How do we teach generative artificial intelligence to medical educators? Pilot of a faculty development workshop using ChatGPT.

PURPOSE: Artificial intelligence (AI) is already impacting the practice of medicine and it is therefore important for future healthcare professionals and medical educators to gain experience with the benefits, limitations, and applications of this technology. The purpose of this project was to develop, implement, and evaluate a faculty development workshop on generative AI using ChatGPT, to familiarise participants with AI. MATERIALS AND METHODS: A brief workshop introducing faculty to generative AI and its applications in medical education was developed for preclinical clinical skills preceptors at our institution. During the workshop, faculty were given prompts to enter into ChatGPT that were relevant to their teaching activities, including generating differential diagnoses and providing feedback on student notes. Participant feedback was collected using an anonymous survey. RESULTS: 27/36 participants completed the survey. Prior to the workshop, 15% of participants indicated having used ChatGPT, and approximately half were familiar with AI applications in medical education. Interest in using the tool increased from 43% to 65% following the workshop, yet participants expressed concerns regarding accuracy and privacy with use of ChatGPT. CONCLUSION: This brief workshop serves as a model for faculty development in AI applications in medical education. The workshop increased interest in using ChatGPT for educational purposes, and was well received.

Transgender Healthcare: Development of an Illustrated eLearning Tool for Medical Education.

This article was migrated. The article was marked as recommended. Purpose Transgender health competency among medical students and clinical providers remains poor, yet standardized curricula are lacking. Integrating the rapidly evolving teaching methods of the current technological era, a team of physicians and instructional designers created and evaluated a visual-format, interactive eLearning module to teach core competencies of transgender healthcare. Methods From September-March 2020, 416 students (MS1-MS4) from a NY-based medical school participated in the curriculum, which covered sexual development, gender affirmation surgeries, medical management, and health screening for transgender patients. Students completed pre/post surveys about their knowledge, comfort, and preparedness. Changes were assessed using the Chi-squared test. Commentaries were evaluated with thematic analysis. Results Pre-intervention, 68% of MS4s and 53% of MS3s rated the preclinical transgender curricula as "very poor," "poor," or "fair." Among the 187 students who took the module and post-survey, 79% felt "more comfortable" and 81% felt "more prepared" in providing healthcare to transgender patients after completion. Each class demonstrated statistically significant increases in comfort compared to baseline assessments. Students submitted >150 positive comments on the module's educational content, illustrations, and functionality. Conclusions As medical schools increasingly embrace virtual learning, this interactive learning tool serves as a model for expanding transgender healthcare curricula throughout the country.