Smart Teaching Support System Drives an Innovation of Teaching Paradigms in Higher Education

The digital transformation of higher education is driving the innovation of teaching concepts and supporting large-scale personalized teaching practices, gradually reshaping the teaching paradigms in universities. Zhejiang University has proposed a "K-CPS" technology framework, centered around knowledge graphs, to establish a new paradigm for university teaching. This framework advocates a "student-centered, competency-oriented" teaching philosophy, promoting the integration of virtual and physical spaces through blended and flexible teaching methods. It also focuses on designing progressively layered multimodal teaching content and implementing multidimensional teaching evaluations that balance both process and outcomes. This study takes Zhejiang University's exploration as an example, elaborating on the specific practical measures of this new paradigm, and provides insights into the development and application of intelligent technologies in the field of university teaching.

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Publication Details

Published
2025-04-18
DOI
https://doi.org/10.1109/cste64638.2025.11092253
Primary Topic
Engineering Education and Technology
Type
article
Field-Weighted Citation Impact
0.00

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article

Smart Teaching Support System Drives an Innovation of Teaching Paradigms in Higher Education

Qingyuan Yang, Yang Yuhui, Bo Hong, Chen Lin et al.
Engineering Education and Technology
article

Smart Teaching Support System Drives an Innovation of Teaching Paradigms in Higher Education

Qingyuan Yang, Yang Yuhui, Bo Hong, Chen Lin, Wenzhi Chen, Zhou Yu, Zihui Zhang
article en

Abstract

The digital transformation of higher education is driving the innovation of teaching concepts and supporting large-scale personalized teaching practices, gradually reshaping the teaching paradigms in universities. Zhejiang University has proposed a "K-CPS" technology framework, centered around knowledge graphs, to establish a new paradigm for university teaching. This framework advocates a "student-centered, competency-oriented" teaching philosophy, promoting the integration of virtual and physical spaces through blended and flexible teaching methods. It also focuses on designing progressively layered multimodal teaching content and implementing multidimensional teaching evaluations that balance both process and outcomes. This study takes Zhejiang University's exploration as an example, elaborating on the specific practical measures of this new paradigm, and provides insights into the development and application of intelligent technologies in the field of university teaching.

Zhejiang University of Science and Technology (CN), Zhejiang University of Technology (CN)
Zhejiang University
Openalex Percentile: Top 70%
Engineering Education and Technology
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