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A survey of Chinese HSS students reveals GenAI's perceived impact on learning, performance, and challenges, guiding integration strategies.

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The impact of generative artificial intelligence on academic development of Chinese students in humanities and social sciences

Lei Fan, Fangxue Liu

In plain terms

Generative AI (GenAI), like ChatGPT, is significantly changing how students learn, especially in subjects like humanities and social sciences (HSS) where writing and interpretation are common. However, there's limited research on its specific effects on these students. To address this, researchers surveyed a large number of HSS students in China. They investigated how students use GenAI, its perceived effects on their learning processes and academic performance, the challenges they encounter, and their preferred ways for GenAI to be included in their courses. Over half the students felt GenAI improved their motivation, independent thinking, and creativity, and a notable majority reported gains in academic performance, though this might partly reflect assessment limitations. Students also raised concerns about ethical use, privacy, accuracy limitations, and becoming too reliant on GenAI, preferring optional course integration with practical training.

Why it matters · This study provides crucial student perspectives on how GenAI is being used and perceived in higher education, offering practical guidance for educators and policymakers looking to integrate AI effectively and responsibly. For newcomers, it highlights real-world student experiences and concerns, which are vital for designing useful AI-powered learning tools and pedagogies.

About this work · This research falls under the broad field of AI in education, specifically focusing on the user experience and impact of Generative AI tools on student learning in higher education, with a regional focus on China. It contributes to understanding how new AI technologies are transforming educational practices and student outcomes.

Generative AIstudent perceptionhigher educationlearning impactcurriculum design