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职业本科中STEM人才培养的核心特征及实践路径OACHSSCD

Core Characteristics and Practical Pathways of STEM Talent Cultivation in Vocational Undergraduate Education

中文摘要英文摘要

高质量职业本科教育能够丰富哲学社会科学体系,助力社会主义现代化强国建设.STEM 教育在 21 世纪呈现强大的生命力,启示职业本科应培养拥有跨学科知识、理实一体、统筹设计、洞悉时代、理性反思等核心特征的 STEM 人才.现今职业本科表现出人才培养"供给侧""需求侧"未形成动态反馈、"层次教育"的成见制约人才培养目标定位、专业师资团队胜任力不足、校企合作尚未深度协同等实际情况.借由 STEM 人才核心特征的启示,提出职业本科人才培养应以技术应用为导向,建立科学动态的高端技能人才供给机制;以综合素养为目标,制订对接产业需求的人才培养方案;以"双师型"教师培养为路径,聚焦于师资队伍质量提升;以理实一体化课程为载体,深化"校企协同"育人模式;以复合能力为价值取向,构建多模态评价体系.

High-quality vocational undergraduate education can enrich the system of philosophy and social sciences and contribute to the construction of a modern socialist country.STEM education has demonstrated strong vitality in the 21st century,offering important implications for vocational under-graduate programs in cultivating STEM-oriented talents characterized by interdisciplinary knowledge,integration of theory and practice,systematic design thinking,insight into The Times,and critical reflection.At present,vocational undergraduate education faces several practical challenges,including the lack of a dynamic feedback mechanism between the supply and demand sides of talent cultivation,entrenched perceptions of hierarchical education that constrain the positioning of talent cultivation goals,insufficient competence within professional teaching workforce,and the underdeveloped integration of school-enterprise collaboration.Based on the core characteristics of STEM talents,this study proposes that vocational undergraduate talent cultivation should be guided by technological application,establishing a dynamic and scientifically grounded mechanism for supplying high-level skilled talents;ori-ented toward comprehensive competencies,with talent cultivation programs aligned to industrial demands;strengthened through the development of"dual-qualified"teaching staff to enhance teacher quality;implemented via theory-practice integrated curricula to deepen school-enterprise collaborative edu-cation;and value-driven by composite capabilities to build a multi-modal evaluation system.

于佳伶;马鲸

西北师范大学 教育科学学院,甘肃 兰州 730000广州科技职业技术大学 艺术传媒学院,广东 广州 510000

社会科学

职业本科STEM人才核心特征实践路径

Vocational undergraduate educationSTEM talentsCore characteristicsPractical pathways

《继续教育研究》 2026 (10)

31-38,8

2023年度广东省普通高校青年创新人才项目"职业本科学前教育专业综合型STEM人才培养模式研究"(编号:2023WQNCX130).

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