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结合控制工程领域工程硕士专业学位的特点、工程硕士培养特色及培养目标,对控制工程领域工程硕士专业学位标准中课程体系的制定前提和原则等问题进行了讨论,指出课程体系的制定遵循了共性、系统性、交叉性、可扩展性等几个原则,在此基础上给出了标准中课程体系的架构和主要内容,并对课程学习方式进行了阐述。同时指出,在本课程体系框架下,各培养单位应根据培养目标要求,结合学校特点和用人单位实际、国内外最新技术发展,多元化人才市场需求,制订各具特色、切实可行的课程方案和实施办法;并且随着工程技术的不断发展,课程体系需进行不断的修改和拓展。
Combining with the specialty of engineering master’s degree in control engineering, the characteristics of master’s training and the training objectives, this paper discusses the preconditions and principles of the curriculum system of engineering master’s degree in control engineering. It points out that the formulation of curriculum system follows commonalities , Systematicness, crossability, extensibility and so on. On this basis, the architecture and main contents of the standard curriculum system are given, and the course learning methods are described. At the same time, it points out that under the framework of this course system, all training units should formulate their own specific and practicable curriculum plans according to the requirements of training objectives, combined with the characteristics of schools and employing units, the latest technology development at home and abroad, and the diversified talent market demand Implementation methods; and with the continuous development of engineering technology, the curriculum system needs to be constantly revised and expanded.