Ear Surgery Training: A Comprehensive Review

The technical complexity of otologic procedures, such as mastoidectomy and ossiculoplasty, necessitates high-fidelity training to navigate intricate temporal bone anatomy safely. This review evaluates the transition from traditional surgical pedagogy to high-tech simulation. We synthesized current data on cadaveric dissection, 3D-printed models, and virtual reality (VR) platforms, assessing their impact on haptic proficiency and clinical skill transfer. Beyond traditional methods, we examine how exoscopic and robotic-assisted systems are reshaping the learning curve by providing enhanced magnification and tremor filtration. However, the integration of these tools faces hurdles, including high capital costs and the challenge of replicating the varied pathologies encountered in live patients. Our analysis highlights that while emerging technologies offer scalable alternatives to human tissue, traditional mentorship remains the benchmark for haptic feedback. A comprehensive, multimodal training framework is essential to bridge the gap between simulation and the operating room, ultimately optimizing patient safety and surgical precision.