基于TRIZ-CDIO理论的工科大学生科技竞赛体系构建与工程实践能力培养

Jia Jin-gang, Han Ying-shuai, Zhang Jian-yi, Zhang Yong-de, Yang Wei
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引用次数: 0

摘要

针对工科本科生的工程实践能力需求,如何培养工科本科生的工程实践能力,已成为中国高等教育研究的一个关键问题。在分析工程实践能力培养存在问题的基础上,分析了TRIZ-CDIO理论、科技竞争与工程实践能力之间的关系。在阐述TRIZ传统理论体系和CDIO工程教育方法的基础上,将CDIO工程教育模式与TRIZ创新理论整合为TRIZ-CDIO理论。分析了TRIZ-CDIO理论、科技竞赛对工程实践能力的影响。通过分析科技竞争过程中存在的不足,建立了科技竞争一体化平台。取得了一定的成绩。科技竞赛是CDIO工程教育和TRIZ理论改革的重要组成部分,对工科大学生工程实践能力的培养起着关键作用。
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Engineering undergraduate's science and technology competition system construction and engineering practice ability cultivation based on TRIZ-CDIO theory
Aiming to the engineering practice ability demand for engineering undergraduate, how to cultivate the engineering practice ability of engineering undergraduate, have become a key issue of China higher education research. Based on the analysis of existing problem of engineering practice ability cultivation, the relation among TRIZ-CDIO theory, science and technology competition and engineering practice ability is analyzed. Based on the elaborating of the TRIZ traditional theoretical system and CDIO engineering educational approach, CDIO engineering education mode and TRIZ innovation theory is integrated as TRIZ-CDIO theory. And the influence of TRIZ-CDIO theory, science and technology competition on engineering practice ability is analyzed. Through the analysis of insufficient in the process of science and technology competition, integration platform of science and technology competition is established. Some achievements are obtained. Science and technology competition is an important part of the reform of CDIO engineering education and TRIZ theory, and it plays a key role in the engineering practice ability cultivation of engineering undergraduate.
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