Abstract
The rapid integration of Generation Z (GenZ) into medical education has highlighted the need for a transformative shift in teaching methodologies, particularly in specialized fields like orthopedics. As digital natives, GenZ learners-born between 1995 and 2010-exhibit distinct preferences for interactive, technology-driven, and self-directed learning, rendering traditional lecture-based models increasingly obsolete. This scoping review explores the pedagogical implications of GenZ's learning traits and advocates for a generational shift in orthopedic education to align with their cognitive styles and career aspirations. GenZ students thrive in environments that use digital tools such as virtual reality, augmented reality, and gamified platforms, which provide immersive, risk-free surgical simulations and improve procedural mastery. Microlearning techniques, including bite-sized videos and infographics support their shorter attention spans and improve retention of complex topics like fracture classifications and biomechanics. Collaborative learning strategies, such as team-based problem-solving and peer-teaching models, resonate with their preference for social interaction and teamwork. Additionally, adaptive learning systems powered by artificial intelligence offer personalized study plans, addressing individual strengths and weaknesses. The review demonstrates the importance of early clinical exposure and simulation-based training to bridge theory and practice, encouraging pragmatic, career-ready professionals. Educators, particularly millennials, must embrace digital fluency and mentorship to create learner-centered environments. By integrating these innovations-flipped classrooms, gamification, and on-demand resources-orthopedic education can lead to engagement, knowledge retention, and clinical preparedness. Ultimately, this generational shift is imperative to equip future orthopedic surgeons with the skills demanded by modern healthcare. Embracing technology, interactivity, and personalized learning will redefine training approaches, ensuring optimal educational outcomes and patient care for the next generation of medical professionals.