Practical Implementation of Simulation Within the Urogynecology Curriculum

Simulation-based education has emerged as an increasingly important strategy to address gaps in urogynecology training resulting from declining procedural volumes and variable clinical exposure. Rooted in adult learning theory, simulation enables experiential and reflective learning, deliberate practice, exposure to high-acuity and low-frequency scenarios, and objective assessment of skills within a safe learning environment. This narrative review summarizes the foundational principles of simulation, describes currently available simulation modalities relevant to urogynecology, and discusses practical considerations for integrating simulation into educational curricula. Existing simulation models span a broad range of procedures, including vaginal hysterectomy, prolapse and incontinence surgical procedures, cystoscopic procedures, fistula repair, and various approaches to sacrocolpopexy. Modalities include low-fidelity and high-fidelity task trainers, box trainers, whole body manikins, cadaveric and animal models, and emerging virtual reality platforms, each with distinct advantages and limitations. Although the literature demonstrates growing innovation and validity work in urogynecology-specific simulation, implementation strategies are not often described. Effective incorporation of simulation requires clear educational goals, needs assessments, and appropriate allocation of time, space, and personnel. When thoughtfully integrated, simulation serves as a powerful adjunct to traditional clinical training, with the potential to enhance competency development, support standardized assessment, and prepare trainees for evolving certification requirements. As simulation technology and educational frameworks continue to advance, the strategic use of simulation is poised to play an increasingly important role in the future of urogynecology education.