Department of Cell Biology and Physiology, University of New Mexico School of Medicine, Albuquerque, New Mexico, USA.
Med Educ. 2010 Jan;44(1):20-30. doi: 10.1111/j.1365-2923.2009.03548.x.
The world of medical education is more complex than ever and there seems to be no end in sight. Complexity science is particularly relevant as medical education embraces a movement towards more authentic curricula focusing on integration, interactive small-group learning, and early and sustained clinical and community experiences.
A medical school as a whole, and the expression of its curriculum through the interactions, exchanges and learning that take place within and outside of it, is a complex system. Complexity science, a derivative of the natural sciences, is the study of the dynamics, conditions and consequences of interactions. It addresses the nature of the conditions favourable to change and transformation (learning).
The core process of complexity, self-organisation, requires a system that is open and far from equilibrium, with ill-defined boundaries and a large number of non-linear interactions involving short-loop feedback. In such a system, knowledge does not exist objectively 'out there'; rather, it exists as a result of the exchange between participants, an action that becomes knowing. Understanding is placed between participants rather than being contained in one or the other. Knowledge is not constructed separately in the mind of the knower, but, rather, it emerges; it is co-created during the exchange in an authentic recursive transactive process. Learning and knowing become adaptive responses to continuously evolving circumstances. An approach to curriculum based on self-organisation is characterised as rich, recursive, relational and rigorous and it illuminates how a curriculum can be understood as a complex adaptive system. The perspective of complexity applied to medical education broadens and enriches research questions relevant to health professions education. It focuses our attention onto how we are together as human beings. How we respond to and frame the issues of learning and understanding that challenge contemporary medicine and, by extension, medical education, in a complex and rapidly changing world can have profound effects on the preparedness of tomorrow's health professionals and their impact on society.
医学教育领域比以往任何时候都更加复杂,而且似乎看不到尽头。复杂性科学尤其与医学教育相关,因为医学教育正在朝着更加真实的课程发展,注重整合、互动式小组学习以及早期和持续的临床和社区体验。
整个医学院,以及通过其内部和外部的相互作用、交流和学习来表达的课程,都是一个复杂的系统。复杂性科学是自然科学的一个分支,是对相互作用的动态、条件和后果的研究。它涉及有利于变化和转型(学习)的条件的性质。
复杂性的核心过程,自组织,需要一个开放的、远离平衡的系统,具有定义不明确的边界和涉及大量非线性相互作用的短程反馈。在这样的系统中,知识不是客观地存在于“那里”;相反,它是参与者之间交流的结果,这种交流成为知识。理解不是存在于参与者中的一个或另一个,而是介于参与者之间。知识不是在学习者的头脑中单独构建的,而是在交流中涌现出来的;它是在一个真实的递归交互过程中共同创造的。学习和理解成为对不断变化的环境的适应性反应。基于自组织的课程方法的特点是丰富、递归、关系和严格,它阐明了课程如何被理解为一个复杂的自适应系统。将复杂性的观点应用于医学教育,拓宽和丰富了与健康职业教育相关的研究问题。它将我们的注意力集中在作为人类的我们如何相互作用。我们如何应对和构建那些挑战当代医学的学习和理解问题,以及在一个复杂和快速变化的世界中,这对未来的卫生专业人员的准备和他们对社会的影响有深远的影响。