首页> 外文会议>International Technology,Education and Development Conference >(918)LEARNING MANAGEMENT THEORY: HOW EXPERTS FOSTERLEARNING IN HIGHER EDUCATION AND PROFESSIONALPRACTICE ENVIRONMENTS
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(918)LEARNING MANAGEMENT THEORY: HOW EXPERTS FOSTERLEARNING IN HIGHER EDUCATION AND PROFESSIONALPRACTICE ENVIRONMENTS

机译:(918)学习管理理论:专家如何在高等教育和专业的环境中进行思考

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In this article I introduce learning management theory (LMT) as a framework for the studyand design of learning in higher education and professional practice environments. LMT’sfocus is on what experts do to foster learning, its unit of analysis is an “expertise-drivenskill unit” composed of one or more individuals of various degrees of expertise, theirartifacts, and the practices by which the former engage the later. Examples of expertisedrivenskill units are a teacher engaged with his/her students in the physical or virtualclassroom, a team of software design engineers, or a scientist and her assistants at theresearch lab. Learning management (LM) is the process in which expertise-skill unitsengage with the purpose of delivering learning for themselves, others and theirdisciplines. The construct can be described in terms of a set of complementary concepts:1. LM temporal dimensions, 2. LM best practices, 3. LM design principles, and 4. LMtools. LM concepts are derived from a “complexity assumption” to domain learning andexpert cognition: each concept reflects a different perspective on the complexphenomenon of LM. Because of its focus on experts and the expertise-driven skill units inwhich they participate, LM dissolves the dichotomy between learning in the physical orvirtual classroom and learning in professional practice, gives experts and novices aformative common platform for learning and development in higher education and theworkplace.
机译:在本文中,我将学习管理理论(LMT)介绍为高等教育和专业实践环境学习学习的框架。 LMT'SFocus正在培养学习的专家,其分析单位是由一个或多个各种专业知识,其术语和前者举行的实践组成的“专业知识 - 驱动单位”组成。专业化的例子是一名教师与他/她的学生在身体或viricalclassroom,软件设计工程师团队中与他/她的学生一起参与,或者在Theresearch实验室的科学家和她的助手。学习管理(LM)是专业技能单位的过程,目的是为自己提供学习,其他人和他们的学科。可以根据一组互补概念来描述构造:1。 LM时间尺寸,2. LM最佳实践,3. LM设计原则和4. LMTools。 LM概念来自于“复杂性假设”到域学习和认知者:每个概念反映了LM的复合物的不同视角。由于其专注于专家和专业知识推动的技能单位,LM溶解在专业实践中学习的学习与学习之间的二分法,为专家和新手提供高等教育和工人工作的学习和发展的形式共同平台。

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