Simulation Hackathon: Transforming Healthcare through Innovation

Abstract: In today’s rapidly evolving healthcare landscape, simulation is a cornerstone for advancing education, patient safety, and clinical competencies2. However, a gap exists in effectively harnessing innovative solutions within simulation practices. This pre-conference workshop utilizes the hackathon model, an immersive time-bound event that fosters collaboration and rapid problem-solving1, to address this gap. Participants will engage in a dynamic, hands-on experience designed to identify pressing issues in healthcare simulation and develop innovative, simulation-based solutions.
Throughout the four-hour session, attendees will form teams, guided by mentors, to engage in rapid ideation, critical thinking, and solution development. This structure encourages diverse perspectives and enhances participants' skills in innovation, collaboration, and technology integration1. By the end of the workshop, teams will present their solutions to peers and mentors, fostering an environment of shared learning and discovery.
This hackathon is open to healthcare professionals at all levels, whether new to simulation or seasoned professionals, ensuring a rich mix of insights and experiences. Participants will leave with actionable solutions, a deeper understanding of simulation’s critical role in healthcare education, and the skills necessary to implement these solutions effectively. Join us to hack the future of simulation through innovation, collaboration, and the power of collective creativity.

Please include a short summary of your presentation that highlights why an attendee would want to participate in your session.: This engaging workshop invites participants to hack the future of simulation by innovating healthcare simulation practices. Attendees will collaborate in teams to tackle real-world challenges, guided by mentors. This dynamic session enhances skills in rapid ideation, problem-solving, and technology integration, resulting in actionable solutions and a deeper understanding of simulation’s critical role in advancing patient care and education.