面向卓越工程师培养的自动控制原理实验教学改革

Reform on Experiment Teaching of Automatic Control Principle Oriented by Training of Outstanding Engineers

基于自动化专业卓越工程师培养计划,以培养设计型工程师为导向,围绕实验教学设备、实验教学内容和实验教学方法三方面着手,对自动控制原理实验课程进行教学改革与实践。将自主研制的物理系统"电机伺服控制系统实验台"引入实验教学;开展"数字仿真—模拟仿真—物理系统实验"三层次递进式实验教学内容;探索了"以学生为主体,实验问题为导向,网络教学资源为配套"的实验教学方法。实践表明,该改革方案能够循序渐进地提升和强化学生的设计能力和工程意识,并有效培养和激发学生的自主学习能力和科学探究精神。

Based on the plan for educating and training outstanding engineers of automation specialty, this paper addresses teaching reform and practical exploration on ＂Automatic Control Experiment＂ from three aspects, i. e.,teaching equipment, experimental contents and teaching methods, in order to cultivate designing engineers. Firstly,＂Motor Servo Control System Platform＂ is self-developed with a strong engineering background, and introduced to experiment teaching. Secondly, ＂Three-level-division＂ experiment contents including digital simulation experiments,analog simulation experiments and physical system experiments are developed. Finally, the teaching method centered by students, driven by problems and complemented by online teaching resources is carried out. The teaching practice shows that the reform can gradually improve students＇ design ability and engineering consciousness. Meanwhile, it can also mobilize the self-learning capacity and the research ability.