高教学刊2025，Vol.11Issue(14)：54-57,4.DOI:10.19980/j.CN23-1593/G4.2025.14.013
创新教学体系 培育时代人才
摘要
Abstract
Electromagnetic field theory stands as a pivotal pillar in modern physics and engineering.Integrating electromag-netic field theory with ideology and politics education in curricula is an inevitable requirement for educational innovation and cultivating the builders and successors of socialist construction in the new era.The theoretical framework of the ideology and politics curriculum in electromagnetic fields emphasizes value orientation and process-oriented assessment,aiming to nurture stu-dents'scientific literacy and patriotic sentiments.In practical implementation,the undergraduate mentorship system is introduced to provide personalized learning guidance and research opportunities for students,fostering teamwork,practical abilities,and inno-vative consciousness.This approach not only emphasizes the acquisition of specialized knowledge but also focuses on nurturing students'scientific spirit,social responsibility,and patriotic feelings.A multidimensional assessment system is employed to com-prehensively evaluate students'learning outcomes.To ensure teaching quality,teachers are periodically trained to enhance their e-ducational,teaching,and research capabilities,encouraging them to integrate the latest research achievements and providing re-source support to assist mentors in fulfilling their responsibilities.The practice of the ideology and politics curriculum in electro-magnetic fields has boosted students'learning interest and research abilities,shaping the spirit of the times.In the future,further exploration and refinement of the teaching system can be conducted to achieve the goal of fostering virtue through education and cultivating more talents of the times for the country.关键词
电磁场理论/课程思政/教育体系/人才培养/多维度考核Key words
electromagnetic field theory/curriculum ideology and politics/education system/personnel training/multidimen-sional assessment分类
社会科学引用本文复制引用
李念强,周沛,黄于,谷双全,易三露..创新教学体系 培育时代人才[J].高教学刊,2025,11(14):54-57,4.基金项目
2023年教育部产学合作协同育人项目"'光机电算'一体化的光电专业课程教学改革与综合实践平台建设"(230802116210850) （230802116210850）
江苏省研究生科研与实践创新计划项目"面向数据中心的物理层混沌保密通信技术研究"(KYCX24_3297) （KYCX24_3297）
苏州大学高等教育教改课题"地方高校'1+1+1+X'模式的光电信息科学与工程专业基础课程群建设研究"(教字[2023]246号) （教字[2023]246号）
苏州大学拔尖创新人才培养改革项目"基于专业劳动教育实践课程改革研究"(苏大教[2022]79号) （苏大教[2022]79号）
