摘要
工科专业实验教学,要把实验教学课程改革作为切入点。该文以高分子化学实验为例,结合经典的溶液缩聚法来建设高分子材料专业创新创业实验课程,以期学生在解决科学问题的过程中,提高自身的独立思考和创新创业能力,同时总结创新实验项目的成效。
The experimental teaching of engineering majors should take the reform of experimental teaching courses as an entry point. Taking the polymer chemistry experiment as an example, combined with the classic solution polycondensation method, this paper proposes a strategy for the construction of an innovative entrepreneurship experiment course for polymer materials majors, with a view to improving students’ independent thinking and innovation and entrepreneurship ability and summaring the effectiveness of innovative experimental projects during the process of problem solving.
作者
田晨旭
蔡绪福
杨昌跃
李艳梅
姜猛进
TIAN Chenxu;CAI Xufu;YANG Changyue;LI Yanmei;JIANG Mengjing(College of Polymer Science and Engineering,Sichuan University,Chengdu 610065,China)
出处
《实验科学与技术》
2020年第3期84-88,108,共6页
Experiment Science and Technology
基金
四川大学新世纪教育教学改革工程研究项目(P16183/009)。
关键词
“双创”平台
创新创业实验课程
溶液缩聚
三聚氰胺-甲醛树脂
"start-ups and innovation"platform
innovation and entrepreneurship curriculum
solution polycondensation
melamine-formaldehyde
