“土木工程新材料”是针对大土木学科背景研究生开设的一门专业学位课,首先分析了该课程特点以及传统教学方法弊端;以研究生为中心、学习成果为导向,对教学内容与模式、互动方法和考核方式进行了重构,提出了师生讲授各半、随机双向互动...“土木工程新材料”是针对大土木学科背景研究生开设的一门专业学位课,首先分析了该课程特点以及传统教学方法弊端;以研究生为中心、学习成果为导向,对教学内容与模式、互动方法和考核方式进行了重构,提出了师生讲授各半、随机双向互动、课题报告答辩的新型教学方法。设计了调查问卷进行效果评价,结果表明绝大部分研究生高度认可师生讲授各半的教学内容与模式、随机与双向提问的互动方法、PPT答辩与课程报告的考核方式,喜欢具有幽默、互动、温和特点的授课教师;课程效果整体评价优秀率86%、优良率达100%。通过两年的教学实践,该教学方法可作为其他土木类研究生课程教学改革的重要参考。“New Materials for Civil Engineering” is a professional degree course for graduate students with a background in major civil engineering disciplines. First, the characteristics of the course and the shortcomings of traditional teaching methods are analyzed. Based on graduate-centered and learning outcome-oriented ideas, the teaching content, mode, interaction method and assessment method have been reconstructed, and a new teaching method has been proposed with teachers and students giving half lectures, random two-way interaction, and project report reply. A questionnaire was designed to evaluate the effect, and the results showed that the vast majority of postgraduate students highly recognized the teaching content and mode of half-teaching by teachers and students, the interactive method of random and two-way questioning, and the assessment method of PPT defense and course report. They liked humorous, interactive teachers with gentle characteristics;the overall evaluation rate of course effectiveness is 86%, and the excellent rate is 100%. Through two years of teaching practice, this teaching method can be used as an important reference for the teaching reform of other civil engineering postgraduate courses.展开更多
数据科学导论课程,作为新工科教育结构的关键要素,对人才培养具有重要价值和深远意义。课程通过精致教学目标、优化课程内容、创新教学方法,致力于提升学生综合运用知识解决实际问题的能力。经过这一系列创新性改革,旨在为新工科人才的...数据科学导论课程,作为新工科教育结构的关键要素,对人才培养具有重要价值和深远意义。课程通过精致教学目标、优化课程内容、创新教学方法,致力于提升学生综合运用知识解决实际问题的能力。经过这一系列创新性改革,旨在为新工科人才的培育奠定坚实基础,使学生能在数据科学领域日新月异的发展中,突显其竞争优势,培养成为具有创新思维和实践能力的未来领军人物。The Introduction to Data Science course, as a key element of the new engineering education framework, holds significant value and far-reaching implications for talent cultivation. This course aims to enhance students’ ability to apply knowledge comprehensively to solve real-world problems through refined teaching objectives, optimized course content, and innovative teaching methods. Through this series of innovative reforms, the goal is to lay a solid foundation for cultivating talent in new engineering disciplines, enabling students to stand out in the rapidly evolving field of data science and become future leaders with innovative thinking and practical skills.展开更多
文摘“土木工程新材料”是针对大土木学科背景研究生开设的一门专业学位课,首先分析了该课程特点以及传统教学方法弊端;以研究生为中心、学习成果为导向,对教学内容与模式、互动方法和考核方式进行了重构,提出了师生讲授各半、随机双向互动、课题报告答辩的新型教学方法。设计了调查问卷进行效果评价,结果表明绝大部分研究生高度认可师生讲授各半的教学内容与模式、随机与双向提问的互动方法、PPT答辩与课程报告的考核方式,喜欢具有幽默、互动、温和特点的授课教师;课程效果整体评价优秀率86%、优良率达100%。通过两年的教学实践,该教学方法可作为其他土木类研究生课程教学改革的重要参考。“New Materials for Civil Engineering” is a professional degree course for graduate students with a background in major civil engineering disciplines. First, the characteristics of the course and the shortcomings of traditional teaching methods are analyzed. Based on graduate-centered and learning outcome-oriented ideas, the teaching content, mode, interaction method and assessment method have been reconstructed, and a new teaching method has been proposed with teachers and students giving half lectures, random two-way interaction, and project report reply. A questionnaire was designed to evaluate the effect, and the results showed that the vast majority of postgraduate students highly recognized the teaching content and mode of half-teaching by teachers and students, the interactive method of random and two-way questioning, and the assessment method of PPT defense and course report. They liked humorous, interactive teachers with gentle characteristics;the overall evaluation rate of course effectiveness is 86%, and the excellent rate is 100%. Through two years of teaching practice, this teaching method can be used as an important reference for the teaching reform of other civil engineering postgraduate courses.
文摘数据科学导论课程,作为新工科教育结构的关键要素,对人才培养具有重要价值和深远意义。课程通过精致教学目标、优化课程内容、创新教学方法,致力于提升学生综合运用知识解决实际问题的能力。经过这一系列创新性改革,旨在为新工科人才的培育奠定坚实基础,使学生能在数据科学领域日新月异的发展中,突显其竞争优势,培养成为具有创新思维和实践能力的未来领军人物。The Introduction to Data Science course, as a key element of the new engineering education framework, holds significant value and far-reaching implications for talent cultivation. This course aims to enhance students’ ability to apply knowledge comprehensively to solve real-world problems through refined teaching objectives, optimized course content, and innovative teaching methods. Through this series of innovative reforms, the goal is to lay a solid foundation for cultivating talent in new engineering disciplines, enabling students to stand out in the rapidly evolving field of data science and become future leaders with innovative thinking and practical skills.