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高校工科学生自主实践能力培养模式的探索 被引量:4

Cultivating Science and Engineering Students' Independent Practice Abilities in Colleges and Universities
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摘要 以工程教育理念设计、实施人才培养方案,围绕轻工特色,发挥学科优势,构建符合学生自主实践能力培养需求的教学体系和课程平台。丰富学生自主实践资源,加强项目驱动第二课堂的创新氛围,强化国际交流,以国际化视野推进学科融合及创新能力的培养,拓展学生工程师职业素养与能力。 The undergraduate program was carried out based on the concept of engineering education. It aimed to establish a teaching system and course platform with the characteristics of light industry and the discipline advantage. Through enriching the students" independent practice resources, strengthening the innovation atmosphere of project-driven second classroom, international communication, and the integration of disciplines, the innovation abilities of the students were cultivated and their professional engineering abilities were developed.
机构地区 天津科技大学
出处 《中国轻工教育》 2017年第5期74-78,共5页 China Education of Light Industry
基金 天津市普通高等学校本科教学质量与教学改革研究计划重点项目(B05-0802)
关键词 工程教育 自主实践 教学体系 项目驱动 国际交流 engineering education independent practice teaching system project--driven international communication
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