Development and Implementation of a Wisdom Course Utilizing the “Teaching-Innovation-Competition” Model within the Virtual Teaching and Research Section of Mechatronic Engineering Major in China

A new teaching model of teaching-innovation-competition is presented and a wisdom course based on this model is developed for mechatronics engineering majors, mainly to deal with several existing problems such as limited experimentation and lack of innovative inspiration in Chinese universities. This study elaborates the course objectives and structure of curriculum system, including digitalized teaching content, project-driven teaching means, innovation platform, web-based resource support, team competition and diversified evaluation method. Through a teaching case study within mechatronic engineering major, the teaching mechanism and achievements are demonstrated. The study results indicate that the proposed teaching mode based on the virtual teaching and research section, significantly improves students' innovation ability and the teaching effects, compared to traditional teaching methods. This teaching mode can also be extended to other majors for reference.

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Publication Details

Published
2024-11-22
DOI
https://doi.org/10.1145/3722237.3722308
Primary Topic
Innovative Educational Techniques
Type
article
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article

Development and Implementation of a Wisdom Course Utilizing the “Teaching-Innovation-Competition” Model within the Virtual Teaching and Research Section of Mechatronic Engineering Major in China

Wenpeng Ma, Wenhua Hu, Fulong Liu, Xiaotao Zhang et al.
Innovative Educational Techniques
article

Development and Implementation of a Wisdom Course Utilizing the “Teaching-Innovation-Competition” Model within the Virtual Teaching and Research Section of Mechatronic Engineering Major in China

Wenpeng Ma, Wenhua Hu, Fulong Liu, Xiaotao Zhang, Wei Chen
article en

Abstract

A new teaching model of teaching-innovation-competition is presented and a wisdom course based on this model is developed for mechatronics engineering majors, mainly to deal with several existing problems such as limited experimentation and lack of innovative inspiration in Chinese universities. This study elaborates the course objectives and structure of curriculum system, including digitalized teaching content, project-driven teaching means, innovation platform, web-based resource support, team competition and diversified evaluation method. Through a teaching case study within mechatronic engineering major, the teaching mechanism and achievements are demonstrated. The study results indicate that the proposed teaching mode based on the virtual teaching and research section, significantly improves students' innovation ability and the teaching effects, compared to traditional teaching methods. This teaching mode can also be extended to other majors for reference.

Tianjin University of Technology (CN)
Industry, innovation and infrastructure
Openalex Percentile: Top 58%
Innovative Educational Techniques
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