首页|期刊导航|远程教育杂志|大语言模型能否胜任学校教学?

大语言模型能否胜任学校教学?OA

Can Large Language Models Teach in Schools?An Analysis of GPT-4's Coverage Potential and Heterogeneity Across Teacher Competencies

中文摘要英文摘要

大语言模型(LLMs)能否胜任学校教学,是推进教育智能化进程中亟须解决的现实问题.研究以大语言模型对教师岗位技能的覆盖潜力为切入点,从GPT-4 参加全美各级各类学校测验表现,锁定其在学校教学领域能够胜任的知识技能,再将这些技能投射到依托美国招聘大数据构建的全样本教师岗位技能词域中,来评估其教学能力潜力.研究发现,被定义为GPT-4 优胜的技能,对教师岗位技能词域的总体覆盖率达到 25.2%,且被覆盖技能集中呈现为可编码性较强的任务;反之,难以被GPT-4 胜任的技能则表现出明显的弱可编码特征.进一步回归分析显示技能覆盖潜力的差异化分野:其一,在学科维度,STEM学科教师的岗位技能更易被GPT-4 覆盖,但STEM与非STEM教师的技能覆盖率差距正在缩小;其二,在学段维度,学段越高,教师岗位技能越易被GPT-4 覆盖,各学段的覆盖率由高到低依次为大学(含研究生)、高中、初中和小学、学前或幼儿;其三,在任务类型维度,广博通用型即对技能数量要求越多的岗位,越易被GPT-4 覆盖,而越是精深专长型即对技能掌握程度要求越高的岗位越难被覆盖.综上,大语言模型对教师岗位技能的总体覆盖潜力揭示出以可编码性为动态界限的未来教育技能光谱,其在精深型任务与复杂育人实践上的能力盲区,明确了未来教师专业化发展进路,而大语言模型覆盖教育技能的时序特征,亦为重新审视及调整学校教育节律提供技术可能性.

Whether large language models(LLMs)can teach in schools is a pressing practical question in the advancement of educational intelligence.Focusing on LLMs'potential to meet teacher competency requirements,this study first uses GPT-4's perfor-mance on U.S.school assessments across educational levels to identify the knowledge and skills it can plausibly perform in school teaching.These skills are then mapped onto a full-sample teacher job-skill lexicon constructed from U.S.recruitment big data,in or-der to evaluate GPT-4's teaching-capability potential.The results show that skills classified as GPT-4-advantaged achieve an overall coverage rate of 25.2%of the teacher skill lexicon,and the covered skills are disproportionately concentrated in tasks with higher cod-ifiability.In contrast,educational skills that GPT-4 is less able to perform exhibit markedly lower codifiability.Further regression analyses reveal heterogeneous patterns in skill coverage along three dimensions.First,at the subject level,teacher job skills in STEM fields are more likely to be covered by GPT-4,although the coverage gap between STEM and non-STEM teachers is narrowing.Sec-ond,at the educational stage level,higher educational stages are associated with greater coverage;the coverage rates rank from highest to lowest as higher education(including graduate level),high school,middle school,elementary school,and preschool/early childhood.Third,at the task type,broader generalist roles—those requiring a larger number of skills—are more readily covered,whereas more specialized roles—those requiring deeper mastery of specific skills—are less likely to be covered.Overall,the findings suggest that LLMs'aggregate coverage potential delineates a spectrum of teacher skills with codifiability as a shifting boundary.GPT-4's blind spots in expertise-intensive tasks and complex educational practice point to directions for future teacher professional development.Meanwhile,the temporal patterns implied by LLM coverage across educational stages may offer insights for re-examining and adjust-ing the rhythms of schooling.

王思宇;陈恺哲;刘进;吕文晶

北京理工大学教育学院(北京 100081)北京理工大学教育学院(北京 100081)中国人民大学教育学院(北京 100872)浙江大学管理学院(浙江杭州 310058)

社会科学

大语言模型GPT-4美国招聘大数据技能覆盖人机协同智能教学教师专业发展

Large language modelsGPT-4U.S.recruitment big dataSkill coverageHuman-machine collaborationIntelligent teachingTeacher professional development

《远程教育杂志》 2026 (1)

31-41,50,12

本文系国家自然科学基金2023年立项面上项目"'帽子'政策促进还是抑制了学术人才回流?——基于对580万份简历大数据库的人工智能(准)因果推断"(项目编号:72374023)的研究成果.

10.15881/j.cnki.cn33-1304/g4.2026.01.004

评论