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数智技术赋能新质人才培养:支持个体的差异成长

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为适应新质生产力的形成与发展需要,落实国家高质量发展战略,教育系统需要积极探索如何引导学习者自觉成为肩负国家发展使命、具有主体责任的新质人才.然而,学习个体之间存在差异,单一教学模式难以满足每个学习者的成长需求.因此,本研究提出,个体核心素养的形成,不能单纯依赖外部教学因素,而应推动个体主动建立主体责任,使个体充满韧性.本研究通过分析教育领域技术应用的演进逻辑,提出基于数智技术构建的教育生态会影响个体韧性并扩大个体差异;从促进认知发生的视角出发,重构基于数智技术的学习空间,有利于促进多元主体协同,优化学习流程,改进学习模式;借助数智学习空间创设与学生认知相适应的认知场景,可以支持不同主体在相同学习时间线的差异化学习行为,激活学生的主体意识与责任,为不同主体提供差异化认知机会,推动学生形成核心素养.理解数智技术赋能新质人才培养的价值,可以支持不同学习者建立差异化认知路径,实现高水平发展.
Digital Intelligence Technology Empowers New Quality Talents Training:Support Individual Differential Growth
The education system needs to actively explore how to guide learners to consciously become new quality talents who shoulder the national development mission and have responsibility for adapting the formation and development needs of new quality productivity and implementing the national high-quality development strategy.There are differences among learning individuals,and it is challenging to meet the needs of each learner to grow together if we rely on a single teaching model.This study proposes that the formation of individual core literacy should not simply rely on external teaching factors but on individuals with primary responsibility and resilience.By analyzing the evolution logic of technology applied to education,this study proposes that education ecology based on digital intelligence technology will affect individual resilience and expand individual differences.The reconstruction of digital intelligence learning space from the perspective of promoting cognitive generation is conducive to promoting the cooperation of multiple agents,optimizing the learning process,and improving the learning model.This study found that creating cognitive scenes adapted to students'cognition with digital intelligence learning space can support different subjects to establish differentiated learning behaviors in the same learning timeline,activate students'subjective consciousness and responsibility,provide different subjects with differentiated cognitive opportunities,and promote the formation of core literacy.Understanding the value of new quality talent training enabled by digital intelligence technology can support different learners in establishing differentiated cognitive paths and achieving a unified high level.

digital intelligence technologynew quality talentscore competencydigital intelligence learning spacelearning model

沈书生

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南京师范大学教育科学学院,江苏 南京 210097

数智技术 新质人才 核心素养 数智学习空间 学习模式

2025

开放教育研究
上海远程教育集团 上海开放大学

开放教育研究

北大核心
影响因子:9.844
ISSN:1007-2179
年,卷(期):2025.31(1)