摘要
在当前工科专业认证和新工科背景下,如何培养能面向市场、适应当前及未来的行业需求的新能源人才,景德镇陶瓷大学提出构建培养具有综合性解决复杂工程问题能力的创新型应用技术人才的实践教学培养体系。该实践教学培养体系中包括:市场需求与人才培养定位的本科培养方案动态调控机制;独立的实验教学体系的自我提升与培养达成度的监督机制;校内外实践教学体系的融合与解决复杂工程问题能力培养的调控机制以及基于创新素质培养的创新实践教学机制。该体系有助于提升学生解决复杂工程问题的能力,为新能源材料与器件专业的建设与发展探索出一条可行性途径。
Under the background of engineering accreditation and new engineering education,how to train new energy talents who can face the market and meet the needs of current and future industries has become an important issue.Jingdezhen Ceramic Institute has developed a training system for innovative and applied technology talents with comprehensive abilities to solve complex engineering problems.This system includes a dynamic regulation mechanism for undergraduate talents cultivation based on market demands,a supervision mechanism for self-improvement and quality control of independent experimental teaching,an integration system for inside and outside school practical teaching and the cultivation of students’abilities to solve complex engineering problems,and an innovative practice teaching mechanism for improving the students’innovative capacities.The new system is expected to find a better way for the development of new energy materials and devices major.
作者
常启兵
王艳香
曾涛
徐序
孙良良
CHANG Qibing;WANG Yanxiang;ZENG Tao;XU Xu;SUN Liangliang(School of Material Science and Engineering,Jingdezhen Ceramic Institute,Jingdezhen 333403,China)
出处
《中国轻工教育》
2020年第4期66-70,76,共6页
China Education of Light Industry
基金
江西省高校教改课题“‘互联网+’时代下《材料物理》的PBL教学研究”(JXJG-16-1-6)。
关键词
新能源材料与器件专业
创新型应用人才
培养体系
复杂工程问题
the major of new energy materials and devices
innovative and applied talents
training system
complex engineering problems
