摘要
本文分析了我校材料工程专业学位培养和能源材料课程教学的特点,引入CDIO教学理念,从培养目标、教学大纲、教学内容和教学模式等方面进行教学改革和实践。结果表明能源材料课程CDIO教学模式有利于加强学生工程实践能力锻炼,提高学生自主学习和解决实际工程问题的能力;有利于培养应用型工程人才,是新工科建设背景下材料工程专业学位硕士培养的有效探索。
The characteristics of master degree of materials engineering training and energy materials course in our university are summarized in this paper.By introducing the CDIO teaching concept,we carried out teaching reforms and practices in terms of training objectives,syllabus,teaching content and teaching mode.The results show that the energy materials course with CDIO teaching model is conducive to strengthening students’engineering practice ability,improving students’ability to learn independently and to solve practical engineering problems.Considering the construction of new engineering disciplines,CDIO is also benefit to cultivate applied engineering talents,hence is an effective exploration to the training of masters of materials engineering.
作者
甘永平
张文魁
夏阳
张俊
黄辉
Gan Yongping;Zhang Wenkui;Xia Yang;Zhang Jun;Huang Hui(College of Materials Science and Engineering,Zhejiang University of Technology,Zhejiang,310014)
出处
《当代化工研究》
2022年第8期133-135,共3页
Modern Chemical Research
基金
浙江工业大学校级教改项目“专业学位硕士CDIO培养模式改革与探索”(项目编号:2019102)。
关键词
材料工程专业硕士
能源材料课程
CDIO模式
探索与实践
master degree of materials engineering
energy materials course
CDIO mode
exploration and practice
