在新工科建设的浪潮中,高等教育机构肩负着培养未来多元化、创新型卓越工程人才的重要使命。这一时代背景对理工科学生的培养标准提出了前所未有的高要求,尤其注重多学科交叉融合、创新能力与实践技能的培养。本文聚焦于《应用物理学专...在新工科建设的浪潮中,高等教育机构肩负着培养未来多元化、创新型卓越工程人才的重要使命。这一时代背景对理工科学生的培养标准提出了前所未有的高要求,尤其注重多学科交叉融合、创新能力与实践技能的培养。本文聚焦于《应用物理学专业导论》课程,深入剖析了在新工科框架下的课程内容设计、教学方法及考核体系的创新实践。通过精心构建课程目标、优化内容结构、革新教学模式及多元化考核方式,本课程致力于引导学生深刻理解新工科背景下应用物理学的精髓、发展脉络及高效学习路径,为学生后续的专业深造与职业发展铺设坚实的基石。In the wave of new engineering construction, higher education institutions shoulder the important mission of cultivating future diversified and innovative outstanding engineering talents. The background of this era has put forward unprecedentedly high requirements for the training standards of science and engineering students, especially emphasizing the cultivation of interdisciplinary integration, innovation ability, and practical skills. This article focuses on the course “Introduction to Applied Physics” and deeply analyzes the innovative practice of course content design, teaching methods, and assessment systems under the new engineering framework. By carefully constructing course objectives, optimizing content structure, innovating teaching models, and diversifying assessment methods, this course is committed to guiding students to deeply understand the essence, development trajectory, and efficient learning path of applied physics under the background of new engineering, laying a solid foundation for students’ subsequent professional advancement and career development.展开更多
文摘在新工科建设的浪潮中,高等教育机构肩负着培养未来多元化、创新型卓越工程人才的重要使命。这一时代背景对理工科学生的培养标准提出了前所未有的高要求,尤其注重多学科交叉融合、创新能力与实践技能的培养。本文聚焦于《应用物理学专业导论》课程,深入剖析了在新工科框架下的课程内容设计、教学方法及考核体系的创新实践。通过精心构建课程目标、优化内容结构、革新教学模式及多元化考核方式,本课程致力于引导学生深刻理解新工科背景下应用物理学的精髓、发展脉络及高效学习路径,为学生后续的专业深造与职业发展铺设坚实的基石。In the wave of new engineering construction, higher education institutions shoulder the important mission of cultivating future diversified and innovative outstanding engineering talents. The background of this era has put forward unprecedentedly high requirements for the training standards of science and engineering students, especially emphasizing the cultivation of interdisciplinary integration, innovation ability, and practical skills. This article focuses on the course “Introduction to Applied Physics” and deeply analyzes the innovative practice of course content design, teaching methods, and assessment systems under the new engineering framework. By carefully constructing course objectives, optimizing content structure, innovating teaching models, and diversifying assessment methods, this course is committed to guiding students to deeply understand the essence, development trajectory, and efficient learning path of applied physics under the background of new engineering, laying a solid foundation for students’ subsequent professional advancement and career development.
