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实践教学是自动化专业培养创新人才的重要条件,自动化专业实验课程体系又是实践教学的重心。针对非线性系统数学工具的高深和不足,课题组从教学大纲要求来完善实践教学体系,合理安排验证性和综合性课程实验,以提高学生的创新意识和动手能力;同时在理论教学和实践教学中引入MATLAB/Simulink,为进行非线性系统的分析和设计提供了极大的方便,同时提高了学生的学习主动性和学习热情,为自动化基础知识教学和自动化技术技能训练、实践教育学与创新人才培养、构建自动化专业实验课程体系等教学改革提供了一定的参考。
Practice teaching is an important condition for the automation major to cultivate creative talents. The automation experimental course system is also the focus of practice teaching. In view of the profound and insufficient mathematical tools of nonlinear system, the research group improves the practice teaching system from the requirements of the syllabus and arranges the confirmatory and comprehensive curriculum experimentally in order to enhance students’ innovative awareness and practical ability. At the same time, in theory teaching and practice teaching The introduction of MATLAB / Simulink, for non-linear system analysis and design provides a great convenience, while improving student learning initiative and enthusiasm for learning, automation and basic knowledge teaching automation technology skills training, practice pedagogy and innovation Personnel training, construction of automated experimental course system and other teaching reform provides some reference.