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"人工智能+"时代科教融合协同育人的探索与思考OA

Exploration and reflection on the integration of science and engineering education in the AI+era:a case study on civil engineering

中文摘要英文摘要

随着"人工智能+"时代的到来,工科教育必须与时俱进,通过紧扣技术发展脉搏,推动工科教育模式的智慧化转型,从而有效培养适应社会需求、掌握实用技能且富有创新精神的复合型人才.以土木工程学科为例,新技术的不断涌现为传统土木工程学科带来新的机遇和挑战,需要重新审视其与AI技术的融合应用.文章分别从传统土木工程学科内部的AI应用、土木工程与其他学科交叉领域的AI应用两个维度,阐述了AI在土木工程学科中的发展与应用情况.这不仅为土木工程与AI的跨界融合提供了宝贵的思路,也为新时代土木工程科教融合协同育人的实践提供了方向.此外,针对新时代土木工程科教融合协同育人的现状进行了深入探索,剖析了现存问题,提出了相应的对策与建议.研究成果不仅为土木工程学科教育政策制定者、高校管理者,以及一线教育工作者提供了决策参考,更为国家新质生产力的构建提供持续不断的创新动力.同时,这些经验和启示也为"人工智能+"时代其他工科科教融合协同育人的实践提供参考和借鉴.

In the era of AI+,engineering education faces an imperative to keep abreast with technological advancements,fostering seamless integration with the rapid pace of technological development.This necessitates the promotion of a smart transformation within engineering education,aimed at nurturing a cadre of socially responsible professionals equipped with both practical skills and an innovative mindset.Using civil engineering as an example,the perpetual emergence of novel technologies has not only rejuvenated traditional civil engineering disciplines but also underscored the need for a profound reassessment of their integration and utilization alongside AI technology.This article undertakes an examination of the progression and implementation of AI in civil engineering from two perspectives:the embedment of AI within the confines of traditional civil engineering disciplines and interdisciplinary application of AI at the juncture of civil engineering and other fields.This not only illuminates avenues for cross-disciplinary collaboration between civil engineering and AI but also serves as a guidepost for the pragmatic endeavor of collaborative education and science-education integration within civil engineering in the new era.Furthermore,this article engages in a rigorous exploration and reflective analysis of the present landscape of collaborative education and the integration of science and education within civil engineering.It meticulously scrutinizes existing challenges and,in response,formulates pertinent countermeasures and recommendations.The research furnishes decision-making frameworks for policymakers,university administrators,and frontline educators in the realm of civil engineering education.Concurrently,the experiences and insights serve as crucial benchmarks for the implementation of collaborative education and science-education integration in other engineering disciplines navigating the AI+era.

祝青鑫;杨阳

上海理工大学 环境与建筑学院,上海 200093上海电力大学 海上风电技术教育部工程研究中心,上海 200090

交通工程

人工智能(AI)科教融合土木工程学科交叉新质生产力

artificial intelligence(AI)integration of science and educationcivil engineeringinterdisciplinarynew productive forces

《高等建筑教育》 2026 (1)

20-29,10

国家自然科学基金(52408342)上海市浦江人才计划(23PJ1410000)上海理工大学教师发展研究项目(CFTD2024YB16)

10.11835/j.issn.1005-2909.2026.01.003

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