首页|基于"专创融合"的数字信号处理课程教学研究

基于"专创融合"的数字信号处理课程教学研究

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数字信号处理是电子信息类专业本科阶段重要的专业课程,在培养学生的专业实践应用能力方面具有重要作用.为了充分调动学生的学习潜力,本课程以学生为中心、以"专创融合"为导向,通过项目驱动,激发学生学习热情;通过探究式教学法,发掘学生学习潜能;通过虚拟仿真,化繁为简,抽象理论形象化,降低了理论学习难度.并进一步采用多元化课程评价方式提供教学保障.该模式在皖江工学院通信工程专业进行了实践,结果表明:通过"专创融合"课程教学改革,学生的学习热情增加,学用结合、成果显著,优秀率提高了6.6%,不及格率下降了 11%,学生对课程的反馈100%满意.以期为应用型本科高校数字信号处理课程教学提供借鉴.
Teaching Research of Digital Signal Processing Course based on"The Integration of Innovation and Profession"
Digital signal processing is an important professional course for undergraduate students majoring in electronic information major,which plays an important role in cultivating students'professional practice and application ability.In order to fully mobilize the learning potential of students,this course is student-centered and guided by the integration of innovation and profession.In course teaching,students'enthusiasm for learning is stimulated through project-driven method.Students'learning potential is being exploited through inquiry-based teaching method.The difficulty of students'theoretical learning is reduced through virtual simulation,which can simplify the complexity and visualize abstract theories.Furthermore,diversified curriculum evaluation method is adopted to provide teaching guarantee.This model has been practiced in the communication engineering major in Wanjiang University of Technology.The results show that through the course teaching reform of"the integration of innovation and profession",students'enthusiasm for learning has been increased,learning and using have been combined,and the results have been remarkable.The excellence rate has been increased by 6.6%,the failure rate has been decreased by 11%,and students are 100%satisfied with the course.It is expected to provide references for the teaching of Digital Signal Processing course in application-oriented undergraduate universities.

"the integration of innovation and profession"digital signal processingproject-driveninquiry-based learningvirtual simulation

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皖江工学院电气信息工程学院,马鞍山 243031

"专创融合" 数字信号处理 项目驱动 探究学习 虚拟仿真

安徽省级教学示范课程建设项目安徽省级一流本科人才示范引领基地安徽省级校企合作实践教育基地

2020SJJXSFK24482020rcsfjd402020sjjd134

2024

吉林农业科技学院学报
吉林农业科技学院

吉林农业科技学院学报

影响因子:0.32
ISSN:1674-7852
年,卷(期):2024.33(1)
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