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适应“工学结合”模式 改革数学课程体系
引用本文:云连英,黄建明,汪亚东.适应“工学结合”模式 改革数学课程体系[J].高等职业教育,2008,17(1):61-63.
作者姓名:云连英  黄建明  汪亚东
作者单位:浙江台州职业技术学院,浙江台州318000
摘    要:结合高职院校发展的新阶段和国外职业教育课程开发的经验,数学课程要适应“工学结合”人才培养模式要坚持以“必需”为原则构建公共基础内容体系的要求,以服务为宗旨构建应用性数学内容体系,以应用为目的构建数学实验内容体系。由此。适应“工学结合”模式的高职数学课程内容体系为:一元微积分+应用数学模块+数学实验。同时,要以能力培养为主线,实现上述课程体系。

关 键 词:工学结合  数学课程  课程内容体系
文章编号:1008-8415[2008]-01-0061-03
修稿时间:2007年12月7日

Reformation of the Mathematical Course System Based on the Model Combining Work with Study
YUN Lian-ying,HANG Jian-ming,WANG Ya-dong.Reformation of the Mathematical Course System Based on the Model Combining Work with Study[J].Higher Vocational Education:Journal of Tianjin Professional College,2008,17(1):61-63.
Authors:YUN Lian-ying  HANG Jian-ming  WANG Ya-dong
Institution:(Taizhou Vocational & Technical College, Taizhou 318000, China)
Abstract:With the development of higher vocational colleges and implication from the vocational education in foreign countries, the mathematic courses should adopt itself to the talents training model combining work with study. We should build the basic content system based on the principle of indispensability, build the applied mathematical content system aiming to serve, and build the mathematic experimental content system aiming for the application. So, the vocational mathematic course system should be: monadic calculus + applied mathematical model + mathematic experiment. Meanwhile, our main job should be based on capacity training.
Keywords:combination of work with study  mathematic courses  course system research
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