Research on the Practical Paths of Deepening Basic Skills Education in Higher Vocational Colleges in the Era of Artificial Intelligence

Abstract

Abstract: With the deep integration of artificial intelligence technology into industrial development, deepening basic skills education has become a key measure for vocational colleges to adapt to industrial transformation and ensure the quality of talent cultivation. Against the backdrop of the accelerated rise of new quality productivity, based on the dual orientation of industrial demand and talent cultivation, this article systematically explains the value of deepening basic skills education, deeply analyzes the problems it faces, constructs targeted breakthrough paths, and provides practical references for vocational colleges to cultivate high-quality skilled talents that meet industrial needs in the era of artificial intelligence.

Key words: Artificial Intelligence, Higher vocational colleges, Basic skills education, Industry adaptation, Talent cultivation, Practical path

CLC Number:

G712

XI Donghe, CHEN Tingting. Research on the Practical Paths of Deepening Basic Skills Education in Higher Vocational Colleges in the Era of Artificial Intelligence[J]. The Theory and Practice of Innovation and Enntrepreneurship, 2026, 9(9): 122-124.

References

[1] 方洁. 数智时代的通用技能:欧盟横向技能开发项目的框架、路径与特色[J].职业技术教育,2025,46(33): 7-14.
[2] 谢莉花,曾世羊,侯梅霞.产教融合背景下岗位能力与人才培养标准衔接研究——以职业能力标准为核心纽带[J].中国职业技术教育,2025(24):28-38.
[3] 孟宪超,孙燕,卢瑛,等.基于网络教学平台的高职院校混合教学模式改革推进路径与实施策略[J].中国教育信息化,2021(19):88-93.
[4] 黄金梓. 人工智能时代的劳动者技能形成及其适应性转型[J].湖南科技大学学报(社会科学版),2025,28(4): 79-87.
[5] 刘志文,张世秀.高职院校数字化教学资源建设的价值意蕴、现实困境与推进路径[J].教育与职业,2025(20): 31-39.
[6] 吴学仕,李若琳,刘刊诺,等.弥合数字鸿沟:高职生人工智能素养提升的纵向实证研究[J].职教论坛,2025,41(5): 87-96.
[7] 高书国,李捷.深化高等学校分类综合改革系统提升应用型和技能型人才分类培养能力[J].中国职业技术教育,2025(16):5-16.
[8] 张丽丽. 新质生产力视域下职业教育“人工智能 + X”终身技能培训模式构建[J].中国职业技术教育,2025(6): 34-42.
[9] 周驰亮,方绪军.人工智能背景下职业教育教学改革的三重逻辑:起点、挑战与路径[J].中国职业技术教育, 2022(20):33-39.
[10] 方绪军,王屹,陈业淼.人工智能时代职业教育课堂教学改革的逻辑分析、现实挑战与时代进路[J].教育与职业,2022(12):80-86.
[11] 赵洪山,郑永进.人工智能背景下高职学生就业技能提升研究[J].教育与职业,2024(4):92-96.
[12] 马海燕,姜乐军,朱震震.新时代高技能人才培养的基本经验、主要困境与突破路径[J].教育与职业,2022(8): 44-49.
[13] 刘承波,王一涛.技术技能型人才培养的基本要义与路径遵循[J].人民论坛,2021(21):72-76.
[14] 吴学敏. 本科职业教育人才培养体系构建研究——基于技术本质视角的分析[J].中国职业技术教育,2021(12): 52-57.

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