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An Opto-electric Professionals Training Model based on 'Unity of Knowing and Doing' Theory

机译:基于“知行合一”理论的光电专业人才培养模型

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The "Unity of Knowing and Doing" (UKD) theory is proposed by an ancient Chinese philosopher, Wang Shouren, in 1508, which explains how to unify knowledge and practice. Different from the Chinese traditional UKD theory, the international higher education usually treats knowledge and practice as independent, and puts more emphasis on knowledge. Oriented from the UKD theory, the College of Opto-electric Science and Engineering (COESE) at National University of Defense Technology (NUDT) explores a novel training model in cultivating opto-electric professionals from the aspects of classroom teaching, practice experiment, system experiment, design experiment, research experiment and innovation experiment (CPSDRI). This model aims at promoting the unity of knowledge and practice, takes how to improve the students' capability as the main concern and tries to enhance the progress from cognition to professional action competence. It contains two hierarchies: cognition (CPS) and action competence (DRI). In the cognition hierarchy, students will focus on learning and mastering the professional knowledge of optics, opto-electric technology, laser, computer, electronics and machine through classroom teaching, practice experiment and system experiment (CPS). Great attention will be paid to case teaching, which links knowledge with practice. In the action competence hierarchy, emphasis will be placed on promoting students' capability of using knowledge to solve practical problems through design experiment, research experiment and innovation experiment (DRI). In this model, knowledge is divided into different modules and capability is cultivated on different levels. It combines classroom teaching and experimental teaching in a synergetic way and unifies cognition and practice, which is a valuable reference to the opto-electric undergraduate professionals' cultivation.
机译:1508年,中国古代哲学家王守仁提出了“知行合一”(UKD)理论,该理论解释了如何统一知识和实践。与中国传统的UKD理论不同,国际高等教育通常将知识和实践视为独立的,而更加重视知识。国防科技大学(NUDT)的光电科学与工程学院(COESE)以UKD理论为导向,从课堂教学,实践实验,系统实验等方面探索了一种新型的光电专业人才培养模式。 ,设计实验,研究实验和创新实验(CPSDRI)。该模型旨在促进知识和实践的统一,以如何提高学生的能力为主要关注点,并试图促进从认知到专业行动能力的进步。它包含两个层次结构:认知(CPS)和动作能力(DRI)。在认知层次结构中,学​​生将通过课堂教学,实践实验和系统实验(CPS)来重点学习和掌握光学,光电技术,激光,计算机,电子和机械方面的专业知识。案例教学将把知识与实践联系起来,将引起高度重视。在行动能力等级体系中,重点将放在通过设计实验,研究实验和创新实验(DRI)来提高学生利用知识解决实际问题的能力。在这种模型中,知识被分为不同的模块,并且能力在不同的层次上得到了培养。它以协同的方式将课堂教学与实验教学结合起来,统一了认知与实践,为光电本科专业人才的培养提供了宝贵的参考。

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