“新工科”背景下机电系统控制实验课程改革与实践

Reform and Practice of Electromechanical System Control Experimental Courses under the Background of “New Engineering”

  • 摘要: 针对当前机电系统控制实验课程的教学现状,结合“新工科”多元化、创新型卓越工程人才的培养新要求,构建了“强基础、重分析、知识过渡、创新设计”的多元化机电系统控制实验教学体系,建立了以前沿科技激发兴趣,学生独立设计与思考,教师辅助指导与启发,多平台资源并用的多维度实验教学模式,形成了全方位、多角度、综合性强的实验教学评价体系。通过对该实验课程的改革与实践,增强了学生学习积极性,有利于学生对控制知识的深刻理解和掌握,并进一步提高了其学以致用和科技创新能力。

     

    Abstract: In view of the current teaching status of electromechanical system control experimental courses, combined with the new requirements for cultivating diversified and innovative outstanding engineering talents in “new Engineering”, a diversified electromechanical system control experimental teaching system with “strong foundation, emphasis on analysis, knowledge transitions, and innovative design” has been constructed. A multi-dimensional experimental teaching model that uses the cutting-edge technology has been established to stimulate students’ interest, students design and think independently, teachers assist with guidance and inspiration, and multi-platform resources are used together. An all-round, multi-angle, and comprehensive experimental teaching evaluation system has been formed. Through the reform and practice of this experimental course, students’ learning enthusiasm is enhanced, which is conducive to students’ deep understanding and mastery of control knowledge, and further improves students’ knowledge application and scientific and technological innovation abilities.

     

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