材料电化学工程基础课程的理论和工程实践本研一体化教学探索

Theoretical and Engineering Practice Integration Education Reform in the Fundamentals of Materials Electrochemical Engineering Course

“碳中和”对新能源材料专业人才培养提出了更高要求,在加强理论讲授的同时,还要全面提升大学生的工程应用能力和实践能力。对材料电化学工程基础课程开设本研一体化的教育教学改革,旨在实现多学科的交叉融合,面向工业和工程应用的最新社会化需求。基于OBE方法构建多元化的课程教学体系,从四个时空维度开展课程体系改革:(1)课堂内理论教学;(2)课外调研前沿进展;(3)参与科研项目实践;(4)参与企业工程实践。该课程教育改革,可以提升本研一体化培养水平,提高学生的科研和工程应用能力。

In order to achieve the goals of carbon neutrality in the field of new energy materials,it is as necessary to strengthen the theoretical knowledge,as well as to comprehensively enhance the engineering application and practical abilities of college students.Therefore,an attempt is made to introduce an integrated education and teaching reform for the course"Fundamentals of Materials Electrochemical Engineering".Based on OBE method,the reformation is carried out as four temporal and spatial dimensions:(1)Theoretical teaching in the classroom;(2)Frontier developments in extracurricular research;(3)Participate in scientific research project practice;(4)Participate in enterprise engineering practice.This exploration of educational and teaching reform has played an important role in the integrated training of undergraduate and graduate students,effectively enhancing their research and engineering application abilities.