Generative artificial intelligence for automated essay scoring: Exploring teacher agency through an ecological perspective

代理(哲学) 生成语法 形成性评价 透视图(图形) 生成模型 人工智能 社会文化进化 工程伦理学 社会学 读写能力 心理学 计算机科学 社会文化视角 提高意识 教育学 元认知 能力方法 知识管理 数学教育 认识论 教师教育 技术哲学
作者
Jessie S. Barrot
出处
期刊:Assessing Writing [Elsevier BV]
卷期号:67: 100990-100990 被引量:1
标识
DOI:10.1016/j.asw.2025.100990
摘要

Generative artificial intelligence (AI) is increasingly used in writing assessment, particularly for automated essay scoring (AES) and for generating formative feedback within automated writing evaluation (AWE). While AI-driven AES enhances efficiency and consistency, concerns regarding accuracy, bias, and ethical implications raise critical questions about its role in assessment. This paper examines the impact of generative AI on teacher agency through an ecological perspective, which considers agency as shaped by personal, institutional, and sociocultural factors. The analysis highlights the need for teachers to critically mediate AI-generated scores and feedback to align them with pedagogical goals, ensuring AI functions as an assistive tool rather than a determinant of assessment outcomes. Although AI can streamline assessment, over-reliance risks diminishing teachers’ evaluative expertise and reinforcing biases embedded in AI systems. Ethical concerns, including transparency, data privacy, and fairness, further complicate its adoption. To address these challenges, this paper proposes a framework for responsible AI integration that prioritizes bias mitigation, data security, and teacher-driven decision-making. The discussion concludes with pedagogical implications and directions for future research on AI-assisted writing assessment. • Teachers can actively mediate AI-generated scores to maintain agency. • Dependence on AES may weaken teachers’ evaluative skills. • Bias, data privacy, and AI opacity can undermine teachers’ decision-making. • AI literacy and hybrid assessment models can promote teacher autonomy. • A framework for protecting teacher agency in generative AI–based AWE is presented.
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