“AI赋能,数字转型”:土木行业变革期下本科人才培养策略与实践
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西南交通大学

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西南交通大学2024年校级本科教育教学研究与改革项目:探索个性化能力达成路径,打造全时域育人生态,实现土木工程教育智慧化转型


Empowered by AI, Digitally Transformed": Undergraduate Talent Cultivation Strategies and Practices in the Transformational Period of the Civil Engineering Industry
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Southwest Jiaotong University

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Southwest Jiaotong University 2024 Institutional-Level Undergraduate Education Teaching Research and Reform Project: Exploring Personalized Competency Achievement Pathways, Building a Comprehensive & Continuous Education Ecosystem, and Realizing the Intelligent Transformation of Civil Engineering Education.

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    摘要:

    本文针对第四次工业革命背景下土木工程行业智能化转型对人才培养提出的新要求,分析了当前高校在智能建造人才培养中存在的主要问题,包括思政教育针对性不足、课程体系与行业需求脱节、教师数智素养薄弱以及实践教学支撑不足等。为此,本研究构建了一套“AI赋能、数字驱动”的土木工程本科人才培养体系,具体包括:基于学生数字画像与三维评估模型的精准化思政教育系统;智能技术集成式课程体系与数字化教学资源;覆盖培训、赋能与评价全过程的教师数智素养发展机制;以及“立地—顶天—贯通”三阶段递进式智能实践生态。经过四年实践验证,该体系显著提升了学生的专业能力、创新素养与综合素质,在线教学实现规模化与个性化统一,学科竞赛与社会服务成果丰硕,形成了可复制、可推广的育人模式,为智能建造背景下土木工程教育改革提供了系统解决方案。

    Abstract:

    This paper addresses the new requirements for talent cultivation arising from the intelligent transformation of the civil engineering industry against the backdrop of the Fourth Industrial Revolution. It analyzes the main problems currently existing in the cultivation of intelligent construction talent within universities, including: insufficient targeted ideological and political education, a disconnect between the curriculum system and industry needs, the weak digital and AI literacy among teachers, and inadequate support for practical teaching. In response, this study constructs an “AI-empowered, digitally-driven” undergraduate talent cultivation system for civil engineering. Specifically, it includes: a precise ideological and political education system based on student digital profiles and a three-dimensional assessment model; an “intelligent technology-integrated” curriculum system and digital teaching resources; a teacher digital literacy development mechanism covering the entire process of training, empowerment, and evaluation; and a three-stage progressive intelligent practice ecosystem (“Grounding– Pinnacle–Integration”). Validated through four years of practice, this system has significantly enhanced students’ professional capabilities, innovative literacy, and comprehensive qualities. It has achieved a unification of scale and personalization in online teaching, yielded fruitful results in disciplinary competitions and social services, and formed a replicable, scalable educational model, providing a systematic solution for the reform of civil engineering education in the context of intelligent construction.

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  • 收稿日期:2025-11-02
  • 最后修改日期:2026-01-26
  • 录用日期:2026-03-30
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