INTERNATIONAL EXPERIENCE IN THE MANAGEMENT OF EDUCATIONAL INSTITUTIONS

A human-machine collaboration framework for understanding the complementary roles of ai and teacher feedback in Chinese writing instruction

Authors

How to cite

GOST Gao Y. A human-machine collaboration framework for understanding the complementary roles of ai and teacher feedback in Chinese writing instruction // Education Management Review. 2026. Vol. 16. No. 1-2. P. 249-261. DOI: 10.25726/n4381-1107-4797-f
APA Gao, Y. (2026). A human-machine collaboration framework for understanding the complementary roles of ai and teacher feedback in Chinese writing instruction. Education Management Review, 16(1-2), 249-261. https://doi.org/10.25726/n4381-1107-4797-f

Abstract

In the teaching of Chinese writing, AI-powered automated evaluation has become a commonplace tool. It promptly identifies grammatical and lexical errors in student compositions. However, AI-generated feedback tends to be mechanistic and often fails to adequately address learners’ needs in areas such as writing logic, cultural expression, and creative thinking. How to effectively integrate these two approaches and achieve complementarity has thus emerged as a significant pedagogical issue that warrants in-depth exploration. This study investigates the complementary mechanisms and integration strategies between AI evaluation and teacher feedback within authentic teaching contexts. Through in-depth interviews with 150 learners, the research analyzes the rationale behind students’ preferences when they choose between AI-generated and instructor provided feedback. The findings indicate that AI excels in the efficient correction of linguistic form, whereas teachers play an irreplaceable role in the development of logical coherence and cultural expression. The study argues that while AI can be leveraged to improve efficiency, greater emphasis should be placed on the guidance of students to strengthen their logical thinking, which ensures that technology genuinely serves pedagogical objectives. Empirical evidence shows that such human–machine collaboration not only enhances students’ awareness of linguistic norms but also promotes their cognitive development and writing confidence. Nevertheless, technology remains an auxiliary instrument. The fundamental improvement of teaching quality ultimately depends on teachers’ deep understanding of their students and their sustained investment in the educational process.

Keywords

Artificial Intelligence writing instruction teacher feedback automated essay scoring international Chinese language education

References

Aggarwal K., Mijwil M.M., Sonia, Abdel-Hameed A., Safwan A., Murat G., Anas M.Z.A., Safaa H.A. Has the future started? The current growth of artificial intelligence, machine learning, and deep learning // Iraqi journal for computer science and mathematics, 2022.

Birhane A., Aerts C., Prinsloo P., Perkins M., Roe J., Cope B., Kalantzis M., Saini A.K. AI pedagogies, assessment and emerging educational futures // AI and the future of education: disruptions, dilemmas and directions. 2025. pp. 53-89.

Bohren N., Hakimov R., Lalive R. Creative and Strategic Capabilities of Generative AI: Evidence from Large-Scale Experiments // IZA – Institute of Labor Economics, 2024.

Cao G., Dong Z., Xu J. Constructing vocabulary knowledge graph and adaptive learning platform for Chinese as a second language based on Chinese proficiency grading standards for international Chinese language education // Journal of international Chinese language teaching. 2023. № 1. pp. 21-30.

Cioffi R., Travaglioni C., Piscitelli A., Petrillo A. Artificial intelligence and machine learning applications in smart production: progress, trends, and directions // Sustainability. 2020. № 2. pp. 492.

Contractor Z., Reyes G. Generative AI in higher education: evidence from an elite college // IZA – Institute of Labor Economics. 2025.

Cui X.L., Cui Y.H., Wang H.F. et al. A group discussion on «international Chinese education» // Chinese journal of language policy and planning. 2024. № 5. pp. 92-96.

Dai L., Zhu Z.T. The logical starting point, goal orientation, and action path of educational digital transformation // Journal of the Chinese society of education. 2023. № 7. pp. 14-20.

Ding A.Q. Professional competence standards for international Chinese language teachers promoting teacher professional development: value, pathways, and strategies // Guizhou Normal University (Social science edition) journal. 2024. № 3. pp. 63-73.

Ding A.Q., Meng X.F. From imitation to reconstruction: The impact of AI-generated lesson plans on the instructional design ability of novice teachers in international Chinese education // Guizhou Normal University (Social science edition) journal. 2025. № 5. pp. 42-52.

García-Morales V.J., Garrido-Moreno A., Martín-Rojas R. The transformation of higher education after the COVID disruption: Emerging challenges in an online learning scenario // Frontiers in psychology. 2021. № 12. pp. 616059.

Huang M., Rust R.T. Artificial intelligence in service // Journal of service research. 2018. № 2. pp. 155-172.

Lindberg N. We should promote GenAI writing Tools for linguistic equity // The Writing Center journal. 2025. № 1. pp. 159-166.

Lindberg N., Domingues A. 2024 report on AI writing tools' impacts on writing centers // ResearchGate. 2024.

Liu C.T., Shi J.J., Li P.Z. A basic framework and practical exploration of generative artificial intelligence empowering international Chinese language education: The construction of a writing agent and an empirical teaching study // International Chinese language education. 2025. № 2. pp. 102-117.

Ma R.L., Jing H.W. Research on the design of an intelligent evaluation and revision system for Chinese as a second language composition based on large language models // Journal of Gannan Normal University. 2025. № 6. pp. 35-44.

Marais E., Marais-Botha R., Coertzen F. Constructing an Artificial-Intelligence higher education environment: guidelines for the future. Eds. by L. Wood, O. Zuber-Skerritt // Shaping the future of higher education: positive and sustainable frameworks for navigating constant change. 2024. pp. 173-192.

Mearian L. Schools look to ban ChatGPT, students use it anyway // computerworld.com. 2023.

Popenici S.A.D., Kerr S. Exploring the impact of artificial intelligence on teaching and learning in higher education // Research and practice in technology enhanced learning. 2017. № 1. Article 22.

Song C., Song Y. Enhancing academic writing skills and motivation: assessing the efficacy of ChatGPT in AI-assisted language learning for EFL students // Frontiers in psychology. 2023. № 14. pp. 126-843.

Wang C.R., Wang Z.Z. Investigating L2 writers’ critical AI literacy in AI-assisted writing: an APSE model // Journal of second language writing. 2025. № 67. pp. 101-187.

Wang L.N., Li S.F., Mu L. A meta-analysis on the effectiveness of corrective feedback in foreign language teaching at home and abroad // Foreign languages and their teaching. 2023. № 2. pp. 57-70.

Xu J., Ma R.L. The technological transformation of international Chinese education under the ChatGPT wave // Journal of international Chinese teaching. 2023. № 2. pp. 41-52.

Zhu N.X., Zhou Y.F., Wang Z.Y., Gao J.H., Li Q.L. A preliminary study on evaluating Chinese writing capabilities of large language models: the case of ChatGPT // New writing instruction. 2024. № 11. pp. 24-28.

Zhu Y.X., Yang F. ChatGPT/generative artificial intelligence and educational innovation: Opportunities, challenges, and the future // East China Normal University (Educational sciences) journal. 2023. № 7. pp. 1-20.

Zimmerman A. A ghostwriter for the masses: ChatGPT and the future of writing // Annals of surgical oncology. 2023. № 6. pp. 3170-3173.

Issue

Section

INTERNATIONAL EXPERIENCE IN THE MANAGEMENT OF EDUCATIONAL INSTITUTIONS

Metrics

62 views
0 downloads
Want to publish with us?
Submit an article

Machine-readable metadata