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面对科技革命与教育转型,亟需推动科技教育与人文教育协同,而通识教育正是二者协同的关键路径。该文立足科技—人文协同的现实需求,明确其内涵、理论逻辑和现实困境,并以美国四所大学为案例,借助STS理论与教育学视角构建定位—实施—保障三维分析框架,对美国高校科技—人文通识课程群建设的实践进行分析。研究发现:麻省理工学院、斯坦福大学、加州大学伯克利分校与哈佛大学,分别以真实问题驱动、自我探索、公立经典传承、全球能力培育为核心,形成各具特色的通识课程群实践逻辑,且呈现以下共性特征:在课程群定位上,强调STS理论引领的多元价值共识;在课程群实施上,采用主题驱动的灵活教学与多元评价;在课程群运行保障上,实现制度和资源的协同赋能与动态调整。基于此,我国高校科技—人文协同通识教育改革,应推动通识课程群由知识补充走向价值共生、由学科拼接走向议题组织、由项目建设走向制度生成。
Abstract:In the face of the scientific and technological revolution and the transformation of education, it is urgent to promote the synergy between scientific and technological education and humanistic education, and general education is the key to the synergy between the two. Based on the practical needs of science and technology-humanities collaboration, this paper clarifies its connotation, theoretical logic and practical dilemma. Taking four universities in the United States as examples, this paper constructs a three-dimensional analysis framework of positioningimplementation-guarantee from the perspective of STS theory and pedagogy, and analyzes the practice of the construction of science and technology-humanities general education curriculum group in American universities. The study found that MIT, Stanford University, University of California, Berkeley and Harvard University, respectively, with real problem-driven, self-exploration, public classic inheritance, and global capacity cultivation as the core, form a distinctive general education curriculum group practice logic, and present the following common characteristics: in the curriculum group positioning, emphasizing the multi-value consensus led by STS theory; in the implementation of the curriculum group, the theme-driven flexible teaching and multiple evaluation are adopted; in the operation guarantee of curriculum group, the coordinated empowerment and dynamic adjustment of system and resources are realized. Based on this, the reform of science and technology-humanities collaborative general education in colleges and universities in China should promote the general education curriculum group from knowledge supplement to value symbiosis, from discipline splicing to issue organization, and from project construction to system generation.
[1]李凤亮,陈弘.发展一种“完整的人”的教育——强化科技教育和人文教育协同刍议[J].高教探索,2025,(6):10-13.
[2]刘子云,苏德.技术与文化的并育:高等教育未来性的向度、隐忧与重塑[J].中国电化教育,2025,(12):33-40.
[3]李广平,陈武元.从设置现状到实施效果:对我国高校通识课程质量的反思[J].中国高教研究,2023,(7):82-88.
[4]谢幼如,尹睿等.精品课程群支持的专业综合改革与实践[J].中国电化教育,2013,(8):1-7.
[5]阎光才.关于本科通识教育的林林总总[J].中国高教研究,2021,(12):12-17+56.
[6]Humphreys D, Davenport A. Liberal Education:America’ s Promise—What Really Matters in College[J].Liberal Education,2005,91(3/4):36-43.
[7]David S.Branches from the Same Tree:The Case for Integration in Higher Education[J].Proceedings of the National Academy of Sciences of the United States of America,2019,116(6):1865-1869.
[8]陈佳,陈凡等.新时代中国科技与社会(STS)学科发展报告[J].自然辩证法研究,2024,40(1):125-132.
[9]孟昭红.STS教育:科技进步与社会发展的融合点[J].黑龙江高教研究,2001,(4):15-17.
[10]谢剑雄.生活教育视域下学校课程生态建设的内涵与路径[J].中国教育学刊,2024,(2):99-102.
[11]沈沫,谢培文.哲学与美学视域下高水平研究型大学科技教育与人文教育协同的逻辑内涵、现实挑战与实施策略[J].中国电化教育,2026,(3):70-76.
[12][美]罗伯特·K·殷.周海涛,李永贤,李虔译.案例研究:设计与方法[M].重庆:重庆大学出版社,2004.
[13]E isenhardt K M.Building theories from case study research[J].Academy of management review,1989,14(4):532-550.
[14]高皇伟,吴坚.麻省理工学院通识教育课程模式剖释[J].外国教育研究,2016,43(6):68-80.
[15]De Clercq M, Galand B, et al. Transition from high school to university:a person-centered approach to academic achievement[J].European Journal of psychology of education,2017,32(1):39-59.
[16]Tevis T,Britton K.First-year student experiences:Uncovering the hidden expectations of frontline faculty members and student services administrators[J].Innovative Higher Education,2020,45(4):333-349.
[17]田吉,王保星.让大学新生做好准备——斯坦福入门研究暑期项目的教育理念、实践举措与实施成效解析[J].现代大学教育,2024,40(4):49-57.
[18]吴易林,吕林海.塑造全球能力:美国大学通识教育的路径机制——以哈佛大学、斯坦福大学的通识课程为例[J].清华大学教育研究,2023,44(5):78-88.
[19]刘学东,陆玲等.斯坦福大学通识教育分类必修课程设置研究[J].高教探索,2020,(9):80-86.
[20][21]梁显平,周坚中.加州伯克利大学通识教育创新实践[J].高教发展与评估,2022,38(4):73-81+122.
[22]常桐善.加州大学的卓越发展路径——兼谈加州大学伯克利分校世界一流大学的建设[J].中国高教研究,2024(4):55-63.
[23]高潇怡,任佳妮等.美国高校科技通识课程设置的经验和启示——基于两所顶尖大学的案例[J].科普研究,2024,19(3):39-47+68+101.
[24]Zainuri A,Huda M.Empowering cooperative teamwork for community service sustainability:insights from service learning[J].Sustainability,2023,15(5):4551.
[25]哈佛大学通识教育工作组,罗旻.哈佛大学通识教育的理念创新与改革——哈佛大学通识教育工作组报告[J].北京航空航天大学学报(社会科学版),2015,28(5):95-104.
[26]吴坚.美国研究型大学通识教育课程模式及启示[J].华南师范大学学报(社会科学版),2016,(6):97-102+190.
[27]谢鑫,王世岳等.哈佛大学通识教育课程实施:历史、现状与启示[J].高等教育研究,2021,42(3):100-109.
[28]周洪宇.统筹教育强国、科技强国、人才强国建设的内涵、原则与路径[J].现代教育管理,2026,(1):1-13.
[29]李晓虹,周静.高等文科教育内部质量监测体系构建的逻辑、定位与框架[J].沈阳师范大学学报(教育科学版),2024,3(2):36-45.
基本信息:
中图分类号:G642.3;G649.712
引用信息:
[1]李晓虹,王华利,李莎.科技—人文协同:美国高校通识课程群建设的实践逻辑与启示[J].中国电化教育,2026,No.475(08):46-53+70.
基金信息:
中国高等教育学会2024年度高等教育科学研究规划课题“地方高校拔尖创新人才培养研究”(课题编号:24DF0202)阶段性研究成果
2026-08-06
2026-08-06