-cost, high-fidelity training model for flexible nasopharyngoscopy – Andrew Y. Lee, Geisel School of Medicine at Dartmouth College

• Impacting Resident Training: A Novel and Cost Effective Tongue-tie Model – Rachel Karras, MD, SIU School of Medicine

• Improving Spatial Anatomy Awareness of Sinonasal and Skull Base Structures Using Immersive Technology – David Ahmadian, BS, University of Arizona, College of Medicine – Tucson

• Real Cultural Intelligence: Embedding DEI into the Design of Simulation Education (AI) – Steven Sims, MD, FACS, Chicago Institute for Voice Care

• Scaling Portable Temporal Bone Laboratories – Michelle Higgins, MD, PhD, AugmENT LLC

• The Role of Neurocognitive Testing in Predicting Surgical Performance – Carl Snyderman, MD, MBA, University of Pittsburgh School of Medicine

• Validation of a 3D-Printed Silicone Laryngeal Model for Simulation of Laryngeal Microsurgery – Benjamin T. Ostrander, MD, MSE, University of California – San Diego

• Virtually Augmented Surgical Navigation in FESS Simulation Training: A Prospective Trial of Repeated Measures – Michael Yim, MD, LSU Health Shreveport

Simulation Sessions

With nearly 25 sessions to choose from, topics ranged from cochlear malformations in your hand, endoscopic surgery of the pediatric airway using 3D simulation models, advanced ultrasonography techniques, and more!

Session Titles Included:

• 3D Printing in Otolaryngology Practice: Where Simulation Meets Patient Care
• 3-Dimensional Planning of Mandibular Reconstruction: Hands-on Approach with Live Demonstration
• 3-Dimensional Planning of Maxillary Reconstruction: Hands-on Approach with Live Demonstration
• A Puzzling Night on Call: An Otolaryngology Escape Room Experience? (Simulation)
• Applying techniques for Mandibular Fracture repair
• Challenging Airway Bronchoscopy: Dos and Don’ts for a Successful Procedure
• Choosing and Applying Techniques for Maxillo-Mandibular Fixation
• Clinic Catastrophes: How to Simulate (and Survive) Office-based Emergencies
• Custom Oral Appliances by ENT for Comprehensive Sleep Apnea Treatment
• Cutting Edge Feedback: Framework for Feedback Following Surgical Procedures
• Ear Framework Creation for Microtia Reconstruction
• Effective Management of Auricular Hematoma: Hands-on Experience with the Experts
• Emergency Airway Management for Medical Students: Oto Chautauqua LIVE!
• Endoscopic Pediatric Airway Surgery Using 3 D Printed Models
• Hands-On Office Laryngology Procedures
• Hands-On Slide Tracheoplasty Techniques Using 3D Printed Simulation Models
• Implicit Bias Affects Us All: Simulation and Panel Discussion
• Masterclass in Frontal Sinus Dissection Using 3D Printed Simulation Models
• Maxillo-Mandibular Plating in a Live Saw Bones Lab
• Mucosal Lasers in Otolaryngology: CO2, Nd:YAG, and TruBlue. Why/How?
• Oral Appliance Therapy Made Simple in Your Comprehensive Sleep Practice
• Pediatric Inducible Laryngeal Obstruction: Diagnosis, Treatment, and Hands-On Simulation
• Practicing Open Reduction Internal Fixation of ZMOC fractures
• R for Data Analysis: Useful Tools for Otolaryngologists & Researchers
• Simulating Tracheostomy Emergencies: Building Confidence and Competence
• Tap-Tap: Endonasal and Percutaneous Nasal Osteotomy Techniques on 3D-Printed Models