Division of Neurosurgery, University of Toronto and Toronto Western Hospital, Toronto, Canada.
World Neurosurg. 2011 Sep-Oct;76(3-4):224-30. doi: 10.1016/j.wneu.2011.02.041.
Transmission of knowledge to neurosurgical trainees in any environment is challenging, more so, in the developing world. Online education has the potential to maximize the cooperation within the international neurosurgical community. Our objective is to describe a model of online education that is sustainable and effective in the developed and developing world using advances in online technology.
This article starts by discussing the currently available online education methods such as listservs, online libraries, and modular courses. Subsequently, we discuss an innovative method of instruction that allows for a more interactive method of education delivery and is applicable to the developing world.
Early data from the teaching of two courses suggests strongly positive results, with participation of faculty and residents in the discussion forum. The course management system used for course delivery also allows for objective measurements of participation, making it possible to keep accurate data that can be used to evaluate student and faculty performance.
Structured online courses in neurosurgery allow for dynamic feedback, and delivery of educational material in a "time-locked" curriculum. Curriculum design facilitates neurosurgical education in the developing world through the creation of courses that fill specific needs or identify educational objectives.
在任何环境下向神经外科受训者传授知识都是具有挑战性的,在发展中国家更是如此。在线教育有可能最大限度地加强国际神经外科学界的合作。我们的目标是描述一种利用在线技术进步,在发达国家和发展中国家都具有可持续性和有效性的在线教育模式。
本文首先讨论了目前可用的在线教育方法,如列表服务、在线图书馆和模块化课程。随后,我们讨论了一种创新的教学方法,它允许更具互动性的教育方式,并适用于发展中国家。
从教授两门课程中获得的早期数据强烈表明结果是积极的,教师和住院医师参与了讨论论坛。用于课程交付的课程管理系统还允许对参与情况进行客观测量,从而可以准确记录数据,用于评估学生和教师的表现。
神经外科学的结构化在线课程允许动态反馈,并在“时间锁定”的课程中提供教育材料。课程设计通过创建满足特定需求或确定教育目标的课程,促进发展中国家的神经外科学教育。