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Fostering Wonder Through the Arts and Humanities: Using Visual Thinking Strategies in Medical Education.

Daniel ZhengPhilip YenawineMargaret S Chisolm
Published in: Academic medicine : journal of the Association of American Medical Colleges (2023)
Philosophers and scientists alike argue that wonder-that emotion or state of consciousness in which one's attention is fixed on phenomena beyond one's comprehension-is the central virtue and driving force of all education. As in general education, wonder is central to all aspects of academic medicine's tripartite mission; a sense of wonder fuels the delivery of humanized patient care, sparks scientific discoveries, and supports engagement in lifelong learning. Despite its importance throughout medicine, developing a capacity for wonder among physicians has not been a stated goal of medical education and innovative methods to foster a capacity for wonder have not been explored. There is a growing interest in the arts and humanities in medical education, and evidence suggests that these can support the development of a diverse array of clinically relevant skills and attitudes (including close observation, critical thinking, empathy, and tolerance for ambiguity) in medical learners across the learning continuum. However, even the potential of these methods to support a capacity for wonder has not yet been fully explored. In this article, the authors explore how one of the most widely used and studied arts-based learning activities in medical education, Visual Thinking Strategies, can help develop a capacity for wonder among physicians. They illustrate how Visual Thinking Strategies support the central elements of wonder-based pedagogy (i.e., exploration, improvisation, imagination, personal interest, and the ethos of educators) previously developed in education theory.
Keyphrases
  • medical education
  • healthcare
  • primary care
  • quality improvement
  • autism spectrum disorder
  • social media
  • depressive symptoms
  • mental health
  • high resolution
  • mass spectrometry
  • single cell