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《信号与系统》课程设计的实践与探索
引用本文:崔琳莉,朱学勇.《信号与系统》课程设计的实践与探索[J].实验科学与技术,2012,10(1):99-102.
作者姓名:崔琳莉  朱学勇
作者单位:电子科技大学通信与信息工程学院,成都,610054
摘    要:以电子科技大学英才班《信号与系统》课程设计教学实践为例,探讨了《信号与系统》的实验教学改革成效。在课程设计的实践过程中,采用了小班的教学方式,全程跟踪和指导学生的设计过程。为了切实让每位同学都能更好地参与课程设计的环节,课程设计分为4个阶段:自主选题和自主团队、初期答辩、中期答辩、终期答辩。同时将课程设计列为一项独立考核指标,纳入期末考核体系。经过3年的实践证明,课程设计不仅帮助学生更好地理解了课堂理论知识,也更好地培养了学生思考问题、发现问题以及解决问题的能力。

关 键 词:课程设计  信号与系统  实验教学改革

Practice and Exploration of Curriculum Design in Signals and Systems
CUI Lin-li,ZHU Xue-yong.Practice and Exploration of Curriculum Design in Signals and Systems[J].Experiment Science & Technology,2012,10(1):99-102.
Authors:CUI Lin-li  ZHU Xue-yong
Institution:(School of Communication and Information Engineering,University of Electronic Science and Technology of China,Chengdu 610054,China)
Abstract:In this paper,an experimental teaching reform about curriculum design was presented and discussed based on the effectiveness of Signals and Systems in UESTC.A small-class teaching method is a better way through the curriculum design process for tracking and guiding students.The whole curriculum design procedure can be divided into four stages: choosing topics and organizing team,initial-check,mid-check,final-defence.In order to attach enough importance for students,the curriculum design is as an independent assessment indicator included in the final evaluation system.After three years' practice,it is proved that curriculum design is not only to help students to understand the theory of signals and systems,but also to train students to think and identify problems and improve students the abilities of problem-solving.
Keywords:curriculum design  signals and systems  experimental teaching reform
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