Research on Teaching Reform and Evaluation Method of "Fundamentals of Mechanical Design" Course Based on Science-Education Integration

Aiming at the current issues of theory-practice disconnection and inadequate development of the innovation ability in the teaching of the "Fundamentals of Mechanical Design" course, this study proposes a reform and evaluation method of the course based on the science-education integration. By establishing a conversion mechanism of 'scientific research projects - teaching resources', the cutting-edge scientific research results of the discipline are transformed into modular teaching cases, forming a course content system that integrates theory and practice in depth. At the same time, a dual-track mechanism of 'process evaluation + outcome evaluation' is established based on the diversified evaluation system, and an evaluation system and evaluation criteria of the "Fundamentals of Mechanical Design" course are proposed.

Publication Details

Journal
Curriculum and Teaching Methodology
Published
2025-01-01
DOI
https://doi.org/10.23977/curtm.2025.080517
Primary Topic
Innovative Educational Techniques
Type
article
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article

Research on Teaching Reform and Evaluation Method of "Fundamentals of Mechanical Design" Course Based on Science-Education Integration

Curriculum and Teaching Methodology
Innovative Educational Techniques
article

Research on Teaching Reform and Evaluation Method of "Fundamentals of Mechanical Design" Course Based on Science-Education Integration

article en

Abstract

Aiming at the current issues of theory-practice disconnection and inadequate development of the innovation ability in the teaching of the "Fundamentals of Mechanical Design" course, this study proposes a reform and evaluation method of the course based on the science-education integration. By establishing a conversion mechanism of 'scientific research projects - teaching resources', the cutting-edge scientific research results of the discipline are transformed into modular teaching cases, forming a course content system that integrates theory and practice in depth. At the same time, a dual-track mechanism of 'process evaluation + outcome evaluation' is established based on the diversified evaluation system, and an evaluation system and evaluation criteria of the "Fundamentals of Mechanical Design" course are proposed.

Curriculum and Teaching MethodologyVol. 8(5)
Openalex Percentile: Top 80%
Innovative Educational Techniques
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