一份可评估学生AI与生成式AI知识的综合问卷工具。
A Survey Instrument to Assess Students' AI and Generative AI Knowledge
- 整合多量表构建综合性评估工具,覆盖技术、应用与伦理
- 发现学生普遍误解生成式AI工作原理,高阶知识欠缺
- 适合教育者诊断学情,指导针对性AI教学
本文提出一种可用于评估学生人工智能(AI)知识的调查工具。随着人工智能,尤其是生成式人工智能(GenAI)的广泛应用,对学生进行相关教育的需求日益迫切。已有多种AI素养框架提出,但缺乏能同时评估技术概念、实际应用和伦理问题的测评工具。本研究开发并实施了一种综合评估工具,结合多个量表以捕捉多维度的素养特征与真实知识水平。在高等教育场景中验证后发现,该工具具备良好的诊断能力,能识别学生常见误解。尽管整体表现良好,但学生对生成式AI系统的工作机制存在显著误解,且高层次知识掌握不足。该工具已公开,可帮助教育者超越态度与认知层面,全面检验学生的知识与理解,为精准教学提供依据。
原文摘要 · Abstract (English)
In this research-to-practice paper we present a survey that can be used to assess students' AI knowledge. As the use of artificial intelligence (AI), including generative artificial intelligence (GenAI), has proliferated, so has the need to educate students about the topic. A range of AI literacy frameworks have been proposed, outlining the essential knowledge that students should have. Alongside, different ways of assessing AI knowledge have been developed. As yet, there is a lack of assessment instruments capable of evaluating multiple forms of student knowledge, including technical concepts, practical applications, and ethical concerns about AI use. In this article, we present a study implementing a comprehensive instrument to assess AI knowledge. The instrument combines measures from multiple scales to capture a range of literacy features and actual knowledge. We implemented the instrument in a higher education setting to assess its viability and usefulness and found that the instrument exhibited useful diagnostic capabilities and was able to identify common misconceptions among students. Although students performed well overall, there was a significant misunderstanding of how AI, especially GenAI systems, work. It also identified a lack of higher-level knowledge. The instrument is publicly available for use by others. We foresee its usefulness as a diagnostic that goes beyond understanding students' attitudes and perceptions of AI and GenAI use and tests multiple aspects of students' knowledge and conceptual understanding. This can enable the development of targeted instruction.
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