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Constructivism: The Learning Theory That SupportsCompetency Development of Engineers ForEngineering Practice and Technology LeadershipThrough Graduate Education

机译:建构主义:学习理论,推翻工程师开发的推翻实践与技术的基础教育

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This is the first of four papers prepared for a special panel session focusing on approaches and processes that represent the current insight into the way humans learn. It is particularly focused on how this knowledge is poised to guide professional graduate engineering education for creative engineering practice and leadership of technological innovation to enhance U.S. Competitiveness. This panel session is a part of the evolutionary development effort being made to energize the members of the American Society of Engineering Education response to the urgency of engineering education reform, voiced by Wm. A. Wulf, president of the National Academy of Engineering in the American Society for Engineering Education (ASEE) 2002 Annual Conference’s-Main Plenary Address1. As the panel leadoff paper of this session it introduces Constructivism as the learning theory and process that is most efficient in the development of professional competence. And that effectively guides the philosophical frameworks or curriculum approaches that prepares engineering and engineering technology students at all levels for the execution of integrative functions that are particular to the requirements of industrial practice and systems operations and management. Constructivist learning approach can be crucial in the enablement of sitting professionals making the jump to the leading edge of the practice-focused engineering that requires massive constructed intellectual fusion. This paper raises fundamental questions that must be answered to design a complementary applications competent engineering workforce through the higher education processes to significantly increase the size of the pool of such engineers who are needed to meet the leadership requirements of modern industry and government.
机译:这是为特殊小组会议编写的四篇论文中的第一个,其专注于代表当前了解人类学习方式的洞察力的方法和过程。特别专注于这知识如何准备,以指导专业研究生教育为创新工程实践和技术创新的领导,以提高美国竞争力。本小组会议是进化发展努力的一部分,以激发美国工程教育社会成员对工程教育改革的紧迫性,由WM表示。 A.美国工程学会国家工程学院长Wulf(ASEE)2002年度会议的主要全体会议地址1。作为本次会议的面板领动文件,将建构主义作为学习理论和过程引入最有效的专业能力发展。这有效地指导了哲学框架或课程方法,这些方法为各级准备工程和工程技术学生进行综合职能,特别是工业实践和系统运营和管理的要求。建设主义学习方法可能对休息专业人员的启用至关重要,使得跳转到练习型工程的前沿,这需要大规模构建的智能融合。本文提出了必须通过高等教育流程设计互补型工程劳动力的基本问题,通过高等教育流程来显着增加这些工程师池的规模,以满足现代行业和政府的领导要求。

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