机电传动与控制开放式综合实验平台 开发及实践教学应用.

The practical teaching of electromechanical transmission control course exists several common problems, such as indistinct curriculum knowledge tree, loose connection of some theoretical and experimental contents with the practical engineering, inconspicuous design and innovation training in course experiments, less openness and utilization efficiency of the experimental platform. This paper discusses the design and implementation open comprehensive experimental platform based on CDIO (conceive-design-implement-operate). The novel platform highlights "one core, two elements, and three-level practices". Tire core is the student's application ability, the two elements are electrical motor and control, and the three level practices are fundamental experiments (learning from observation), design experiments (learning from designing) and innovation experiments (learning from utilizing). In addition, tire novel platform has some advanced features; openness, modularization, easy integration and extension etc. It can not only he used in course experiments for undergraduate students, hut also serve undergraduate in competitions and graduate engineering design. Tire platform has heen proven that it can stimulate students learning interests effectively, deepen the understanding and mastering of electromechanical transmission control course, connect with the engineering practices compactly, train the ability of system design and integrated application for undergraduates and graduates effectively. [ABSTRACT FROM AUTHOR]