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深度融合学科背景下电工学课程教学模式探索与实践

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面向新工科工程教育要求,该文分析当前电工学课程教学中存在的问题,开展以学科为导向的电工学课程教学模式研究,构建并实践深度融合学科背景的电工学课程教学模式.研究表明,深度融合学科背景的电工学课程教学模式有助于加强学生对电工学在该学科领域应用的认识和理解,激发学生的学习积极性和自主学习意识,培养学生的科技创新能力,并提升工科专业学生的工程意识.教学实践揭示深度融合学科背景的电工学课程教学改革取得一定成效,改善电工学课程教学效果和学科交叉型人才能力培养质量.
In response to the requirements of the New Engineering Education,this paper analyzed the existing issues in the teaching of Electrical Engineering course.It focused on the development of a discipline-oriented teaching model for Electrical Engineering course and implemented a deep integration of disciplinary backgrounds within the teaching process.The research demonstrates that the deep integration of disciplinary backgrounds in the teaching model enhances students'understanding and recognition of the application of Electrical Engineering in their respective fields.It also stimulates students'learning enthusiasm and self-directed learning awareness,fosters their scientific and technological innovation abilities,and enhances their engineering consciousness as engineering students.Teaching practices have revealed that the reform of Electrical Engineering curriculum through the deep integration of disciplinary backgrounds has made certain achievements in improving the effectiveness of Electrical Engineering teaching and the quality of interdisciplinary talent cultivation.

Electrical Engineeringinterdisciplinary backgroundteaching modelteaching practicecurriculum reform

周儒、江萍、张晨彧、李小燕、蒋琳

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合肥工业大学,合肥 230009

电工学 学科背景 教学模式 教学实践 课程改革

2024

高教学刊
黑龙江省创联文化传媒有限公司,黑龙江省高等教育教学评估中心

高教学刊

ISSN:2096-000x
年,卷(期):2024.10(35)