Exploring the Pathways for Digital Transformation of the “Building Equipment” Course in the Context of Applied University Development

Under the national strategy of building an education power, application-oriented universities face the urgent task of aligning curriculum systems with industrial upgrading needs. This study presents a systematic reform of Building Equipment, a core civil engineering course, through a “Five New” smart education ecosystem. By integrating VR/AR virtual simulation, AI-BIM collaboration platforms, and a three-dimensional evaluation system, the reform addresses critical challenges in traditional education, such as technological obsolescence, practice-education gaps, and simplistic assessment. Empirical results show significant improvements in teaching efficiency and student competence, offering a scalable model for vocational education innovation in emerging technical fields.

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Publication Details

Journal
Global Research in Higher Education
Published
2025-05-22
DOI
https://doi.org/10.22158/grhe.v8n2p26
Primary Topic
Innovative Educational Techniques
Type
article
Field-Weighted Citation Impact
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article

Exploring the Pathways for Digital Transformation of the “Building Equipment” Course in the Context of Applied University Development

Miaomiao Liu, Yu Haihe
Global Research in Higher Education
Innovative Educational Techniques
article

Exploring the Pathways for Digital Transformation of the “Building Equipment” Course in the Context of Applied University Development

Miaomiao Liu, Yu Haihe
article en

Abstract

Under the national strategy of building an education power, application-oriented universities face the urgent task of aligning curriculum systems with industrial upgrading needs. This study presents a systematic reform of Building Equipment, a core civil engineering course, through a “Five New” smart education ecosystem. By integrating VR/AR virtual simulation, AI-BIM collaboration platforms, and a three-dimensional evaluation system, the reform addresses critical challenges in traditional education, such as technological obsolescence, practice-education gaps, and simplistic assessment. Empirical results show significant improvements in teaching efficiency and student competence, offering a scalable model for vocational education innovation in emerging technical fields.

Global Research in Higher EducationVol. 8(2)
Openalex Percentile: Top 88%
Innovative Educational Techniques
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