关于我校“城市地下空间工程”国家一流本科专业建设点建设的实践与探索
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东南大学交通学院地下工程系

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江苏省高等教育教改研究课题(2021JSJG334);东南大学教学改革研究与实践项目(2023-125)。


Practice and Exploration on National First-Class Undergraduate Major Construction of Urban Underground Space Engineering in Southeast University
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Department of Underground Space,School of Transportation,Southeast University

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    摘要:

    本科教育具有重要的战略地位,专业是人才培养的基本单元和基础平台。东南大学城市地下空间工程专业历史渊源深厚,基于我校城市地下空间工程一流本科专业建设实践和探索,以专业培养方案的完善与课程体系的优化为切入点,推动科研成果的教学化转化,构建科研与教学联动的资源体系,强调工科实践环节和创新能力培养,强化师资队伍组成结构等多个方面论述了东南大学专业建设实践的主要举措及建设成效,强调了我校“知识-能力-素养-使命”协同发展与“高素质、强能力、创新型”本科人才培养的特色。探讨了“新工科、新基建”背景下,面对地学、力学、结构等传统土木类课程与人工智能、大数据、信息化等前沿技术类课程,需如何统筹兼顾并综合协调二者的互补关系,进而实现学分学时的优化配置。我校专业建设的实践探索与研讨成果可对全国城市地下空间工程本科专业建设起到借鉴指导和示范引领作用。

    Abstract:

    The undergraduate education is of vital strategic importance, and the major acts as the basic unit and basic platform of talent training. The major of Urban Underground Space Engineering in Southeast University has a profound historical origin. Based on the practice and exploration on the first-class undergraduate course of Urban Underground Space Engineering in Southeast University, this paper demonstrates the main measures and construction achievements of the major construction practice in Southeast University from multiple aspects. These aspects include optimizing the professional training program and the professional curriculum system, promoting the transformation of scientific research achievements into teaching resources, emphasizing the cultivation of practical links in engineering and innovative abilities, and strengthening the structure of the teaching staff. It highlights the characteristics of the coordinated development of " knowledge-ability-literacy-mission" and the cultivation of undergraduate talents with "high-quality, high-capable and high-innovative " in our university. Furthermore, within the new context of "New Engineering Education and New Infrastructure Construction", it explores approaches to fully harmonize the relationship and the distribution of class hours between traditional civil engineering courses (such as geology, mechanics and structure) and emerging courses like artificial intelligence, informatization and big data. The practical exploration and research achievements of our university’s major construction can provide guidance, set examples, and play a leading role for the development of undergraduate programs in Urban Underground Space Engineering nationwide.

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  • 收稿日期:2025-09-06
  • 最后修改日期:2026-03-24
  • 录用日期:2026-04-17
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